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{"sheet":"Named Items","index":0,"n_rows":51,"n_cols":8,"rows_kept":51,"cut":false,"hidden":true,"merged":[]}
["Range Name","Applications",null,"Range Name","Benefits",null,"Range Name","Location"]
["App_1","Electric Energy Time-shift",null,"Ben_01","Arbitrage Revenue",null,"Loc_1","Generation and Transmission"]
["App_2","Electric Supply Capacity",null,"Ben_02","Capacity Market Revenue",null,"Loc_2","Distribution"]
["App_3","Load Following",null,"Ben_03","Ancillary Services Revenue",null,"Loc_3","End-User"]
["App_4","Area Regulation",null,"Ben_04","Reduced Electricity Cost (Consumer)"]
["App_5","Electric Supply Reserve Capacity",null,"Ben_05","Reduced Peak Demand",null,"Range Name","Market"]
["App_6","Voltage Support",null,"Ben_06","Reduced Peak Losses (Utility/Ratepayer)",null,"Mark_1","Regulated"]
["App_7","Transmission Support",null,"Ben_07","Reduced Reserve Margin Requirement",null,"Mark_2","Deregulated"]
["App_8","Transmission Congestion Relief",null,"Ben_08","Reduced Congestion Costs"]
["App_9","Transmission & Distribution (T&D) Upgrade Deferral",null,"Ben_09","Reduced Ancillary Service Costs",null,"Range Name","Owner"]
["App_10","Substation On-site Power",null,"Ben_10","Optimized Generator Operation (Non-Utility Merchant)",null,"Own_1","Utility"]
["App_11","Time-of-use (TOU) Energy Cost Management",null,"Ben_11","Deferred Transmission Investments",null,"Own_2","Non-Utility Merchant/Independent Power Producer"]
["App_12","Demand Charge Management",null,"Ben_12","Deferred Distribution Investments",null,"Own_3","End-User"]
["App_13","Electric Service Reliability",null,"Ben_13","Reduced Distribution O&M Cost"]
["App_14","Electric Service Power Quality",null,"Ben_14","Reduced Electricity Cost (Utility/Ratepayer)",null,"Range Name","Parameters"]
["App_15","Renewables Energy Time-shift",null,"Ben_15","Reduced Electricity Losses",null,"Param_1","Nameplate Power (kW)"]
["App_16","Renewables Capacity Firming",null,"Ben_16","Reduced Sustained Outages (Consumer)",null,"Param_2","Nameplate Energy (kWh)"]
["App_17","Wind Generation Grid Integration - Short Duration",null,"Ben_17","Reduced Sustained Outages (Utility/Ratepayer)",null,"Param_3","Nameplate Storage Response Time"]
["App_18","Wind Generation Grid Integration - Long Duration",null,"Ben_18","Reduced Major Outages (Consumer)",null,"Param_4","Nameplate Cycle Life"]
["App_19","No Secondary Applications",null,"Ben_19","Reduced Major Outages (Utility/Ratepayer)",null,"Param_5","Nameplate Calendar Life"]
[null,null,null,"Ben_20","Reduced Major System Outage",null,"Param_6","Reactive Power Capability"]
[null,null,null,"Ben_21","Reduced Momentary Outages",null,"Param_7","Energy Storage Technology"]
[null,null,null,"Ben_22","Reduced Sags and Swells",null,"Param_8","Output Duration"]
[null,null,null,"Ben_23","Reduced CO2 Emissions",null,"Param_9","Storage System Round-trip Efficiency"]
[null,null,null,"Ben_24","Reduced SOx Emissions",null,"Param_10","Demand Growth"]
[null,null,null,"Ben_25","Reduced NOx Emissions",null,"Param_11","NERC Region"]
[null,null,null,"Ben_26","Reduced PM Emissions"]
[null,null,null,"Ben_27","Reduced Substation On-Site Power Costs",null,"Range Name","Economic Parameters"]
[null,null,null,"Ben_28","Deferred Generation Capacity Investments",null,"EcoParam_1","Assumed Project Life"]
[null,null,null,"Ben_29","Reduced Outages (Utility/Ratepayer)",null,"EcoParam_2","Annual Inflation Rate"]
[null,null,null,"Ben_30","Reduced Congestion Costs (Non-Utility Merchant)",null,"EcoParam_3","Discount Rate"]
[null,null,null,"Ben_31","Reduced Congestion Costs (Utility/Ratepayer)",null,"EcoParam_4","Total Installed Cost"]
[null,null,null,"Ben_32","Reduced Outages (Consumer)",null,"EcoParam_5","Fixed Charge Rate"]
[null,null,null,"Ben_33","Improved Power Quality",null,"EcoParam_6","Operating costs not related to energy (labor for operation, plant maintenance, equipment wear leading to loss-of-life)"]
[null,null,null,"Ben_34","Optimized Generator Operation  (Utility/Ratepayer)",null,"EcoParam_7","Decommissioning and Disposal Costs"]
[null,null,null,null,null,null,"EcoParam_8","Initial Year"]
[]
[null,null,null,null,null,null,"Range Name","Energy Storage Devices"]
[null,null,null,null,null,null,"ES_1","Compressed Air Energy Storage"]
[null,null,null,null,null,null,"ES_2","Pumped Hydro Storage"]
[null,null,null,null,null,null,"ES_3","Flywheel Energy Storage"]
[null,null,null,null,null,null,"ES_4","Supercapacitor"]
[null,null,null,null,null,null,"ES_5","Battery (type unspecified)"]
[null,null,null,null,null,null,"ES_6","Flow Battery (type unspecified)"]
[null,null,null,null,null,null,"ES_7","Battery, Sodium Sulfur"]
[null,null,null,null,null,null,"ES_8","Battery, Lead Acid"]
[null,null,null,null,null,null,"ES_9","Battery, Advanced Lead Acid"]
[null,null,null,null,null,null,"ES_10","Battery, Lithium Ion"]
[null,null,null,null,null,null,"ES_11","Flow Battery, Zn-Br"]
[null,null,null,null,null,null,"ES_12","Flow Battery, Fe-CR"]
[null,null,null,null,null,null,"ES_13","Flow Battery, Vanadium"]

{"sheet":"Definitions","index":1,"n_rows":79,"n_cols":10,"rows_kept":79,"cut":false,"hidden":true,"merged":[]}
["Range Name","Item","Definition","Range Name","Item - Definition"]
["App_1",{"$f":"INDIRECT(A2)","v":"Electric Energy Time-shift"},"Electric Energy Time-shift (time-shift) application involves purchasing inexpensive electric energy, available during periods when price is low, to charge the storage plant so that the stored energy can be used or sold at a later time when the price is high. In deregulated markets, a storage device could be used for price arbitrage—purchasing and storing electricity during cheap, off-peak hours and selling during peak hours. Arbitrage is only cost-effective if the price differential compensates for the inefficiency of the storage device. In regulated markets, a utility may install storage to decrease its cost of generating energy during peak demand rather than to profit from a wholesale market.",{"$f":"\"Defin_\"&A2","v":"Defin_App_1"},{"$f":"B2&\" - \"&C2","v":"Electric Energy Time-shift - Electric Energy Time-shift (time-shift) application involves purchasing inexpensive electric energy, available during periods when price is low, to charge the storage plant so that the stored energy can be used or sold at a later time when the price is high. In deregulated markets, a storage device could be used for price arbitrage—purchasing and storing electricity during cheap, off-peak hours and selling during peak hours. Arbitrage is only cost-effective if the price differential compensates for the inefficiency of the storage device. In regulated markets, a utility may install storage to decrease its cost of generating energy during peak demand rather than to profit from a wholesale market."}]
["App_2",{"$f":"INDIRECT(A3)","v":"Electric Supply Capacity"},"As demand on the electricity grid grows from year-to-year, the need to install additional generation capacity to meet this demand also grows. The Electric Supply Capacity application involves using energy storage to defer and/or to reduce the need to invest in new generation capacity. In a regulated market, a utility may install a marginal amount of energy storage to meet capacity needs thus deferring the need to invest in a larger conventional generation solution. In a deregulated market, where the electric supply capacity market is evolving, this application could involve selling energy storage capacity to the market in order to generate a capacity credit revenue stream for a non-utility merchant. However, this market is evolving and in some markets, generation capacity cost is included in wholesale energy prices.",{"$f":"\"Defin_\"&A3","v":"Defin_App_2"},{"$f":"B3&\" - \"&C3","v":"Electric Supply Capacity - As demand on the electricity grid grows from year-to-year, the need to install additional generation capacity to meet this demand also grows. The Electric Supply Capacity application involves using energy storage to defer and/or to reduce the need to invest in new generation capacity. In a regulated market, a utility may install a marginal amount of energy storage to meet capacity needs thus deferring the need to invest in a larger conventional generation solution. In a deregulated market, where the electric supply capacity market is evolving, this application could involve selling energy storage capacity to the market in order to generate a capacity credit revenue stream for a non-utility merchant. However, this market is evolving and in some markets, generation capacity cost is included in wholesale energy prices."}]
["App_3","Load Following","Load following is an ancillary service to maintain grid balance by adjusting power as demand for electricity fluctuates throughout the day on 10 to 15 minute time scales. In a deregulated market, this may not be a separate ancillary service depending on the mix of generation and the structure of the energy market in the area. If there is sufficient generation mix in the area that is flexible enough to meet the system load following needs ,then this balancing can be effectively accomplished through the energy market. In a deregulated market this application involves using ES to participate in the market for load following services (if the market exists).  In a regulated market, using ES to replace traditional load following can yield operational benefits because it eliminates the need for the conventional generator to cycle as load changes. This may improve the heat rate of the generation unit resulting in fewer emissions and lower the marginal cost to operate that generation. ","Defin_App_3",{"$f":"B4&\" - \"&C4","v":"Load Following - Load following is an ancillary service to maintain grid balance by adjusting power as demand for electricity fluctuates throughout the day on 10 to 15 minute time scales. In a deregulated market, this may not be a separate ancillary service depending on the mix of generation and the structure of the energy market in the area. If there is sufficient generation mix in the area that is flexible enough to meet the system load following needs ,then this balancing can be effectively accomplished through the energy market. In a deregulated market this application involves using ES to participate in the market for load following services (if the market exists).  In a regulated market, using ES to replace traditional load following can yield operational benefits because it eliminates the need for the conventional generator to cycle as load changes. This may improve the heat rate of the generation unit resulting in fewer emissions and lower the marginal cost to operate that generation. "},null,null,null,null,"Load following is an ancillary service to maintain grid balance by adjusting power as demand for electricity fluctuates throughout the day. Load following operates on a time scale of about 10 to 15 minutes. In a deregulated market, this may not be a separate ancillary service depending on the mix of generation and the structure of the energy market in the area. If there is sufficient generation mix in the area that is flexible enough to meet the system load following needs ,then this balancing can be effectively accomplished through the energy market. In a deregulated market this application involves using ES to participate in the market for load following services (if the tariff exists).  In a regulated market, using ES to replace traditional load following can yield operational benefits because it eliminates the need for the conventional generator to cycle as load changes. This may improve the heat rate of the generation unit resulting in fewer emissions and lower the marginal cost to operate that generation. "]
["App_4","Area Regulation","Area regulation is an ancillary service concerned with managing energy flows with other control areas to reconcile momentary differences between supply and demand. This service is provided by on-line generation equipped with automatic generation control (AGC) that can change output quickly to track the moment-to-moment fluctuations in customer loads and correct for the fluctuations in generation. The Area Regulation application can involve using energy storage to provide this service and participate in the market for area regulation services. Because energy storage can respond to system regulation needs more accurately and quickly than some conventional generation sources, less capacity could be required if energy storage devices rather than conventional devices are used to provide this service. Therefore, using ES to provide this service can free up conventional capacity to meet energy needs.","Defin_App_4","Area Regulation - Area regulation is an ancillary service concerned with managing energy flows with other control areas to reconcile momentary differences between supply and demand. This service is provided by on-line generation equipped with automatic generation control (AGC) that can change output quickly to track the moment-to-moment fluctuations in customer loads and correct for the fluctuations in generation. The Area Regulation application can involve using energy storage to provide this service and participate in the market for area regulation services. Because energy storage can respond to system regulation needs more accurately and quickly than some conventional generation sources, less capacity could be required if energy storage devices rather than conventional devices are used to provide this service. Therefore, using ES to provide this service can free up conventional capacity to meet energy needs."]
["App_5","Electric Supply Reserve Capacity","Electric supply reserve capacity is an ancillary service concerned with maintaining extra capacity that can be called upon when some portion of the normal electric supply resources become unavailable unexpectedly. There are three generic types of reserve capacity: spinning reserve, non-spinning reserve, and backup supply. In a deregulated market the Electric Supply Reserve Capacity application involves using energy storage to participate in the market for these services. In a regulated market, using energy storage to replace traditional spinning reserve can yield operational benefits. Using energy storage to provide spinning reserves obviates the need to operate a conventional unit at partial load so that it is ready to provide capacity in the event of an outage. This will improve the heat rate of the generation unit and result in fewer emissions; it will also improve the marginal cost to operate that generation.","Defin_App_5","Electric Supply Reserve Capacity - Electric supply reserve capacity is an ancillary service concerned with maintaining extra capacity that can be called upon when some portion of the normal electric supply resources become unavailable unexpectedly. There are three generic types of reserve capacity: spinning reserve, non-spinning reserve, and backup supply. In a deregulated market the Electric Supply Reserve Capacity application involves using energy storage to participate in the market for these services. In a regulated market, using energy storage to replace traditional spinning reserve can yield operational benefits. Using energy storage to provide spinning reserves obviates the need to operate a conventional unit at partial load so that it is ready to provide capacity in the event of an outage. This will improve the heat rate of the generation unit and result in fewer emissions; it will also improve the marginal cost to operate that generation."]
["App_6","Voltage Support","Voltage support is an ancillary service concerned with managing a phenomenon called reactance so that grid system voltage can be restored or maintained.  Voltage support has typically been provided by generation resources, however because reactive power is a localized phenomenon and because it cannot be transmitted effectively over long distances, those generation resources must be located in the right region to be able to manage reactance. The Voltage Support application involves using energy storage assets to provide distributed or centralized voltage support. Storage is well suited for this application because it is quick to respond, can be sited where it is needed, and can effectively provide voltage support during contingency conditions. An energy storage device used for this application could yield a revenue stream by participating in the market for this service. Using distributed energy storage systems to provide voltage support could improve the power quality of the system as well.","Defin_App_6","Voltage Support - Voltage support is an ancillary service concerned with managing a phenomenon called reactance so that grid system voltage can be restored or maintained.  Voltage support has typically been provided by generation resources, however because reactive power is a localized phenomenon and because it cannot be transmitted effectively over long distances, those generation resources must be located in the right region to be able to manage reactance. The Voltage Support application involves using energy storage assets to provide distributed or centralized voltage support. Storage is well suited for this application because it is quick to respond, can be sited where it is needed, and can effectively provide voltage support during contingency conditions. An energy storage device used for this application could yield a revenue stream by participating in the market for this service. Using distributed energy storage systems to provide voltage support could improve the power quality of the system as well."]
["App_7","Transmission Support","The Transmission Support application involves using energy storage to provide a suite of ancillary services concerned with improving T&D system performance by compensating for electrical anomalies and disturbances such as voltage sag, unstable voltage, and sub-synchronous resonance. The result is a more stable system with improved performance. This application is similar to the ancillary service referred to as Network Stability. Specifically, energy storage can be used to provide transmission stability damping and under-frequency load shedding reduction. Providing these services can defer the need to invest in additional transmission capacity and the improve reliability of the system.","Defin_App_7","Transmission Support - The Transmission Support application involves using energy storage to provide a suite of ancillary services concerned with improving T&D system performance by compensating for electrical anomalies and disturbances such as voltage sag, unstable voltage, and sub-synchronous resonance. The result is a more stable system with improved performance. This application is similar to the ancillary service referred to as Network Stability. Specifically, energy storage can be used to provide transmission stability damping and under-frequency load shedding reduction. Providing these services can defer the need to invest in additional transmission capacity and the improve reliability of the system."]
["App_8","Transmission Congestion Relief","In areas where transmission capacity is not sufficient to transmit the lowest cost generation to market, congestion will occur on these systems during periods of peak demand, leading to increased transmission access charges. This market phenomenon is known as congestion. The Transmission Congestion Relief application involves using energy storage to avoid congestion-related costs and charges by locating storage electrically downstream from the congested portion of the transmission system. Energy would be stored when there is no transmission congestion, and it would be discharged (during peak demand periods) to reduce transmission capacity requirements.","Defin_App_8","Transmission Congestion Relief - In areas where transmission capacity is not sufficient to transmit the lowest cost generation to market, congestion will occur on these systems during periods of peak demand, leading to increased transmission access charges. This market phenomenon is known as congestion. The Transmission Congestion Relief application involves using energy storage to avoid congestion-related costs and charges by locating storage electrically downstream from the congested portion of the transmission system. Energy would be stored when there is no transmission congestion, and it would be discharged (during peak demand periods) to reduce transmission capacity requirements."]
["App_9","Transmission & Distribution (T&D) Upgrade Deferral","Transmission and Distribution (T&D) Upgrade Deferral application involves installing ES in order to delay transmission and/or distribution system upgrades. The value of this application is derived from the fact that storage can be used to provide enough incremental capacity to defer the need for a large ‘lump’ investment in T&D equipment. If using an energy storage device to defer a T&D investment proper consideration must be given to reliability. T&D capital investments must maintain the extremely high reliability of the electric delivery system. Therefore, any energy storage solution that defers the need for a T&D investment must similarly maintain the reliability of the system. For energy storage deployments this means ensuring that the storage solution has enough redundancy or modularity such that the effective reliability of the solution is adequate.  ","Defin_App_9",{"$f":"B10&\" - \"&C10","v":"Transmission & Distribution (T&D) Upgrade Deferral - Transmission and Distribution (T&D) Upgrade Deferral application involves installing ES in order to delay transmission and/or distribution system upgrades. The value of this application is derived from the fact that storage can be used to provide enough incremental capacity to defer the need for a large ‘lump’ investment in T&D equipment. If using an energy storage device to defer a T&D investment proper consideration must be given to reliability. T&D capital investments must maintain the extremely high reliability of the electric delivery system. Therefore, any energy storage solution that defers the need for a T&D investment must similarly maintain the reliability of the system. For energy storage deployments this means ensuring that the storage solution has enough redundancy or modularity such that the effective reliability of the solution is adequate.  "}]
["App_10","Substation On-site Power","The Substation On-site Power application involves using new energy storage systems provide power to switching components and to substation communication and control equipment when the grid is not energized. Benefit would be realized to the extent that the new systems reduce the need for routine maintenance, improved reliability, provide longer battery life,  would make alternatives attractive, especially if the cost is comparable to that of the incumbent technologies. This application is not quantified in the tool.","Defin_App_10","Substation On-site Power - The Substation On-site Power application involves using new energy storage systems provide power to switching components and to substation communication and control equipment when the grid is not energized. Benefit would be realized to the extent that the new systems reduce the need for routine maintenance, improved reliability, provide longer battery life,  would make alternatives attractive, especially if the cost is comparable to that of the incumbent technologies. This application is not quantified in the tool."]
["App_11","Time-of-use (TOU) Energy Cost Management","For the Time-of-use (TOU) Energy Cost Management application, energy end users (utility customers) would use of energy storage devices to reduce their overall costs for electricity. They would accomplish this by charging the storage during off-peak periods when the electric energy price is low, then discharge the energy during times when on-peak TOU energy prices apply. This application is similar to Electric Energy Time-shift application, although electric energy savings are based on the customer’s retail tariff, whereas the benefit for Electric Energy Time-shift is based on the prevailing wholesale price.","Defin_App_11","Time-of-use (TOU) Energy Cost Management - For the Time-of-use (TOU) Energy Cost Management application, energy end users (utility customers) would use of energy storage devices to reduce their overall costs for electricity. They would accomplish this by charging the storage during off-peak periods when the electric energy price is low, then discharge the energy during times when on-peak TOU energy prices apply. This application is similar to Electric Energy Time-shift application, although electric energy savings are based on the customer’s retail tariff, whereas the benefit for Electric Energy Time-shift is based on the prevailing wholesale price."]
["App_12","Demand Charge Management","For the Demand Charge Management application, energy end users would use storage to reduce the overall costs for electric service by reducing demand charges. Using storage to reduce their power draw during specified periods (demand charge periods), end users can lower the costs that are tied to the amount of load (kW) they demand from the grid.","Defin_App_12","Demand Charge Management - For the Demand Charge Management application, energy end users would use storage to reduce the overall costs for electric service by reducing demand charges. Using storage to reduce their power draw during specified periods (demand charge periods), end users can lower the costs that are tied to the amount of load (kW) they demand from the grid."]
["App_13","Electric Service Reliability","The Electric Service Reliability application entails using energy storage to ensure highly reliable electric service. In the event of an extended system disruption energy storage can be used to ride through the outage, to complete an orderly shutdown, or to transition to on-site generation.","Defin_App_13","Electric Service Reliability - The Electric Service Reliability application entails using energy storage to ensure highly reliable electric service. In the event of an extended system disruption energy storage can be used to ride through the outage, to complete an orderly shutdown, or to transition to on-site generation."]
["App_14","Electric Service Power Quality","The Electric Service Power Quality application involves using energy storage to protect on-site loads downstream from storage against short-term duration events affecting power quality. Manifestations of poor power quality include variations in voltage magnitude, variations in the primary 60-Hz frequency at which power is delivered, and interruptions in service ranging from a fraction of a second to several minutes.","Defin_App_14","Electric Service Power Quality - The Electric Service Power Quality application involves using energy storage to protect on-site loads downstream from storage against short-term duration events affecting power quality. Manifestations of poor power quality include variations in voltage magnitude, variations in the primary 60-Hz frequency at which power is delivered, and interruptions in service ranging from a fraction of a second to several minutes."]
["App_15","Renewables Energy Time-shift","The Renewables Energy Time-shift application involves storing electricity from renewable sources when the price of electricity is low and selling that stored energy when the price of electricity is higher. Because wind typically produces energy at night when electricity prices are low, the price differential between the electricity used to charge the battery and the electricity sold at peak can be very large. The energy that is discharged from the storage could be sold via the wholesale market, sold under terms of an energy purchase contract, or used by an integrated utility to reduce the overall cost of providing generation during peak times.  ","Defin_App_15","Renewables Energy Time-shift - The Renewables Energy Time-shift application involves storing electricity from renewable sources when the price of electricity is low and selling that stored energy when the price of electricity is higher. Because wind typically produces energy at night when electricity prices are low, the price differential between the electricity used to charge the battery and the electricity sold at peak can be very large. The energy that is discharged from the storage could be sold via the wholesale market, sold under terms of an energy purchase contract, or used by an integrated utility to reduce the overall cost of providing generation during peak times.  "]
["App_16","Renewables Capacity Firming","The Renewables Capacity Firming application involves using energy storage to enable the power output from intermittent renewable energy resources to be more consistent by providing energy when the power output from these sources drops temporarily. In a regulated market, firming renewable resources may enable a utility may defer the need to invest in additional conventional generation. In a deregulated market, where the electric supply capacity market is evolving, firming a renewable generation resource could enable a non-utility merchant to sell additional renewable energy capacity into the market resulting in a larger capacity credit revenue stream. However, this market is evolving and in some markets, generation capacity cost is included in wholesale energy prices.","Defin_App_16","Renewables Capacity Firming - The Renewables Capacity Firming application involves using energy storage to enable the power output from intermittent renewable energy resources to be more consistent by providing energy when the power output from these sources drops temporarily. In a regulated market, firming renewable resources may enable a utility may defer the need to invest in additional conventional generation. In a deregulated market, where the electric supply capacity market is evolving, firming a renewable generation resource could enable a non-utility merchant to sell additional renewable energy capacity into the market resulting in a larger capacity credit revenue stream. However, this market is evolving and in some markets, generation capacity cost is included in wholesale energy prices."]
["App_17","Wind Generation Grid Integration - Short Duration","As wind generation penetration increases, the electricity grid effects that are unique to wind generation will also increase. Storage could assist with orderly integration of wind generation (wind integration) by managing or mitigating the more challenging and less desirable effects from high wind generation penetration. The Wind Generation Grid Integration (Short Duration) application involves using storage to mitigate short-duration effects such as output volatility and poor power quality.","Defin_App_17","Wind Generation Grid Integration - Short Duration - As wind generation penetration increases, the electricity grid effects that are unique to wind generation will also increase. Storage could assist with orderly integration of wind generation (wind integration) by managing or mitigating the more challenging and less desirable effects from high wind generation penetration. The Wind Generation Grid Integration (Short Duration) application involves using storage to mitigate short-duration effects such as output volatility and poor power quality."]
["App_18",{"$f":"INDIRECT(A19)","v":"Wind Generation Grid Integration - Long Duration"},"As wind generation penetration increases, the electricity grid effects that are unique to wind generation will also increase. Storage could assist with orderly integration of wind generation (wind integration) by managing or mitigating the more challenging and less desirable effects from high wind generation penetration. The Wind Generation Grid Integration (Long Duration) application involves using storage to mitigate long-duration effects such as output volatility, transmission congestion, backup for generation shortfall, and minimum load violations.","Defin_App_18","Wind Generation Grid Integration - Long Duration - As wind generation penetration increases, the electricity grid effects that are unique to wind generation will also increase. Storage could assist with orderly integration of wind generation (wind integration) by managing or mitigating the more challenging and less desirable effects from high wind generation penetration. The Wind Generation Grid Integration (Long Duration) application involves using storage to mitigate long-duration effects such as output volatility, transmission congestion, backup for generation shortfall, and minimum load violations."]
["Ben_01","Arbitrage Revenue","Energy storage can be used to store electricity purchased when prices are low, during off-peak periods, and discharge when electricity prices are high during peak periods, resulting in a revenue stream for the storage owner.","Defin_Ben_01","Arbitrage Revenue - Energy storage can be used to store electricity purchased when prices are low, during off-peak periods, and discharge when electricity prices are high during peak periods, resulting in a revenue stream for the storage owner."]
["Ben_02","Capacity Market Revenue","As demand on the electricity grid grows from year-to-year, the need to install additional generation capacity to meet this demand also grows. In a deregulated market, where the electric supply capacity market is evolving, energy storage capacity could sold to the capacity to the market in order to generate a capacity credit revenue stream for a storage owner.","Defin_Ben_02","Capacity Market Revenue - As demand on the electricity grid grows from year-to-year, the need to install additional generation capacity to meet this demand also grows. In a deregulated market, where the electric supply capacity market is evolving, energy storage capacity could sold to the capacity to the market in order to generate a capacity credit revenue stream for a storage owner."]
["Ben_03","Ancillary Services Revenue","In deregulated electric service territories there may be organized markets for ancillary services such as load following, area regulation, reserve capacity, voltage support, and black start. The ability of energy storage devices to rapidly charge and discharge to the grid enables them to effectively provide these services resulting in a revenue stream for the owner.","Defin_Ben_03","Ancillary Services Revenue - In deregulated electric service territories there may be organized markets for ancillary services such as load following, area regulation, reserve capacity, voltage support, and black start. The ability of energy storage devices to rapidly charge and discharge to the grid enables them to effectively provide these services resulting in a revenue stream for the owner."]
["Ben_04","Reduced Electricity Cost (Consumer)","Electricity storage can be used to reduce the cost of electricity for a consumer by enabling the consumer to avoid peak-demand charges and peak electricity prices. A consumer can charge their device when prices are low and discharge the device when prices are high. Because high prices tend to coincide with peak-times, this activity will also lower the customer’s overall peak usage, which will lead to additional savings if the customer has a demand charge associated with their tariff.  ","Defin_Ben_04","Reduced Electricity Cost (Consumer) - Electricity storage can be used to reduce the cost of electricity for a consumer by enabling the consumer to avoid peak-demand charges and peak electricity prices. A consumer can charge their device when prices are low and discharge the device when prices are high. Because high prices tend to coincide with peak-times, this activity will also lower the customer’s overall peak usage, which will lead to additional savings if the customer has a demand charge associated with their tariff.  "]
["Ben_05","Reduced Peak Demand","Ex. 22","Defin_Ben_05","Reduced Peak Demand - Ex. 22"]
["Ben_06","Reduced Peak Losses (Utility/Ratepayer)","Ex. 23","Defin_Ben_06","Reduced Peak Losses (Utility/Ratepayer) - Ex. 23"]
["Ben_07","Reduced Reserve Margin Requirement","Ex. 24","Defin_Ben_07","Reduced Reserve Margin Requirement - Ex. 24"]
["Ben_08","Reduced Congestion Costs","If storage is located close to load centers it may be used to reduce congestion by charging during periods of no congestion and discharging during congested periods. Charging and discharging in this way will meet peak demands while reducing the amount of electricity that must be passed through the congested transmission pathways. If congestion can be reduced in this way the costs associated with congestion can also be reduced.","Defin_Ben_08","Reduced Congestion Costs - If storage is located close to load centers it may be used to reduce congestion by charging during periods of no congestion and discharging during congested periods. Charging and discharging in this way will meet peak demands while reducing the amount of electricity that must be passed through the congested transmission pathways. If congestion can be reduced in this way the costs associated with congestion can also be reduced."]
["Ben_09","Reduced Ancillary Service Costs","In deregulated electric service territories there may be organized markets for ancillary services such as load following, area regulation, reserve capacity, voltage support, and black start. The ability of energy storage devices to rapidly charge and discharge to the grid enables them to effectively provide these services resulting in a revenue stream for the owner.","Defin_Ben_09","Reduced Ancillary Service Costs - In deregulated electric service territories there may be organized markets for ancillary services such as load following, area regulation, reserve capacity, voltage support, and black start. The ability of energy storage devices to rapidly charge and discharge to the grid enables them to effectively provide these services resulting in a revenue stream for the owner."]
["Ben_10","Optimized Generator Operation (Non-Utility Merchant)","Using energy storage to respond to changes in load by absorbing or discharging energy as needed by the system can enable generators to run closer to their optimum operating zone. Therefore, by smoothing the load curve that the generation fleet must meet, storage can improve generation performance as measured by improved heat rate efficiency and lead to lower operating costs.","Defin_Ben_10","Optimized Generator Operation (Non-Utility Merchant) - Using energy storage to respond to changes in load by absorbing or discharging energy as needed by the system can enable generators to run closer to their optimum operating zone. Therefore, by smoothing the load curve that the generation fleet must meet, storage can improve generation performance as measured by improved heat rate efficiency and lead to lower operating costs."]
["Ben_11","Deferred Transmission Investments","Utilities build transmission with capacity sufficient to serve the maximum amount of load that planning forecasts indicate. The trouble is, this capacity is only required for very short periods each year, when demand peaks. Providing stored energy capacity closer to the load reduces the power flow on transmission lines, potentially avoiding or deferring capacity upgrades.","Defin_Ben_11","Deferred Transmission Investments - Utilities build transmission with capacity sufficient to serve the maximum amount of load that planning forecasts indicate. The trouble is, this capacity is only required for very short periods each year, when demand peaks. Providing stored energy capacity closer to the load reduces the power flow on transmission lines, potentially avoiding or deferring capacity upgrades."]
["Ben_12","Deferred Distribution Investments","Electricity storage can be used to relieve load on overloaded feeders and distribution assets, potentially extending the time before upgrades or additions are required.","Defin_Ben_12","Deferred Distribution Investments - Electricity storage can be used to relieve load on overloaded feeders and distribution assets, potentially extending the time before upgrades or additions are required."]
["Ben_13","Reduced Distribution O&M Cost","Ex. 30","Defin_Ben_13","Reduced Distribution O&M Cost - Ex. 30"]
["Ben_14","Reduced Electricity Cost (Utility/Ratepayer)","Charging storage devices when demand is low, and discharging the devices when demand is high may decrease a utilities energy costs by allowing the utility to run a more cost effective mix of generation. This is because discharging the stored electricity during peak times may eliminate the need to dispatch additional expensive on-peak conventional generation.","Defin_Ben_14","Reduced Electricity Cost (Utility/Ratepayer) - Charging storage devices when demand is low, and discharging the devices when demand is high may decrease a utilities energy costs by allowing the utility to run a more cost effective mix of generation. This is because discharging the stored electricity during peak times may eliminate the need to dispatch additional expensive on-peak conventional generation."]
["Ben_15","Reduced Electricity Losses","By charging electricity close to load centers during periods of low demand and discharging during peak demand period, energy storage can reduce the peak load on the grid. Because losses proportional to the square of current on the system, reducing peak load will result in a reduction of the total amount of electricity line losses on the system. ","Defin_Ben_15","Reduced Electricity Losses - By charging electricity close to load centers during periods of low demand and discharging during peak demand period, energy storage can reduce the peak load on the grid. Because losses proportional to the square of current on the system, reducing peak load will result in a reduction of the total amount of electricity line losses on the system. "]
["Ben_16","Reduced Sustained Outages (Consumer)","Ex. 33","Defin_Ben_16","Reduced Sustained Outages (Consumer) - Ex. 33"]
["Ben_17","Reduced Sustained Outages (Utility/Ratepayer)","Ex. 34","Defin_Ben_17","Reduced Sustained Outages (Utility/Ratepayer) - Ex. 34"]
["Ben_18","Reduced Major Outages (Consumer)","Ex. 35","Defin_Ben_18","Reduced Major Outages (Consumer) - Ex. 35"]
["Ben_19","Reduced Major Outages (Utility/Ratepayer)","Ex. 36","Defin_Ben_19","Reduced Major Outages (Utility/Ratepayer) - Ex. 36"]
["Ben_20","Reduced Major System Outage","Ex. 37","Defin_Ben_20","Reduced Major System Outage - Ex. 37"]
["Ben_21","Reduced Momentary Outages","Ex. 38","Defin_Ben_21","Reduced Momentary Outages - Ex. 38"]
["Ben_22","Reduced Sags and Swells","Ex. 39","Defin_Ben_22","Reduced Sags and Swells - Ex. 39"]
["Ben_23",{"$f":"INDIRECT(A42)","v":"Reduced CO2 Emissions"},"Electricity storage can reduce electricity peak demand and thereby reduce feeder losses. This translates into a reduction in CO2 emissions if peak load is typically produced by fossil-based electricity generators. However, since electricity storage has an inherent inefficiency associated with it, electricity storage could increase overall CO2 emissions if fossil fuel generators are used for charging. Alternatively, by providing certain ancillary services storage can enable conventional generation resources to be operated at more optimal conditions resulting in an emissions benefit. Finally, storage can yield a reduced emissions benefit by enabling greater utilization of renewable resources.","Defin_Ben_23","Reduced CO2 Emissions - Electricity storage can reduce electricity peak demand and thereby reduce feeder losses. This translates into a reduction in CO2 emissions if peak load is typically produced by fossil-based electricity generators. However, since electricity storage has an inherent inefficiency associated with it, electricity storage could increase overall CO2 emissions if fossil fuel generators are used for charging. Alternatively, by providing certain ancillary services storage can enable conventional generation resources to be operated at more optimal conditions resulting in an emissions benefit. Finally, storage can yield a reduced emissions benefit by enabling greater utilization of renewable resources."]
["Ben_24","Reduced SOx Emissions","Electricity storage can reduce electricity peak demand and thereby reduce feeder losses. This translates into a reduction in emissions if peak load is typically produced by fossil-based electricity generators. However, since electricity storage has an inherent inefficiency associated with it, electricity storage could increase overall emissions if fossil fuel generators are used for charging. Alternatively, by providing certain ancillary services storage can enable conventional generation resources to be operated at more optimal conditions resulting in an emissions benefit. Finally, storage can yield a reduced emissions benefit by enabling greater utilization of renewable resources.","Defin_Ben_24","Reduced SOx Emissions - Electricity storage can reduce electricity peak demand and thereby reduce feeder losses. This translates into a reduction in emissions if peak load is typically produced by fossil-based electricity generators. However, since electricity storage has an inherent inefficiency associated with it, electricity storage could increase overall emissions if fossil fuel generators are used for charging. Alternatively, by providing certain ancillary services storage can enable conventional generation resources to be operated at more optimal conditions resulting in an emissions benefit. Finally, storage can yield a reduced emissions benefit by enabling greater utilization of renewable resources."]
["Ben_25","Reduced NOx Emissions","Electricity storage can reduce electricity peak demand and thereby reduce feeder losses. This translates into a reduction in emissions if peak load is typically produced by fossil-based electricity generators. However, since electricity storage has an inherent inefficiency associated with it, electricity storage could increase overall emissions if fossil fuel generators are used for charging. Alternatively, by providing certain ancillary services storage can enable conventional generation resources to be operated at more optimal conditions resulting in an emissions benefit. Finally, storage can yield a reduced emissions benefit by enabling greater utilization of renewable resources.","Defin_Ben_25","Reduced NOx Emissions - Electricity storage can reduce electricity peak demand and thereby reduce feeder losses. This translates into a reduction in emissions if peak load is typically produced by fossil-based electricity generators. However, since electricity storage has an inherent inefficiency associated with it, electricity storage could increase overall emissions if fossil fuel generators are used for charging. Alternatively, by providing certain ancillary services storage can enable conventional generation resources to be operated at more optimal conditions resulting in an emissions benefit. Finally, storage can yield a reduced emissions benefit by enabling greater utilization of renewable resources."]
["Ben_26","Reduced PM Emissions","Electricity storage can reduce electricity peak demand and thereby reduce feeder losses. This translates into a reduction in emissions if peak load is typically produced by fossil-based electricity generators. However, since electricity storage has an inherent inefficiency associated with it, electricity storage could increase overall emissions if fossil fuel generators are used for charging. Alternatively, by providing certain ancillary services storage can enable conventional generation resources to be operated at more optimal conditions resulting in an emissions benefit. Finally, storage can yield a reduced emissions benefit by enabling greater utilization of renewable resources.","Defin_Ben_26","Reduced PM Emissions - Electricity storage can reduce electricity peak demand and thereby reduce feeder losses. This translates into a reduction in emissions if peak load is typically produced by fossil-based electricity generators. However, since electricity storage has an inherent inefficiency associated with it, electricity storage could increase overall emissions if fossil fuel generators are used for charging. Alternatively, by providing certain ancillary services storage can enable conventional generation resources to be operated at more optimal conditions resulting in an emissions benefit. Finally, storage can yield a reduced emissions benefit by enabling greater utilization of renewable resources."]
["Ben_34","Optimized Generator Operation  (Utility/Ratepayer)","Using energy storage to respond to changes in load by absorbing or discharging energy as needed by the system can enable generators to run closer to their optimum operating zone. Therefore, by smoothing the load curve that the generation fleet must meet, storage can improve generation performance as measured by improved heat rate efficiency and lead to lower operating costs.","Defin_Ben_34","Optimized Generator Operation  (Utility/Ratepayer) - Using energy storage to respond to changes in load by absorbing or discharging energy as needed by the system can enable generators to run closer to their optimum operating zone. Therefore, by smoothing the load curve that the generation fleet must meet, storage can improve generation performance as measured by improved heat rate efficiency and lead to lower operating costs."]
["Ben_27","Reduced Substation On-Site Power Costs","Ex. 44","Defin_Ben_27","Reduced Substation On-Site Power Costs - Ex. 44"]
["Ben_28","Deferred Generation Capacity Investments","By shifting peak demand or providing ancillary services that are typically provided by conventional generation assets, energy storage can result in deferred generation capacity investment benefits. By shifting peak demand, less generation capacity will be required to meet the system needs and by providing ancillary services more generation capacity will be freed up to meet system energy needs. ","Defin_Ben_28","Deferred Generation Capacity Investments - By shifting peak demand or providing ancillary services that are typically provided by conventional generation assets, energy storage can result in deferred generation capacity investment benefits. By shifting peak demand, less generation capacity will be required to meet the system needs and by providing ancillary services more generation capacity will be freed up to meet system energy needs. "]
["Ben_29","Reduced Outages (Utility/Ratepayer)","Electricity storage can be used during a power outage as a backup power supply for one or more customers until normal electric service can be restored. The backup would only be available for a limited time (a few hours) depending on the amount of energy stored. However, even a temporary backup power supply can reduce the number of outages experienced by customers and/or greatly mitigate the impact of a disturbance event. Alternatively, storage can be used to provide grid support that will inherently increase the reliability of the system.",{"$f":"\"Defin_\"&A49","v":"Defin_Ben_29"},"Reduced Outages (Utility/Ratepayer) - Electricity storage can be used during a power outage as a backup power supply for one or more customers until normal electric service can be restored. The backup would only be available for a limited time (a few hours) depending on the amount of energy stored. However, even a temporary backup power supply can reduce the number of outages experienced by customers and/or greatly mitigate the impact of a disturbance event. Alternatively, storage can be used to provide grid support that will inherently increase the reliability of the system."]
["Ben_30","Reduced Congestion Costs (Non-Utility Merchant)","If storage is located close to load centers it may be used to reduce congestion by charging during periods of no congestion and discharging during congested periods. Charging and discharging in this way will meet peak demands while reducing the amount of electricity that must be passed through the congested transmission pathways. If congestion can be reduced in this way the costs associated with congestion can also be reduced.",{"$f":"\"Defin_\"&A50","v":"Defin_Ben_30"},"Reduced Congestion Costs (Non-Utility Merchant) - If storage is located close to load centers it may be used to reduce congestion by charging during periods of no congestion and discharging during congested periods. Charging and discharging in this way will meet peak demands while reducing the amount of electricity that must be passed through the congested transmission pathways. If congestion can be reduced in this way the costs associated with congestion can also be reduced."]
["Ben_31","Reduced Congestion Costs (Utility/Ratepayer)","If storage is located close to load centers it may be used to reduce congestion by charging during periods of no congestion and discharging during congested periods. Charging and discharging in this way will meet peak demands while reducing the amount of electricity that must be passed through the congested transmission pathways. If congestion can be reduced in this way the costs associated with congestion can also be reduced.",{"$f":"\"Defin_\"&A51","v":"Defin_Ben_31"},"Reduced Congestion Costs (Utility/Ratepayer) - If storage is located close to load centers it may be used to reduce congestion by charging during periods of no congestion and discharging during congested periods. Charging and discharging in this way will meet peak demands while reducing the amount of electricity that must be passed through the congested transmission pathways. If congestion can be reduced in this way the costs associated with congestion can also be reduced."]
["Ben_32","Reduced Outages (Consumer)","Electricity storage can be used during a power outage as a backup power supply for one or more customers until normal electric service can be restored. The backup would only be available for a limited time (a few hours) depending on the amount of energy stored. However, even a temporary backup power supply can reduce the number of outages experienced by customers and/or greatly mitigate the impact of a disturbance event. Alternatively, storage can be used to provide grid support that will inherently increase the reliability of the system.",{"$f":"\"Defin_\"&A52","v":"Defin_Ben_32"},"Reduced Outages (Consumer) - Electricity storage can be used during a power outage as a backup power supply for one or more customers until normal electric service can be restored. The backup would only be available for a limited time (a few hours) depending on the amount of energy stored. However, even a temporary backup power supply can reduce the number of outages experienced by customers and/or greatly mitigate the impact of a disturbance event. Alternatively, storage can be used to provide grid support that will inherently increase the reliability of the system."]
["Ben_33","Improved Power Quality","Energy storage can be used to protect on-site loads downstream from storage against short-term duration events affecting power quality. Energy storage can also be located on the system and used to help regulate voltage thereby improving power quality for end-users. Manifestations of poor power quality include variations in voltage magnitude, variations in the primary 60-Hz frequency at which power is delivered, and interruptions in service ranging from a fraction of a second to several minutes.",{"$f":"\"Defin_\"&A53","v":"Defin_Ben_33"},"Improved Power Quality - Energy storage can be used to protect on-site loads downstream from storage against short-term duration events affecting power quality. Energy storage can also be located on the system and used to help regulate voltage thereby improving power quality for end-users. Manifestations of poor power quality include variations in voltage magnitude, variations in the primary 60-Hz frequency at which power is delivered, and interruptions in service ranging from a fraction of a second to several minutes."]
["Loc_1","Generation and Transmission","Storage located on this part of the electricity delivery system is located between a generation source and a step-down substation which steps down voltage from transmission voltages or sub-transmission voltages to distribution voltages. Storage is also located on this part of the system if is located in the step-down substation and is located on the primary side of the transformer.","Defin_Loc_1","Generation and Transmission - Storage located on this part of the electricity delivery system is located between a generation source and a step-down substation which steps down voltage from transmission voltages or sub-transmission voltages to distribution voltages. Storage is also located on this part of the system if is located in the step-down substation and is located on the primary side of the transformer."]
["Loc_2","Distribution","Storage located on this part of the electricity delivery system is located between a distribution step-down substation and the end-user. Storage is also located on this part of the system if it is located in the step-down substation and is located on the secondary side of the transformer. Furthermore, storage deployed in a “community energy storage” configuration is considered to be on this part of the system. Finally, this could also include energy storage in the form of electric vehicles charging at stations owned by the utility.","Defin_Loc_2","Distribution - Storage located on this part of the electricity delivery system is located between a distribution step-down substation and the end-user. Storage is also located on this part of the system if it is located in the step-down substation and is located on the secondary side of the transformer. Furthermore, storage deployed in a “community energy storage” configuration is considered to be on this part of the system. Finally, this could also include energy storage in the form of electric vehicles charging at stations owned by the utility."]
["Loc_3","End-User","Storage located on this part of the electricity delivery system is located behind the end-users electric meter. This could include energy storage in the form of electric vehicles charging at residential, commercial or industrial locations.","Defin_Loc_3","End-User - Storage located on this part of the electricity delivery system is located behind the end-users electric meter. This could include energy storage in the form of electric vehicles charging at residential, commercial or industrial locations."]
["Mark_1","Regulated","A regulated market is an electricity market which has not undergone deregulation. That is, utilities are allowed to operate as regulated, fully integrated, monopolies that own and operate generation assets, transmission assets, distribution assets, and act as the electricity retailer that interfaces with and bills customers. Rural cooperatives and municipal utilities would also fall into this market category.","Defin_Mark_1","Regulated - A regulated market is an electricity market which has not undergone deregulation. That is, utilities are allowed to operate as regulated, fully integrated, monopolies that own and operate generation assets, transmission assets, distribution assets, and act as the electricity retailer that interfaces with and bills customers. Rural cooperatives and municipal utilities would also fall into this market category."]
["Mark_2","Deregulated","A deregulated market is an electricity market which has undergone deregulation. That is, laws have been enacted which broke up fully integrated utilities and precluded them from owning and operating both generation assets and infrastructure necessary to deliver electricity to end-users. Different degrees of deregulation exist, ranging from markets that simply do not allow utilities to own and operate generation units or participate in the power generation market, to markets that require that each part of the electricity generation and delivery system be owned and operated by separate entities.","Defin_Mark_2","Deregulated - A deregulated market is an electricity market which has undergone deregulation. That is, laws have been enacted which broke up fully integrated utilities and precluded them from owning and operating both generation assets and infrastructure necessary to deliver electricity to end-users. Different degrees of deregulation exist, ranging from markets that simply do not allow utilities to own and operate generation units or participate in the power generation market, to markets that require that each part of the electricity generation and delivery system be owned and operated by separate entities."]
["Own_1","Utility","A generation utility, distribution utility, transmission utility, retail electricity provider, or any combination of these utilities such as a distribution & transmission utility. Rural cooperatives and municipal utilities are also in this owner category. In general, this owner category can operate in a regulated or deregulated market.","Defin_Own_1","Utility - A generation utility, distribution utility, transmission utility, retail electricity provider, or any combination of these utilities such as a distribution & transmission utility. Rural cooperatives and municipal utilities are also in this owner category. In general, this owner category can operate in a regulated or deregulated market."]
["Own_2","Non-Utility Merchant/Independent Power Producer","This ownership category includes non-utility entities that operate in deregulated markets which own and operate generation assets to provide electricity and ancillary services.","Defin_Own_2","Non-Utility Merchant/Independent Power Producer - This ownership category includes non-utility entities that operate in deregulated markets which own and operate generation assets to provide electricity and ancillary services."]
["Own_3","End-User","This ownership category includes residential, commercial, agricultural, and industrial electricity customers. ","Defin_Own_3","End-User - This ownership category includes residential, commercial, agricultural, and industrial electricity customers. "]
["Param_1","Nameplate Power (kW)","The upper range of the operating power output. For example, an energy storage device may have a maximum power rating of 2MW but due to safety and device lifetime considerations the upper operating range of the energy storage device may be only 1.8MW. This parameter seeks to capture the operating power output.","Defin_Param_1","Nameplate Power (kW) - The upper range of the operating power output. For example, an energy storage device may have a maximum power rating of 2MW but due to safety and device lifetime considerations the upper operating range of the energy storage device may be only 1.8MW. This parameter seeks to capture the operating power output."]
["Param_2","Nameplate Energy (kWh)","The upper range of the operating energy storage capacity. For example, an energy storage device may have a total energy storage capacity of 2 MWh if it were discharged from full state of charge to zero state of charge. However, due to safety and device lifetime considerations the energy storage may be typically operated between 20% and 80% state of charge. Therefore the upper range of operating energy storage capacity would be 1.2 MWh. This parameter seeks to capture this operating energy capacity.","Defin_Param_2","Nameplate Energy (kWh) - The upper range of the operating energy storage capacity. For example, an energy storage device may have a total energy storage capacity of 2 MWh if it were discharged from full state of charge to zero state of charge. However, due to safety and device lifetime considerations the energy storage may be typically operated between 20% and 80% state of charge. Therefore the upper range of operating energy storage capacity would be 1.2 MWh. This parameter seeks to capture this operating energy capacity."]
["Param_3","Nameplate Storage Response Time","Ex. 56","Defin_Param_3","Nameplate Storage Response Time - Ex. 56"]
["Param_4","Nameplate Cycle Life","The approximate number of cycles an energy storage device is expected to be able to complete before degradation to the point that the device can no longer meet the specifications required by the application.","Defin_Param_4","Nameplate Cycle Life - The approximate number of cycles an energy storage device is expected to be able to complete before degradation to the point that the device can no longer meet the specifications required by the application."]
["Param_5","Nameplate Calendar Life","Ex. 58","Defin_Param_5","Nameplate Calendar Life - Ex. 58"]
["EcoParam_1","Assumed Project Life","Ex. 59","Defin_EcoParam_1",{"$f":"B67&\" - \"&C67","v":"Assumed Project Life - Ex. 59"}]
["EcoParam_2","Annual Inflation Rate","This parameter is used to escalate energy and capacity prices and as well as any prices and costs used in the analysis. ","Defin_EcoParam_2","Annual Inflation Rate - This parameter is used to escalate energy and capacity prices and as well as any prices and costs used in the analysis. "]
["EcoParam_3","Discount Rate","This parameter is used to discount future cash flows to account for the time value of money. One way to estimate this parameter is to determine the highest low-risk interest rate one could expect from a capital investment.","Defin_EcoParam_3","Discount Rate - This parameter is used to discount future cash flows to account for the time value of money. One way to estimate this parameter is to determine the highest low-risk interest rate one could expect from a capital investment."]
["EcoParam_4","Total Installed Cost","Ex. 62","Defin_EcoParam_4","Total Installed Cost - Ex. 62"]
["EcoParam_5","Fixed Charge Rate","Ex. 63","Defin_EcoParam_5","Fixed Charge Rate - Ex. 63"]
["EcoParam_6","Operating costs not related to energy (labor for operation, plant maintenance, equipment wear leading to loss-of-life)","Ex. 64","Defin_EcoParam_6","Operating costs not related to energy (labor for operation, plant maintenance, equipment wear leading to loss-of-life) - Ex. 64"]
["EcoParam_7","Decommissioning and Disposal Costs","Ex. 65","Defin_EcoParam_7","Decommissioning and Disposal Costs - Ex. 65"]
["ES_1",{"$f":"INDIRECT(A74)","v":"Compressed Air Energy Storage"},"A compressed air energy (CAES) storage device uses the physical potential energy in compressed air as its storage medium. An air compressor raises the pressure of air in a closed space, either an aboveground tank or an underground cavern, and then releases the stored air to power a gas turbine. CAES devices are generally used for large-scale storage  (>10MWh) of energy over multiple hour periods. These devices have a response time slightly faster than conventional gas generators, but generally offer lesser ancillary services benefits compared to fast-response storage devices such as batteries. ",{"$f":"\"Defin_\"&A74","v":"Defin_ES_1"},"Compressed Air Energy Storage - A compressed air energy (CAES) storage device uses the physical potential energy in compressed air as its storage medium. An air compressor raises the pressure of air in a closed space, either an aboveground tank or an underground cavern, and then releases the stored air to power a gas turbine. CAES devices are generally used for large-scale storage  (>10MWh) of energy over multiple hour periods. These devices have a response time slightly faster than conventional gas generators, but generally offer lesser ancillary services benefits compared to fast-response storage devices such as batteries. "]
["ES_2","Pumped Hydro Storage","A pumped hydro storage unit uses the potential physical energy of water as its storage medium, providing energy storage by pumping water uphill, and discharging by allowing the water to flow through a turbine. Pumped hydro storage is capable of a very large energy capacity, depending on location, but generally cannot deliver a high power capacity. Pumped hydro is thus best suited for large-scale (>100MWh) time shifting.","Defin_ES_2","Pumped Hydro Storage - A pumped hydro storage unit uses the potential physical energy of water as its storage medium, providing energy storage by pumping water uphill, and discharging by allowing the water to flow through a turbine. Pumped hydro storage is capable of a very large energy capacity, depending on location, but generally cannot deliver a high power capacity. Pumped hydro is thus best suited for large-scale (>100MWh) time shifting."]
["ES_3","Flywheel Energy Storage","A flywheel energy storage device  uses a mechanical flywheel to physically store and discharge energy. Flywheels generally have a small energy capacity (<5MWh) but have a high power capacity and very rapid response time, and are thus best suited for provision of ancillary services.","Defin_ES_3","Flywheel Energy Storage - A flywheel energy storage device  uses a mechanical flywheel to physically store and discharge energy. Flywheels generally have a small energy capacity (<5MWh) but have a high power capacity and very rapid response time, and are thus best suited for provision of ancillary services."]
["ES_4","Supercapacitor","Supercapacitors (also known as ultracapacitors) are a specialized adaptation of the capacitors used in distribution systems. Supercapacitors can provide extremely rapid storage and discharge for very small amounts of energy (<100kWh), making them ideal for specialized ancillary service applications.","Defin_ES_4","Supercapacitor - Supercapacitors (also known as ultracapacitors) are a specialized adaptation of the capacitors used in distribution systems. Supercapacitors can provide extremely rapid storage and discharge for very small amounts of energy (<100kWh), making them ideal for specialized ancillary service applications."]
["ES_5","Battery (type unspecified)","A battery storage device uses an electrochemical reaction to store energy. Many different types of battery are available, and lead acid, sodium sulfur, and lithium ion batteries are the most common for energy storage on a grid level. Batteries are usually not large enough for storage of the output entire power plants, with capacities under 10MWh, but they can provide rapid storage and discharge of smaller amounts of energy for multiple-minute time shift and ancillary service applications.","Defin_ES_5","Battery (type unspecified) - A battery storage device uses an electrochemical reaction to store energy. Many different types of battery are available, and lead acid, sodium sulfur, and lithium ion batteries are the most common for energy storage on a grid level. Batteries are usually not large enough for storage of the output entire power plants, with capacities under 10MWh, but they can provide rapid storage and discharge of smaller amounts of energy for multiple-minute time shift and ancillary service applications."]
["ES_6","Flow Battery (type unspecified)","A flow battery storage device uses an electrolyte fluid in a fuel cell to reversibly store and create energy. Flow batteries are generally in the research and development stage. Similar to batteries, flow batteries can store small to medium amounts of energy (<5MWh) and provide storage and discharge for ancillary services.","Defin_ES_6","Flow Battery (type unspecified) - A flow battery storage device uses an electrolyte fluid in a fuel cell to reversibly store and create energy. Flow batteries are generally in the research and development stage. Similar to batteries, flow batteries can store small to medium amounts of energy (<5MWh) and provide storage and discharge for ancillary services."]

{"sheet":"Introduction","index":2,"n_rows":46,"n_cols":2,"rows_kept":46,"cut":false,"hidden":false,"merged":[]}
[null,"U.S. Department of Energy  Storage Computational Tool (ESCT)"]
[null,"Version 1.2"]
[]
[null,"Purpose of Tool: ESCT guides the user through an analysis to calculate the benefits of an energy storage deployment, compare costs and benefits, and gain a clearer understanding of the value of energy storage technology in terms of monetary benefit. Furthermore, the ESCT can be used to analyze how the costs and benefits vary given different scenarios and assumptions. "]
[null,"Explanation of Output: The output of the ESCT consists of charts, graphs and tables that summarize the benefits and costs of an energy storage deployment. The benefits are monetized and calculated from actual or estimated metrics collected in the first five years of a project lifetime. Based on up to five years of data benefits can be projected out to 40 years in the future. The output also includes charts, graphs and tables that summarize the results of a sensitivity analysis. The user is able to set a high and low sensitivity range for each input in the tool and the output shows how the benefits are affected by variability of the inputs."]
[null,"Directions: The ESCT is designed to be user-friendly and easy to navigate. However, it will be useful to review the overall methodology of the tool before beginning a new analysis. The diagram below illustrates the tool architecture and the analysis methodology. The tool is divided into three distinct phases: the Asset Characterization Module (ACM), the Data Input Module (DIM), and the Computational Module (CM). The first phase, the ACM, collects information about the deployment such as characteristics of the energy storage technology, cost information, and the applications the deployment will be used for. From this input, the ACM determines a list of benefits that the project could yield. These potential project benefits are then fed into the second phase of the tool, the DIM. The DIM uses the list of benefits to determine the inputs required to calculate the benefits. The DIM then helps the user navigate through the process of entering the required data. The DIM's main purpose is to ensure that all the required data is entered in the proper format so that the benefits can be analyzed successfully. The input data is then fed into the final phase, the CM. The CM is the calculation engine of the tool, it crunches the numbers and generates the output. The CM also allows the user to carry out a sensitivity analysis if desired.\nTo start a new analysis, click the blue button below and follow the directions that appear in each phase of the tool.\n"]
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[null,"Contact Information: "]
[null,"Warren Wang"]
[null,"Associate Director, Navigant, Energy Practice"]
[null,"Wwang@navigant.com"]
[]
[null,"Colette Lamontagne"]
[null,"Director, Navigant, Energy Practice"]
[null,"Colette.Lamontagne@navigant.com"]
[]
[null,"David Feliciano"]
[null,"Senior Consultant, Navigant, Energy Practice"]
[null,"David.Feliciano@navigant.com"]
[]
[]
[]
[null,"Disclaimer: The work presented in this tool represents Navigant’s best efforts and judgments based on the best information available at the time that these materials were prepared. Navigant is not responsible for the reader’s use of, or reliance upon, the report, nor any decisions based on the results of the ESCT. Navigant does not make any representations, or warranties, expressed or implied. Users of this tool are advised that they assume all liabilities incurred by them, or third parties, as a result of their reliance on the tool, or the data, information, findings and opinions contained in the tool. This tool is not meant to be used as a budgeting or planning tool and is for educational purposes only. It in no way is meant to supplant discussion between planning engineers and vendors, professionals and experts."]

{"sheet":"Proj. Char. Module I -->","index":3,"n_rows":0,"n_cols":0,"rows_kept":0,"cut":false,"hidden":true,"merged":[]}

{"sheet":"Module I Input","index":4,"n_rows":44,"n_cols":4,"rows_kept":44,"cut":false,"hidden":true,"merged":[]}
["Range Name","Item","Units","Input"]
["input_Loc_1",{"$f":"INDIRECT(MID(A2,7,20))","v":"Generation and Transmission"},"NA",1]
["input_Loc_2",{"$f":"INDIRECT(MID(A3,7,20))","v":"Distribution"},"NA",0]
["input_Loc_3","End-User","NA",0]
["input_Mark_1","Regulated","NA",0]
["input_Mark_2","Deregulated","NA",1]
["input_Own_1",{"$f":"INDIRECT(MID(A7,7,20))","v":"Utility"},"NA",0]
["input_Own_2","Non-Utility Merchant/Independent Power Producer","NA",1]
["input_Own_3","End-User","NA",0]
["input_LMO_Code","L-M-O Code","NA",{"$f":"CONCATENATE(D2,D3,D4,D5,D6,D7,D8,D9)","v":"10001010"}]
[]
["System Inputs"]
["Range Name","Item","Units","Input"]
["input_Param_1",{"$f":"INDIRECT(MID(A14,7,20))","v":"Nameplate Power (kW)"},"kW",1]
["input_Param_2",{"$f":"INDIRECT(MID(A15,7,20))","v":"Nameplate Energy (kWh)"},"kWh",1]
["input_Param_3","Nameplate Storage Response Time","seconds",1E-3]
["input_Param_4","Nameplate Cycle Life","cycles",4500]
["input_Param_5","Nameplate Calendar Life","years",10]
["input_Param_6",{"$f":"INDIRECT(MID(A19,7,20))","v":"Reactive Power Capability"},"Yes/No","Yes"]
["input_Param_7","Energy Storage Technology","Text","Battery, Lithium Ion"]
["input_Param_8","Output Duration","hours",{"$f":"IFERROR(D15/D14,0)","v":1}]
["input_Param_9",{"$f":"INDIRECT(MID(A22,7,20))","v":"Storage System Round-trip Efficiency"},"%",0.92]
["input_Param_10",{"$f":"INDIRECT(MID(A23,7,20))","v":"Demand Growth"},"%",0.02]
["input_Param_11",{"$f":"INDIRECT(MID(A24,7,20))","v":"NERC Region"},null,"NPCC Upstate NY"]
[]
["Economic Inputs"]
["Range Name","Item",null,"Input"]
["input_EcoParam_1",{"$f":"INDIRECT(MID(A28,7,20))","v":"Assumed Project Life"},"Years",10]
["input_EcoParam_2",{"$f":"INDIRECT(MID(A29,7,20))","v":"Annual Inflation Rate"},"%",0.02]
["input_EcoParam_3",{"$f":"INDIRECT(MID(A30,7,20))","v":"Discount Rate"},"%",0.05]
["input_EcoParam_4","Total Installed Cost","$",21700000]
["input_EcoParam_5","Fixed Charge Rate","%",0.11]
["input_EcoParam_6","Operating costs not related to energy (labor for operation, plant maintenance, equipment wear leading to loss-of-life)","$/year",160000]
["input_EcoParam_7","Decommissioning and Disposal Costs","$",0]
["input_EcoParam_8","Initial Year","year",2011]
["custom_maintenance_schedule","Customer Maintenance Schedule?","True/False",false]
[]
["Primary and Secondary Application"]
["primary_application","Primary Application","NA","Electric Energy Time-shift"]
["secondary_application_1","Secondary Application # 1","NA","No Secondary Applications"]
["secondary_application_2","Secondary Application # 2","NA","No Secondary Applications"]
["LMO_A_Code_1","L-M-O-Application Code","NA",{"$f":"input_LMO_Code&INDEX('Named Items'!$A$2:$A$20,MATCH(primary_application,'Named Items'!$B$2:$B$20,0))","v":"10001010App_1"}]
["LMO_A_Code_2","L-M-O-Application Code","NA",{"$f":"input_LMO_Code&INDEX('Named Items'!$A$2:$A$20,MATCH(secondary_application_1,'Named Items'!$B$2:$B$20,0))","v":"10001010App_19"}]
["LMO_A_Code_3","L-M-O-Application Code","NA",{"$f":"input_LMO_Code&INDEX('Named Items'!$A$2:$A$20,MATCH(secondary_application_2,'Named Items'!$B$2:$B$20,0))","v":"10001010App_19"}]

{"sheet":"Data Input Defaults","index":5,"n_rows":35,"n_cols":35,"rows_kept":35,"cut":false,"hidden":true,"merged":[]}
["Location, Market, Owner",null,null,null,null,null,"Technology Selected"]
[null,null,null,null,null,null,{"$f":"input_Param_7","v":"Battery, Lithium Ion"}]
["System Inputs",null,null,null,null,null,null,"ES_1",null,"ES_2",null,"ES_3",null,"ES_4",null,"ES_5",null,"ES_6",null,"ES_7",null,"ES_8",null,"ES_9",null,"ES_10",null,"ES_11",null,"ES_12",null,"ES_13"]
["Range Name","Item","Units","Default Range Name","Default Value",null,0,{"$f":"INDIRECT(H3)","v":"Compressed Air Energy Storage"},"Source ES 1",{"$f":"INDIRECT(J3)","v":"Pumped Hydro Storage"},"Source ES 2","Flywheel Energy Storage","Source ES 3","Supercapacitor","Source ES 4","Battery (type unspecified)","Source ES 5","Flow Battery (type unspecified)","Source ES 6","Battery, Sodium Sulfur","Source ES 7","Battery, Lead Acid","Source ES 8","Battery, Advanced Lead Acid","Source ES 9","Battery, Lithium Ion","Source ES 10","Flow Battery, Zn-Br","Source ES 11","Flow Battery, Fe-CR","Source ES 12","Flow Battery, Vanadium","Source ES 13","Overall Sources"]
["input_Param_1",{"$f":"INDIRECT(MID(A5,7,20))","v":"Nameplate Power (kW)"},"kW",{"$f":"\"default_\"&A5","v":"default_input_Param_1"},{"$f":"INDEX(G5:AG5,1, MATCH($G$2,$G$4:$AG$4,0))","v":10000},null,0,180000,1,530000,1,20000,1,null,null,10000,"1, 8",5000,"1, 8",10000,"1, 8",10000,"1, 8",10000,"1, 8",10000,"1, 8",5000,"1, 8",5000,"1, 8",5000,"1, 8","EPRI data provides bounds of maximum unit size. Navigant assumption based on market averages sets the default value."]
["input_Param_2","Nameplate Energy (kWh)","kWh",{"$f":"\"default_\"&A6","v":"default_input_Param_2"},5000,null,0,800000,"1, 8",2150000,"1, 8",5000,1,null,null,5000,"1, 8",10000,"1, 8",5000,"1, 8",5000,"1, 8",5000,"1, 8",5000,"1, 8",10000,"1, 8",10000,"1, 8",10000,"1, 8","EPRI data provides bounds of maximum unit size. Navigant assumption based on market averages sets the default value."]
["input_Param_3","Nameplate Storage Response Time","seconds","default_input_Param_3",1E-3,null,0,60,"4, 8",60,"4, 8",1E-3,"4, 8",1E-3,"4, 8",1E-3,"4, 8",1E-3,"4, 8",1E-3,"4, 8",1E-3,"4, 8",1E-3,"4, 8",1E-3,"4, 8",1E-3,"4, 8",1E-3,"4, 8",1E-3,"4, 8","Navigant Assumption; Kema ES Select Tool"]
["input_Param_4","Nameplate Cycle Life","cycles","default_input_Param_4",4500,null,0,13000,1,13000,1,100000,1,55000,3,4200,8,10000,8,4500,1,3250,1,4500,1,4500,1,10000,1,10000,1,10000,1]
["input_Param_5","Nameplate Calendar Life","years","default_input_Param_5",10,null,0,10,"2, 8",10,"2, 8",10,"2, 8",10,"2, 8",10,"2, 8",10,"2, 8",10,"2, 8",10,"2, 8",10,"2, 8",10,"2, 8",10,"2, 8",10,"2, 8",10,"2, 8","Navigant Assumption; Sandia ES Report"]
["input_Param_6","Reactive Power Capability","Yes/No","default_input_Param_6","Yes",null,0,"Yes",8,"Yes",8,"Yes",8,"Yes",8,"Yes",8,"Yes",8,"Yes",8,"Yes",8,"Yes",8,"Yes",8,"Yes",8,"Yes",8,"Yes",8,"Navigant Assumption"]
["input_Param_9","Storage System Round-trip Efficiency","%","default_input_Param_9",92,null,0,78,1,81,1,86,1,94,3,85,8,70,8,75,1,87.5,1,82.5,1,92,1,62.5,1,75,1,67.5,1]
["input_Param_10","Demand Growth","%","default_input_Param_10",2,null,0,2,6,2,6,2,6,2,6,2,6,2,6,2,6,2,6,2,6,2,6,2,6,2,6,2,6,"Estimate based on data from Source: 1990 - 2008 Retail Sales of Electricity by State by Sector by Provider (EIA-861), http://www.eia.doe.gov/cneaf/electricity/epa/epa_sprdshts.html"]
[]
["Economic Inputs"]
["Range Name","Item","Units","Default Range Name","Input"]
["input_EcoParam_1",{"$f":"INDIRECT(MID(A16,7,20))","v":"Assumed Project Life"},"Years",{"$f":"\"default_\"&A16","v":"default_input_EcoParam_1"},{"$f":"INDEX(G16:AG16,1, MATCH($G$2,$G$4:$AG$4,0))","v":10},null,0,10,"2, 8",10,"2, 8",10,"2, 8",10,"2, 8",10,"2, 8",10,"2, 8",10,"2, 8",10,"2, 8",10,"2, 8",10,"2, 8",10,"2, 8",10,"2, 8",10,"2, 8","Navigant Assumption; Sandia ES Report"]
["input_EcoParam_2","Annual Inflation Rate","%","default_input_EcoParam_2",2.4,null,0,2.4,7,2.4,7,2.4,7,2.4,7,2.4,7,2.4,7,2.4,7,2.4,7,2.4,7,2.4,7,2.4,7,2.4,7,2.4,7,"Estimate based on data from US Bureau of Labor and Statistics CPI Database, All Urban Consumers (Current Series) (Consumer Price Index - CPI), http://www.bls.gov/cpi/#tables"]
["input_EcoParam_3","Discount Rate","%","default_input_EcoParam_3",5,null,0,9,null,5,null,5,null,5,null,5,null,5,null,5,null,5,null,5,null,5,null,5,null,5,null,5,null,"Navigant Assumption"]
["input_EcoParam_4","Total Installed Cost","$","default_input_EcoParam_4",2950,null,0,{"$f":"H20*input_Param_1","v":1125},1,{"$f":"J20*input_Param_1","v":2700},1,250,8,230,1,0,null,0,null,3600,1,850,1,3300,1,2950,1,1840,1,1400,1,3155,1]
[null,"Total Installed Cost per kW","$/kW",null,2950,null,null,1125,1,2700,1,250,8,230,1,null,null,null,null,3600,1,850,1,3300,1,2950,1,1840,1,1400,1,3155,1,"EPRI 2010 unless otherwise noted"]
["input_EcoParam_5","Fixed Charge Rate","%","default_input_EcoParam_5",15,null,0,{"$f":"IF(input_Own_1=1,11,15)","v":15},2,{"$f":"IF(input_Own_1=1,11,15)","v":15},2,{"$f":"IF(input_Own_1=1,11,15)","v":15},2,{"$f":"IF(input_Own_1=1,11,15)","v":15},2,{"$f":"IF(input_Own_1=1,11,15)","v":15},2,{"$f":"IF(input_Own_1=1,11,15)","v":15},2,{"$f":"IF(input_Own_1=1,11,15)","v":15},2,{"$f":"IF(input_Own_1=1,11,15)","v":15},2,{"$f":"IF(input_Own_1=1,11,15)","v":15},2,{"$f":"IF(input_Own_1=1,11,15)","v":15},2,{"$f":"IF(input_Own_1=1,11,15)","v":15},2,{"$f":"IF(input_Own_1=1,11,15)","v":15},2,{"$f":"IF(input_Own_1=1,11,15)","v":15},2,"Sandia Report SAND2011-2730, Table 3. pg 13"]
["input_EcoParam_6","Operating costs not related to energy (labor for operation, plant maintenance, equipment wear leading to loss-of-life)","$/year","default_input_EcoParam_6",21,null,0,{"$f":"H23*input_Param_1","v":14.5},3,3.7,3,14,3,12,3,0,null,0,null,42,3,27,3,27,3,21,3,31,3,30,3,44,3]
[null,"Operating and maintenance costs not related to energy (labor for operation, plant maintenance, equipment wear leading to loss-of-life)","$/kW-year",null,21,null,null,14.5,3,3.7,3,14,3,12,3,null,null,null,null,42,3,27,3,27,3,21,3,31,3,30,8,44,3,"Duke (2010)"]
["input_EcoParam_7","Decommissioning and Disposal Costs","$","default_input_EcoParam_7",147.5,null,0,{"$f":"0.05*H19","v":56.25},"1, 8",{"$f":"0.05*J19","v":135},"1, 8",12.5,"1, 8",11.5,"1, 8",0,null,0,null,180,"1, 8",42.5,"1, 8",165,"1, 8",147.5,"1, 8",92,"1, 8",70,"1, 8",157.75,"1, 8","Estimate that disposal costs are 5% of installed costs."]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"#","Source"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1,"EPRI, 2010"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2,"Sandia, 2011"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,3,"Duke, 2010"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,4,"Kema ES Select Tool"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,5,"Navigant, Estimating the Benefits of the ESS Program, 11/2009"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,6,"EIA, \"1990 - 2008 Retail Sales of Electricity by State by Sector by Provider (EIA-861)\" 2009"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,7,"US BLS, 2012"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,8,"Navigant Assumption"]

{"sheet":"Relational Matrices","index":6,"n_rows":144,"n_cols":20,"rows_kept":144,"cut":false,"hidden":true,"merged":[]}
[null,"Location, Market, Owner v.s. Applications"]
[null,null,"Loc_1","Loc_2","Loc_3","Mark_1","Mark_2","Own_1","Own_2","Own_3"]
[null,"Applications",{"$f":"INDIRECT(C2)","v":"Generation and Transmission"},"Distribution","End-User","Regulated","Deregulated","Utility","Non-Utility Merchant/Independent Power Producer","End-User","L-M-O Code","L-M-O-Application Code","Is the Application Possible?"]
["App_1",{"$f":"INDIRECT(A4)","v":"Electric Energy Time-shift"},1,0,0,1,0,1,0,0,{"$f":"CONCATENATE(C4,D4,E4,F4,G4,H4,I4,J4)","v":"10010100"},{"$f":"K4&A4","v":"10010100App_1"},{"$f":"IF(EXACT(LMO_Code,K4),B4,\"Invalid\")","v":"Invalid"}]
["App_1","Electric Energy Time-shift",0,1,0,1,0,1,0,0,"01010100",{"$f":"K5&A5","v":"01010100App_1"},"Invalid"]
["App_1","Electric Energy Time-shift",1,0,0,0,1,0,1,0,"10001010","10001010App_1","Electric Energy Time-shift"]
["App_1","Electric Energy Time-shift",0,0,0,0,0,0,0,0,"00000000","00000000App_1","Invalid"]
["App_2","Electric Supply Capacity",1,0,0,1,0,1,0,0,"10010100","10010100App_2","Invalid"]
["App_2","Electric Supply Capacity",1,0,0,0,1,0,1,0,"10001010","10001010App_2","Electric Supply Capacity"]
["App_3","Load Following",1,0,0,1,0,1,0,0,"10010100","10010100App_3","Invalid"]
["App_3","Load Following",1,0,0,0,1,0,1,0,"10001010","10001010App_3","Load Following"]
["App_4","Area Regulation",1,0,0,1,0,1,0,0,"10010100","10010100App_4","Invalid"]
["App_4","Area Regulation",1,0,0,0,1,0,1,0,"10001010","10001010App_4","Area Regulation"]
["App_5","Electric Supply Reserve Capacity",1,0,0,1,0,1,0,0,"10010100","10010100App_5","Invalid"]
["App_5","Electric Supply Reserve Capacity",1,0,0,0,1,0,1,0,"10001010","10001010App_5","Electric Supply Reserve Capacity"]
["App_6","Voltage Support",1,0,0,1,0,1,0,0,"10010100","10010100App_6","Invalid"]
["App_6","Voltage Support",1,0,0,0,1,0,1,0,"10001010","10001010App_6","Voltage Support"]
["App_6","Voltage Support",0,1,0,1,0,1,0,0,"01010100","01010100App_6","Invalid"]
["App_6","Voltage Support",0,1,0,0,1,1,0,0,"01001100","01001100App_6","Invalid"]
["App_7","Transmission Support",1,0,0,1,0,1,0,0,"10010100","10010100App_7","Invalid"]
["App_7","Transmission Support",1,0,0,0,1,1,0,0,"10001100","10001100App_7","Invalid"]
["App_8","Transmission Congestion Relief",1,0,0,1,0,1,0,0,"10010100","10010100App_8","Invalid"]
["App_8","Transmission Congestion Relief",0,0,0,0,0,0,0,0,"00000000","00000000App_8","Invalid"]
["App_8",{"$f":"INDIRECT(A24)","v":"Transmission Congestion Relief"},1,0,0,0,1,0,1,0,"10001010","10001010App_8","Transmission Congestion Relief"]
["App_8","Transmission Congestion Relief",0,0,0,0,0,0,0,0,"00000000","00000000App_8","Invalid"]
["App_9","Transmission & Distribution (T&D) Upgrade Deferral",1,0,0,1,0,1,0,0,"10010100","10010100App_9","Invalid"]
["App_9","Transmission & Distribution (T&D) Upgrade Deferral",1,0,0,0,1,1,0,0,"10001100","10001100App_9","Invalid"]
["App_9","Transmission & Distribution (T&D) Upgrade Deferral",0,1,0,1,0,1,0,0,{"$f":"CONCATENATE(C28,D28,E28,F28,G28,H28,I28,J28)","v":"01010100"},"01010100App_9","Invalid"]
["App_9","Transmission & Distribution (T&D) Upgrade Deferral",0,1,0,0,1,1,0,0,"01001100","01001100App_9","Invalid"]
["App_10","Substation On-site Power",0,0,0,0,0,0,0,0,"00000000","00000000App_10","Invalid"]
["App_11","Time-of-use (TOU) Energy Cost Management",0,0,1,1,0,0,0,1,"00110001","00110001App_11","Invalid"]
["App_11","Time-of-use (TOU) Energy Cost Management",0,0,1,0,1,0,0,1,"00101001","00101001App_11","Invalid"]
["App_12","Demand Charge Management",0,0,1,1,0,0,0,1,"00110001","00110001App_12","Invalid"]
["App_12","Demand Charge Management",0,0,1,0,1,0,0,1,{"$f":"CONCATENATE(C34,D34,E34,F34,G34,H34,I34,J34)","v":"00101001"},"00101001App_12","Invalid"]
["App_13",{"$f":"INDIRECT(A35)","v":"Electric Service Reliability"},1,0,0,1,0,1,0,0,"10010100","10010100App_13",{"$f":"IF(EXACT(LMO_Code,K35),B35,\"Invalid\")","v":"Invalid"}]
["App_13","Electric Service Reliability",1,0,0,0,1,1,0,0,"10001100","10001100App_13","Invalid"]
["App_13","Electric Service Reliability",0,1,0,1,0,1,0,0,"01010100","01010100App_13","Invalid"]
["App_13","Electric Service Reliability",0,1,0,0,1,1,0,0,"01001100","01001100App_13","Invalid"]
["App_13","Electric Service Reliability",0,0,1,1,0,0,0,1,"00110001","00110001App_13","Invalid"]
["App_13","Electric Service Reliability",0,0,1,0,1,0,0,1,"00101001","00101001App_13","Invalid"]
["App_14","Electric Service Power Quality",0,0,1,1,0,0,0,1,"00110001","00110001App_14","Invalid"]
["App_14","Electric Service Power Quality",0,0,1,0,1,0,0,1,{"$f":"CONCATENATE(C42,D42,E42,F42,G42,H42,I42,J42)","v":"00101001"},"00101001App_14","Invalid"]
["App_15","Renewables Energy Time-shift",1,0,0,1,0,1,0,0,"10010100","10010100App_15","Invalid"]
["App_15","Renewables Energy Time-shift",0,1,0,1,0,1,0,0,"01010100","01010100App_15","Invalid"]
["App_15","Renewables Energy Time-shift",1,0,0,0,1,0,1,0,"10001010","10001010App_15","Renewables Energy Time-shift"]
["App_15","Renewables Energy Time-shift",0,1,0,0,1,0,1,0,"01001010","01001010App_15","Invalid"]
["App_15","Renewables Energy Time-shift",0,0,1,1,0,0,0,1,"00110001","00110001App_15","Invalid"]
["App_15","Renewables Energy Time-shift",0,0,1,0,1,0,0,1,{"$f":"CONCATENATE(C48,D48,E48,F48,G48,H48,I48,J48)","v":"00101001"},"00101001App_15","Invalid"]
["App_16","Renewables Capacity Firming",1,0,0,1,0,1,0,0,"10010100","10010100App_16","Invalid"]
["App_16","Renewables Capacity Firming",1,0,0,0,1,0,1,0,"10001010","10001010App_16","Renewables Capacity Firming"]
["App_17","Wind Generation Grid Integration - Short Duration",1,0,0,1,0,1,0,0,"10010100","10010100App_17","Invalid"]
["App_17","Wind Generation Grid Integration - Short Duration",1,0,0,0,1,0,1,0,"10001010","10001010App_17","Wind Generation Grid Integration - Short Duration"]
["App_18","Wind Generation Grid Integration - Long Duration",1,0,0,1,0,1,0,0,"10010100","10010100App_18","Invalid"]
["App_18","Wind Generation Grid Integration - Long Duration",0,1,0,1,0,1,0,0,"01010100","01010100App_18","Invalid"]
["App_18","Wind Generation Grid Integration - Long Duration",1,0,0,0,1,0,1,0,"10001010","10001010App_18","Wind Generation Grid Integration - Long Duration"]
["App_18","Wind Generation Grid Integration - Long Duration",0,1,0,0,1,0,1,0,"01001010","01001010App_18","Invalid"]
[null,{"$error":"#REF!"},null,null,null,null,null,null,null,null,"","","Invalid"]
[null,{"$error":"#REF!"},null,null,null,null,null,null,null,null,"",{"$f":"K58&A58","v":""},{"$f":"IF(EXACT(LMO_Code,K58),B58,\"Invalid\")","v":"Invalid"}]
[null,{"$error":"#REF!"},null,null,null,null,null,null,null,null,"",{"$f":"K59&A59","v":""},{"$f":"IF(EXACT(LMO_Code,K59),B59,\"Invalid\")","v":"Invalid"}]
[null,{"$error":"#REF!"},null,null,null,null,null,null,null,null,"",{"$f":"K60&A60","v":""},{"$f":"IF(EXACT(LMO_Code,K60),B60,\"Invalid\")","v":"Invalid"}]
[null,{"$error":"#REF!"},null,null,null,null,null,null,null,null,"","","Invalid"]
[]
[null,"Power Output vs. Applications","Low  (kW)","High (kW)","Source: Sandia Report SAND2010-0815, Table 4. pg 23"]
["App_1",{"$f":"INDIRECT(A64)","v":"Electric Energy Time-shift"},1000,500000]
["App_2","Electric Supply Capacity",1000,500000]
["App_3","Load Following",1000,500000]
["App_4","Area Regulation",1000,40000]
["App_5","Electric Supply Reserve Capacity",1000,500000]
["App_6","Voltage Support",1000,10000]
["App_7","Transmission Support",10000,100000]
["App_8","Transmission Congestion Relief",1000,100000]
["App_9","Transmission & Distribution (T&D) Upgrade Deferral",250,10000]
["App_10","Substation On-site Power",1.5,5]
["App_11","Time-of-use (TOU) Energy Cost Management",1,2000]
["App_12","Demand Charge Management",50,10000]
["App_13","Electric Service Reliability",0.2,10000]
["App_14","Electric Service Power Quality",0.2,10000]
["App_15","Renewables Energy Time-shift",1,500000]
["App_16","Renewables Capacity Firming",1,500000]
["App_17","Wind Generation Grid Integration - Short Duration",0.2,500000]
["App_18","Wind Generation Grid Integration - Long Duration",0.2,500000]
[]
[null,"Duration of Discharge vs. Applications","Low  (h)","High (h)","Duration (L= long, S= short)","Frequency ( F = Frequent, O = Occasional)","Source: Sandia Report SAND2010-0815, Table 4. pg 23; Sandia Report SAND2011-2730, Table 1. pg 9\n"]
["App_1",{"$f":"INDIRECT(A84)","v":"Electric Energy Time-shift"},2,8,"L","F"]
["App_2","Electric Supply Capacity",2,8,"L","F"]
["App_3","Load Following",2,4,"L","F"]
["App_4","Area Regulation",0.25,0.5,"S","F"]
["App_5","Electric Supply Reserve Capacity",1,2,"L","O"]
["App_6","Voltage Support",0.25,1,"S","F"]
["App_7","Transmission Support",{"$f":"2/3600","v":5.5555555555555556E-4},{"$f":"5/3600","v":1.3888888888888889E-3},"S","O"]
["App_8","Transmission Congestion Relief",2,6,"L","O"]
["App_9","Transmission & Distribution (T&D) Upgrade Deferral",2,6,"L","O"]
["App_10","Substation On-site Power",8,16,"L","F"]
["App_11","Time-of-use (TOU) Energy Cost Management",2,6,"L","F"]
["App_12","Demand Charge Management",2,11,"L","F"]
["App_13","Electric Service Reliability",{"$f":"5/60","v":8.3333333333333329E-2},4,"L","O"]
["App_14","Electric Service Power Quality",2.7777777777777779E-3,{"$f":"1/60","v":1.6666666666666666E-2},"S","O"]
["App_15","Renewables Energy Time-shift",2,5,"L","F"]
["App_16","Renewables Capacity Firming",1,4,"L","F"]
["App_17","Wind Generation Grid Integration - Short Duration",1,4,"L","F"]
["App_18","Wind Generation Grid Integration - Long Duration",2,5,"L","F"]
[]
[]
[null,"Synergies: Primary Applications vs. Secondary Appliactions"]
[null,null,"App_1","App_2","App_3","App_4","App_5","App_6","App_7","App_8","App_9","App_10","App_11","App_12","App_13","App_14","App_15","App_16","App_17","App_18"]
[null,"Primary Applications",{"$f":"INDIRECT(C105)","v":"Electric Energy Time-shift"},{"$f":"INDIRECT(D105)","v":"Electric Supply Capacity"},"Load Following","Area Regulation","Electric Supply Reserve Capacity","Voltage Support","Transmission Support","Transmission Congestion Relief","Transmission & Distribution (T&D) Upgrade Deferral",{"$f":"INDIRECT(L105)","v":"Substation On-site Power"},"Time-of-use (TOU) Energy Cost Management","Demand Charge Management","Electric Service Reliability","Electric Service Power Quality","Renewables Energy Time-shift","Renewables Capacity Firming","Wind Generation Grid Integration - Short Duration","Wind Generation Grid Integration - Long Duration"]
["App_1",{"$f":"INDIRECT(A107)","v":"Electric Energy Time-shift"},0,1,0,0,0,0,0,1,1,0,0,0,0,0,1,0,0,1]
["App_2","Electric Supply Capacity",1,0,0,0,0,0,0,1,1,0,0,0,0,0,1,0,0,1]
["App_3","Load Following",0,0,0,1,1,1,1,0,0,0,0,0,0,0,0,1,1,0]
["App_4","Area Regulation",0,0,1,1,1,1,1,0,0,0,0,0,0,0,0,1,1,0]
["App_5","Electric Supply Reserve Capacity",0,0,1,1,0,1,1,0,0,0,0,0,0,0,0,1,1,0]
["App_6","Voltage Support",0,0,1,1,1,0,1,0,0,0,0,0,0,0,0,1,1,0]
["App_7","Transmission Support",0,0,1,1,1,1,0,0,0,0,0,0,0,0,0,1,1,0]
["App_8","Transmission Congestion Relief",1,1,0,0,0,0,0,0,1,0,0,0,0,0,1,0,0,1]
["App_9","Transmission & Distribution (T&D) Upgrade Deferral",1,1,0,0,0,0,0,1,0,0,0,0,0,0,1,0,0,1]
["App_10","Substation On-site Power",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["App_11","Time-of-use (TOU) Energy Cost Management",0,0,0,0,0,0,0,0,0,0,0,1,1,1,0,0,0,0]
["App_12","Demand Charge Management",0,0,0,0,0,0,0,0,0,0,1,0,1,1,0,0,0,0]
["App_13","Electric Service Reliability",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["App_14","Electric Service Power Quality",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["App_15","Renewables Energy Time-shift",1,1,0,0,0,0,0,1,1,0,1,1,0,0,1,0,0,1]
["App_16","Renewables Capacity Firming",0,0,1,1,1,1,1,0,0,0,0,0,0,0,0,0,1,0]
["App_17","Wind Generation Grid Integration - Short Duration",0,0,1,1,1,1,0,0,0,0,0,0,0,0,0,1,0,0]
["App_18","Wind Generation Grid Integration - Long Duration",1,1,0,0,0,0,0,1,1,0,0,0,0,0,1,0,0,1]
[]
[null,"Energy Requirements vs. Applications","Low  (kWh)"]
["App_1",{"$f":"INDIRECT(A127)","v":"Electric Energy Time-shift"},{"$f":"C64*C84","v":2000}]
["App_2","Electric Supply Capacity",{"$f":"C65*C85","v":2000}]
["App_3","Load Following",2000]
["App_4","Area Regulation",250]
["App_5","Electric Supply Reserve Capacity",1000]
["App_6","Voltage Support",250]
["App_7","Transmission Support",5.5555555555555554]
["App_8","Transmission Congestion Relief",2000]
["App_9","Transmission & Distribution (T&D) Upgrade Deferral",500]
["App_10","Substation On-site Power",12]
["App_11","Time-of-use (TOU) Energy Cost Management",2]
["App_12","Demand Charge Management",100]
["App_13","Electric Service Reliability",1.6666666666666666E-2]
["App_14","Electric Service Power Quality",5.5555555555555556E-4]
["App_15","Renewables Energy Time-shift",2]
["App_16","Renewables Capacity Firming",1]
["App_17","Wind Generation Grid Integration - Short Duration",0.2]
["App_18","Wind Generation Grid Integration - Long Duration",0.4]

{"sheet":"Available & Selected App","index":7,"n_rows":81,"n_cols":21,"rows_kept":81,"cut":false,"hidden":true,"merged":[]}
[null,"Going down these colums shows the results of individual Fileters. To the right are the results of those combined filters.",null,null,null,null,null,"Primary Appliactions Available",null,null,null,"Primary Application Chosen",null,null,null,"Ideal Secondary Appliactions Available",null,null,null,"Secondary Applications Chosen"]
[null,"Available Applications Based on L-M-O Code",null,null,null,null,"Available Primary Applications Based on all conditions",null,null,null,null,null,null,null,"Available Applications Based on L-M-O Code and Primary Chosen"]
[null,"App_1",{"$f":"INDIRECT(B3)","v":"Electric Energy Time-shift"},{"$f":"IF(ISERROR(INDEX('Relational Matrices'!$M$4:$M$61,MATCH(C3,'Relational Matrices'!$M$4:$M$61,0))),0,1)","v":1},null,null,"App_1",{"$f":"INDIRECT(G3)","v":"Electric Energy Time-shift"},{"$f":"D3*D23*D64*D43","v":0},null,"App_1",{"$f":"INDIRECT(K3)","v":"Electric Energy Time-shift"},{"$f":"IF(L3=primary_application,1,0)","v":1},null,"App_1",{"$f":"INDIRECT(O3)","v":"Electric Energy Time-shift"},{"$f":"MMULT(TRANSPOSE('Relational Matrices'!C107:T124),M3:M20)*I3:I20","v":0},null,"App_1",{"$f":"INDIRECT(S3)","v":"Electric Energy Time-shift"},{"$f":"IF(OR(T3=secondary_application_1,T3=secondary_application_2),1,0)","v":0}]
[null,"App_2","Electric Supply Capacity",{"$f":"IF(ISERROR(INDEX('Relational Matrices'!$M$4:$M$61,MATCH(C4,'Relational Matrices'!$M$4:$M$61,0))),0,1)","v":1},null,null,"App_2","Electric Supply Capacity",{"$f":"D4*D24*D65*D44","v":0},null,"App_2","Electric Supply Capacity",{"$f":"IF(L4=primary_application,1,0)","v":0},null,"App_2","Electric Supply Capacity",0,null,"App_2","Electric Supply Capacity",0]
[null,"App_3","Load Following",{"$f":"IF(ISERROR(INDEX('Relational Matrices'!$M$4:$M$61,MATCH(C5,'Relational Matrices'!$M$4:$M$61,0))),0,1)","v":1},null,null,"App_3","Load Following",{"$f":"D5*D25*D66*D45","v":0},null,"App_3","Load Following",0,null,"App_3","Load Following",0,null,"App_3","Load Following",0]
[null,"App_4","Area Regulation",{"$f":"IF(ISERROR(INDEX('Relational Matrices'!$M$4:$M$61,MATCH(C6,'Relational Matrices'!$M$4:$M$61,0))),0,1)","v":1},null,null,"App_4","Area Regulation",0,null,"App_4","Area Regulation",0,null,"App_4","Area Regulation",0,null,"App_4","Area Regulation",0]
[null,"App_5","Electric Supply Reserve Capacity",{"$f":"IF(ISERROR(INDEX('Relational Matrices'!$M$4:$M$61,MATCH(C7,'Relational Matrices'!$M$4:$M$61,0))),0,1)","v":1},null,null,"App_5","Electric Supply Reserve Capacity",{"$f":"D7*D27*D68*D47","v":0},null,"App_5","Electric Supply Reserve Capacity",0,null,"App_5","Electric Supply Reserve Capacity",0,null,"App_5","Electric Supply Reserve Capacity",0]
[null,"App_6","Voltage Support",{"$f":"IF(ISERROR(INDEX('Relational Matrices'!$M$4:$M$61,MATCH(C8,'Relational Matrices'!$M$4:$M$61,0))),0,1)","v":1},null,null,"App_6","Voltage Support",0,null,"App_6","Voltage Support",0,null,"App_6","Voltage Support",0,null,"App_6","Voltage Support",0]
[null,"App_7","Transmission Support",{"$f":"IF(ISERROR(INDEX('Relational Matrices'!$M$4:$M$61,MATCH(C9,'Relational Matrices'!$M$4:$M$61,0))),0,1)","v":0},null,null,"App_7","Transmission Support",0,null,"App_7","Transmission Support",0,null,"App_7","Transmission Support",0,null,"App_7","Transmission Support",0]
[null,"App_8","Transmission Congestion Relief",{"$f":"IF(ISERROR(INDEX('Relational Matrices'!$M$4:$M$61,MATCH(C10,'Relational Matrices'!$M$4:$M$61,0))),0,1)","v":1},null,null,"App_8","Transmission Congestion Relief",0,null,"App_8","Transmission Congestion Relief",0,null,"App_8","Transmission Congestion Relief",0,null,"App_8","Transmission Congestion Relief",0]
[null,"App_9","Transmission & Distribution (T&D) Upgrade Deferral",{"$f":"IF(ISERROR(INDEX('Relational Matrices'!$M$4:$M$61,MATCH(C11,'Relational Matrices'!$M$4:$M$61,0))),0,1)","v":0},null,null,"App_9","Transmission & Distribution (T&D) Upgrade Deferral",0,null,"App_9","Transmission & Distribution (T&D) Upgrade Deferral",0,null,"App_9","Transmission & Distribution (T&D) Upgrade Deferral",0,null,"App_9","Transmission & Distribution (T&D) Upgrade Deferral",0]
[null,"App_10","Substation On-site Power",{"$f":"IF(ISERROR(INDEX('Relational Matrices'!$M$4:$M$61,MATCH(C12,'Relational Matrices'!$M$4:$M$61,0))),0,1)","v":0},null,null,"App_10","Substation On-site Power",0,null,"App_10","Substation On-site Power",0,null,"App_10","Substation On-site Power",0,null,"App_10","Substation On-site Power",0]
[null,"App_11","Time-of-use (TOU) Energy Cost Management",{"$f":"IF(ISERROR(INDEX('Relational Matrices'!$M$4:$M$61,MATCH(C13,'Relational Matrices'!$M$4:$M$61,0))),0,1)","v":0},null,null,"App_11","Time-of-use (TOU) Energy Cost Management",0,null,"App_11","Time-of-use (TOU) Energy Cost Management",0,null,"App_11","Time-of-use (TOU) Energy Cost Management",0,null,"App_11","Time-of-use (TOU) Energy Cost Management",0]
[null,"App_12","Demand Charge Management",{"$f":"IF(ISERROR(INDEX('Relational Matrices'!$M$4:$M$61,MATCH(C14,'Relational Matrices'!$M$4:$M$61,0))),0,1)","v":0},null,null,"App_12","Demand Charge Management",0,null,"App_12","Demand Charge Management",0,null,"App_12","Demand Charge Management",0,null,"App_12","Demand Charge Management",0]
[null,"App_13","Electric Service Reliability",{"$f":"IF(ISERROR(INDEX('Relational Matrices'!$M$4:$M$61,MATCH(C15,'Relational Matrices'!$M$4:$M$61,0))),0,1)","v":0},null,null,"App_13","Electric Service Reliability",0,null,"App_13","Electric Service Reliability",0,null,"App_13","Electric Service Reliability",0,null,"App_13","Electric Service Reliability",0]
[null,"App_14","Electric Service Power Quality",{"$f":"IF(ISERROR(INDEX('Relational Matrices'!$M$4:$M$61,MATCH(C16,'Relational Matrices'!$M$4:$M$61,0))),0,1)","v":0},null,null,"App_14","Electric Service Power Quality",0,null,"App_14","Electric Service Power Quality",0,null,"App_14","Electric Service Power Quality",0,null,"App_14","Electric Service Power Quality",0]
[null,"App_15","Renewables Energy Time-shift",{"$f":"IF(ISERROR(INDEX('Relational Matrices'!$M$4:$M$61,MATCH(C17,'Relational Matrices'!$M$4:$M$61,0))),0,1)","v":1},null,null,"App_15","Renewables Energy Time-shift",0,null,"App_15","Renewables Energy Time-shift",0,null,"App_15","Renewables Energy Time-shift",0,null,"App_15","Renewables Energy Time-shift",0]
[null,"App_16","Renewables Capacity Firming",{"$f":"IF(ISERROR(INDEX('Relational Matrices'!$M$4:$M$61,MATCH(C18,'Relational Matrices'!$M$4:$M$61,0))),0,1)","v":1},null,null,"App_16","Renewables Capacity Firming",1,null,"App_16","Renewables Capacity Firming",0,null,"App_16","Renewables Capacity Firming",0,null,"App_16","Renewables Capacity Firming",0]
[null,"App_17","Wind Generation Grid Integration - Short Duration",{"$f":"IF(ISERROR(INDEX('Relational Matrices'!$M$4:$M$61,MATCH(C19,'Relational Matrices'!$M$4:$M$61,0))),0,1)","v":1},null,null,"App_17",{"$f":"INDIRECT(G19)","v":"Wind Generation Grid Integration - Short Duration"},1,null,"App_17",{"$f":"INDIRECT(K19)","v":"Wind Generation Grid Integration - Short Duration"},{"$f":"IF(L19=primary_application,1,0)","v":0},null,"App_17",{"$f":"INDIRECT(O19)","v":"Wind Generation Grid Integration - Short Duration"},0,null,"App_17",{"$f":"INDIRECT(S19)","v":"Wind Generation Grid Integration - Short Duration"},{"$f":"IF(OR(T19=secondary_application_1,T19=secondary_application_2),1,0)","v":0}]
[null,"App_18","Wind Generation Grid Integration - Long Duration",{"$f":"IF(ISERROR(INDEX('Relational Matrices'!$M$4:$M$61,MATCH(C20,'Relational Matrices'!$M$4:$M$61,0))),0,1)","v":1},null,null,"App_18","Wind Generation Grid Integration - Long Duration",1,null,"App_18","Wind Generation Grid Integration - Long Duration",{"$f":"IF(L20=primary_application,1,0)","v":0},null,"App_18","Wind Generation Grid Integration - Long Duration",1,null,"App_18","Wind Generation Grid Integration - Long Duration",0]
[]
[null,"Available Applications Based on Energy Requirement"]
[null,"App_1",{"$f":"INDIRECT(B23)","v":"Electric Energy Time-shift"},{"$f":"IF(input_Param_2>='Relational Matrices'!C127,1,0)","v":0}]
[null,"App_2","Electric Supply Capacity",{"$f":"IF(input_Param_2>='Relational Matrices'!C128,1,0)","v":0}]
[null,"App_3","Load Following",{"$f":"IF(input_Param_2>='Relational Matrices'!C129,1,0)","v":0}]
[null,"App_4","Area Regulation",{"$f":"IF(input_Param_2>='Relational Matrices'!C130,1,0)","v":0}]
[null,"App_5","Electric Supply Reserve Capacity",{"$f":"IF(input_Param_2>='Relational Matrices'!C131,1,0)","v":0}]
[null,"App_6","Voltage Support",{"$f":"IF(input_Param_2>='Relational Matrices'!C132,1,0)","v":0}]
[null,"App_7","Transmission Support",{"$f":"IF(input_Param_2>='Relational Matrices'!C133,1,0)","v":0}]
[null,"App_8","Transmission Congestion Relief",{"$f":"IF(input_Param_2>='Relational Matrices'!C134,1,0)","v":0}]
[null,"App_9","Transmission & Distribution (T&D) Upgrade Deferral",{"$f":"IF(input_Param_2>='Relational Matrices'!C135,1,0)","v":0}]
[null,"App_10","Substation On-site Power",{"$f":"IF(input_Param_2>='Relational Matrices'!C136,1,0)","v":0}]
[null,"App_11","Time-of-use (TOU) Energy Cost Management",{"$f":"IF(input_Param_2>='Relational Matrices'!C137,1,0)","v":0}]
[null,"App_12","Demand Charge Management",{"$f":"IF(input_Param_2>='Relational Matrices'!C138,1,0)","v":0}]
[null,"App_13","Electric Service Reliability",{"$f":"IF(input_Param_2>='Relational Matrices'!C139,1,0)","v":1}]
[null,"App_14","Electric Service Power Quality",{"$f":"IF(input_Param_2>='Relational Matrices'!C140,1,0)","v":1}]
[null,"App_15","Renewables Energy Time-shift",{"$f":"IF(input_Param_2>='Relational Matrices'!C141,1,0)","v":0}]
[null,"App_16","Renewables Capacity Firming",{"$f":"IF(input_Param_2>='Relational Matrices'!C142,1,0)","v":1}]
[null,"App_17",{"$f":"INDIRECT(B39)","v":"Wind Generation Grid Integration - Short Duration"},{"$f":"IF(input_Param_2>='Relational Matrices'!C143,1,0)","v":1}]
[null,"App_18","Wind Generation Grid Integration - Long Duration",{"$f":"IF(input_Param_2>='Relational Matrices'!C144,1,0)","v":1}]
[]
[null,"Available Applications Based on Nameplate Power"]
[null,"App_1",{"$f":"INDIRECT(B43)","v":"Electric Energy Time-shift"},{"$f":"IF(input_Param_1>='Relational Matrices'!C64,1,0)","v":0}]
[null,"App_2","Electric Supply Capacity",{"$f":"IF(input_Param_1>='Relational Matrices'!C65,1,0)","v":0}]
[null,"App_3","Load Following",{"$f":"IF(input_Param_1>='Relational Matrices'!C66,1,0)","v":0}]
[null,"App_4","Area Regulation",{"$f":"IF(input_Param_1>='Relational Matrices'!C67,1,0)","v":0}]
[null,"App_5","Electric Supply Reserve Capacity",{"$f":"IF(input_Param_1>='Relational Matrices'!C68,1,0)","v":0}]
[null,"App_6","Voltage Support",{"$f":"IF(input_Param_1>='Relational Matrices'!C69,1,0)","v":0}]
[null,"App_7","Transmission Support",{"$f":"IF(input_Param_1>='Relational Matrices'!C70,1,0)","v":0}]
[null,"App_8","Transmission Congestion Relief",{"$f":"IF(input_Param_1>='Relational Matrices'!C71,1,0)","v":0}]
[null,"App_9","Transmission & Distribution (T&D) Upgrade Deferral",{"$f":"IF(input_Param_1>='Relational Matrices'!C72,1,0)","v":0}]
[null,"App_10","Substation On-site Power",{"$f":"IF(input_Param_1>='Relational Matrices'!C73,1,0)","v":0}]
[null,"App_11","Time-of-use (TOU) Energy Cost Management",{"$f":"IF(input_Param_1>='Relational Matrices'!C74,1,0)","v":1}]
[null,"App_12","Demand Charge Management",{"$f":"IF(input_Param_1>='Relational Matrices'!C75,1,0)","v":0}]
[null,"App_13","Electric Service Reliability",{"$f":"IF(input_Param_1>='Relational Matrices'!C76,1,0)","v":1}]
[null,"App_14","Electric Service Power Quality",{"$f":"IF(input_Param_1>='Relational Matrices'!C77,1,0)","v":1}]
[null,"App_15","Renewables Energy Time-shift",{"$f":"IF(input_Param_1>='Relational Matrices'!C78,1,0)","v":1}]
[null,"App_16","Renewables Capacity Firming",{"$f":"IF(input_Param_1>='Relational Matrices'!C79,1,0)","v":1}]
[null,"App_17",{"$f":"INDIRECT(B59)","v":"Wind Generation Grid Integration - Short Duration"},{"$f":"IF(input_Param_1>='Relational Matrices'!C80,1,0)","v":1}]
[null,"App_18",{"$f":"INDIRECT(B60)","v":"Wind Generation Grid Integration - Long Duration"},{"$f":"IF(input_Param_1>='Relational Matrices'!C81,1,0)","v":1}]
[]
[]
[null,"Available Applications Based on Reactive Power Capability"]
[null,"App_1",{"$f":"INDIRECT(B64)","v":"Electric Energy Time-shift"},1]
[null,"App_2","Electric Supply Capacity",1]
[null,"App_3","Load Following",1]
[null,"App_4","Area Regulation",1]
[null,"App_5","Electric Supply Reserve Capacity",1]
[null,"App_6","Voltage Support",{"$f":"IF(input_Param_6=\"Yes\",1,0)","v":1}]
[null,"App_7","Transmission Support",1]
[null,"App_8","Transmission Congestion Relief",1]
[null,"App_9","Transmission & Distribution (T&D) Upgrade Deferral",1]
[null,"App_10","Substation On-site Power",1]
[null,"App_11","Time-of-use (TOU) Energy Cost Management",1]
[null,"App_12","Demand Charge Management",1]
[null,"App_13","Electric Service Reliability",1]
[null,"App_14","Electric Service Power Quality",{"$f":"IF(input_Param_6=\"Yes\",1,0)","v":1}]
[null,"App_15","Renewables Energy Time-shift",1]
[null,"App_16","Renewables Capacity Firming",1]
[null,"App_17",{"$f":"INDIRECT(B80)","v":"Wind Generation Grid Integration - Short Duration"},1]
[null,"App_18","Wind Generation Grid Integration - Long Duration",1]

{"sheet":"Benefits and Benefit Calcs","index":8,"n_rows":153,"n_cols":26,"rows_kept":153,"cut":false,"hidden":true,"merged":[]}
[]
[null,"LMO-Application Code vs. Benefits Matrix",null,null,null,null,"Ben_01","Ben_02","Ben_03","Ben_10","Ben_34","Ben_28","Ben_30","Ben_31","Ben_11","Ben_12","Ben_15","Ben_04","Ben_14","Ben_32","Ben_29","Ben_33","Ben_23","Ben_24","Ben_25","Ben_26"]
[null,"L-M-O-Application Code","Location","Market","Owner","Application",{"$f":"INDIRECT(G2)","v":"Arbitrage Revenue"},{"$f":"INDIRECT(H2)","v":"Capacity Market Revenue"},{"$f":"INDIRECT(I2)","v":"Ancillary Services Revenue"},{"$f":"INDIRECT(J2)","v":"Optimized Generator Operation (Non-Utility Merchant)"},"Optimized Generator Operation  (Utility/Ratepayer)","Deferred Generation Capacity Investments","Reduced Congestion Costs (Non-Utility Merchant)","Reduced Congestion Costs (Utility/Ratepayer)","Deferred Transmission Investments","Deferred Distribution Investments","Reduced Electricity Losses",{"$f":"INDIRECT(R2)","v":"Reduced Electricity Cost (Consumer)"},"Reduced Electricity Cost (Utility/Ratepayer)","Reduced Outages (Consumer)","Reduced Outages (Utility/Ratepayer)","Improved Power Quality","Reduced CO2 Emissions","Reduced SOx Emissions","Reduced NOx Emissions","Reduced PM Emissions"]
[null,{"$f":"'Relational Matrices'!L4","v":"10010100App_1"},{"$f":"IF(MID(B4,1,1)=\"1\",Loc_1,IF(MID(B4,2,1)=\"1\",Loc_2,IF(MID(B4,3,1)=\"1\",Loc_3)))","v":"Generation and Transmission"},{"$f":"IF(MID(B4,4,1)=\"1\",Mark_1,IF(MID(B4,5,1)=\"1\",Mark_2))","v":"Regulated"},{"$f":"IF(MID(B4,6,1)=\"1\",Own_1,IF(MID(B4,7,1)=\"1\",Own_2,IF(MID(B4,8,1)=\"1\",Own_3)))","v":"Utility"},{"$f":"INDIRECT(MID(B4,9,6))","v":"Electric Energy Time-shift"},0,0,0,0,1,1,0,0,1,0,1,0,1,0,0,0,1,1,1,1]
[null,{"$f":"'Relational Matrices'!L5","v":"01010100App_1"},"Distribution","Regulated","Utility",{"$f":"INDIRECT(MID(B5,9,6))","v":"Electric Energy Time-shift"},0,0,0,0,1,1,0,0,0,1,1,0,1,0,0,0,1,1,1,1]
[null,{"$f":"'Relational Matrices'!L6","v":"10001010App_1"},"Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Electric Energy Time-shift",1,0,0,1,0,1,0,0,1,0,1,0,0,0,0,0,1,1,1,1]
[null,{"$f":"'Relational Matrices'!L7","v":"00000000App_1"},false,false,false,"Electric Energy Time-shift",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,{"$f":"'Relational Matrices'!L8","v":"10010100App_2"},"Generation and Transmission","Regulated","Utility","Electric Supply Capacity",0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,{"$f":"'Relational Matrices'!L9","v":"10001010App_2"},"Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Electric Supply Capacity",0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,{"$f":"'Relational Matrices'!L10","v":"10010100App_3"},"Generation and Transmission","Regulated","Utility","Load Following",0,0,0,0,1,1,0,0,0,0,0,0,0,0,0,0,1,1,1,1]
[null,{"$f":"'Relational Matrices'!L11","v":"10001010App_3"},"Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Load Following",0,0,1,1,0,1,0,0,0,0,0,0,0,0,0,0,1,1,1,1]
[null,{"$f":"'Relational Matrices'!L12","v":"10010100App_4"},"Generation and Transmission","Regulated","Utility","Area Regulation",0,0,0,0,1,1,0,0,0,0,0,0,0,0,0,0,1,1,1,1]
[null,{"$f":"'Relational Matrices'!L13","v":"10001010App_4"},"Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Area Regulation",0,0,1,1,0,1,0,0,0,0,0,0,0,0,0,0,1,1,1,1]
[null,{"$f":"'Relational Matrices'!L14","v":"10010100App_5"},"Generation and Transmission","Regulated","Utility","Electric Supply Reserve Capacity",0,0,0,0,1,1,0,0,0,0,0,0,0,0,0,0,1,1,1,1]
[null,{"$f":"'Relational Matrices'!L15","v":"10001010App_5"},"Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Electric Supply Reserve Capacity",0,0,1,1,0,1,0,0,0,0,0,0,0,0,0,0,1,1,1,1]
[null,{"$f":"'Relational Matrices'!L16","v":"10010100App_6"},"Generation and Transmission","Regulated","Utility","Voltage Support",0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,{"$f":"'Relational Matrices'!L17","v":"10001010App_6"},"Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Voltage Support",0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,{"$f":"'Relational Matrices'!L18","v":"01010100App_6"},"Distribution","Regulated","Utility","Voltage Support",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0]
[null,{"$f":"'Relational Matrices'!L19","v":"01001100App_6"},"Distribution","Deregulated","Utility","Voltage Support",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0]
[null,{"$f":"'Relational Matrices'!L20","v":"10010100App_7"},"Generation and Transmission","Regulated","Utility","Transmission Support",0,0,0,0,0,0,0,0,1,0,0,0,0,0,1,0,0,0,0,0]
[null,{"$f":"'Relational Matrices'!L21","v":"10001100App_7"},"Generation and Transmission","Deregulated","Utility","Transmission Support",0,0,0,0,0,0,0,0,1,0,0,0,0,0,1,0,0,0,0,0]
[null,{"$f":"'Relational Matrices'!L22","v":"10010100App_8"},"Generation and Transmission","Regulated","Utility","Transmission Congestion Relief",0,0,0,0,0,0,0,1,1,0,0,0,0,0,0,0,0,0,0,0]
[null,{"$f":"'Relational Matrices'!L23","v":"00000000App_8"},false,false,false,"Transmission Congestion Relief",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,{"$f":"'Relational Matrices'!L24","v":"10001010App_8"},"Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Transmission Congestion Relief",0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,{"$f":"'Relational Matrices'!L25","v":"00000000App_8"},false,false,false,"Transmission Congestion Relief",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,{"$f":"'Relational Matrices'!L26","v":"10010100App_9"},"Generation and Transmission","Regulated","Utility","Transmission & Distribution (T&D) Upgrade Deferral",0,0,0,0,1,1,0,0,1,0,1,0,0,0,0,0,1,1,1,1]
[null,{"$f":"'Relational Matrices'!L27","v":"10001100App_9"},"Generation and Transmission","Deregulated","Utility","Transmission & Distribution (T&D) Upgrade Deferral",0,0,0,1,0,1,0,0,1,0,1,0,0,0,0,0,1,1,1,1]
[null,{"$f":"'Relational Matrices'!L28","v":"01010100App_9"},"Distribution","Regulated","Utility","Transmission & Distribution (T&D) Upgrade Deferral",0,0,0,0,1,1,0,0,0,1,1,0,0,0,0,0,1,1,1,1]
[null,{"$f":"'Relational Matrices'!L29","v":"01001100App_9"},"Distribution","Deregulated","Utility","Transmission & Distribution (T&D) Upgrade Deferral",0,0,0,1,0,1,0,0,0,1,1,0,0,0,0,0,1,1,1,1]
[null,{"$f":"'Relational Matrices'!L30","v":"00000000App_10"},false,false,false,"Substation On-site Power",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,{"$f":"'Relational Matrices'!L31","v":"00110001App_11"},"End-User","Regulated","End-User","Time-of-use (TOU) Energy Cost Management",0,0,0,0,1,1,0,0,1,1,1,1,0,0,0,0,1,1,1,1]
[null,{"$f":"'Relational Matrices'!L32","v":"00101001App_11"},"End-User","Deregulated","End-User","Time-of-use (TOU) Energy Cost Management",0,0,0,1,0,1,0,0,1,1,1,1,0,0,0,0,1,1,1,1]
[null,{"$f":"'Relational Matrices'!L33","v":"00110001App_12"},"End-User","Regulated","End-User","Demand Charge Management",0,0,0,0,1,1,0,0,1,1,1,1,0,0,0,0,1,1,1,1]
[null,{"$f":"'Relational Matrices'!L34","v":"00101001App_12"},"End-User","Deregulated","End-User","Demand Charge Management",0,0,0,1,0,1,0,0,1,1,1,1,0,0,0,0,1,1,1,1]
[null,{"$f":"'Relational Matrices'!L35","v":"10010100App_13"},"Generation and Transmission","Regulated","Utility","Electric Service Reliability",0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0]
[null,{"$f":"'Relational Matrices'!L36","v":"10001100App_13"},{"$f":"IF(MID(B36,1,1)=\"1\",Loc_1,IF(MID(B36,2,1)=\"1\",Loc_2,IF(MID(B36,3,1)=\"1\",Loc_3)))","v":"Generation and Transmission"},{"$f":"IF(MID(B36,4,1)=\"1\",Mark_1,IF(MID(B36,5,1)=\"1\",Mark_2))","v":"Deregulated"},{"$f":"IF(MID(B36,6,1)=\"1\",Own_1,IF(MID(B36,7,1)=\"1\",Own_2,IF(MID(B36,8,1)=\"1\",Own_3)))","v":"Utility"},"Electric Service Reliability",0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0]
[null,{"$f":"'Relational Matrices'!L37","v":"01010100App_13"},"Distribution","Regulated","Utility","Electric Service Reliability",0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0]
[null,{"$f":"'Relational Matrices'!L38","v":"01001100App_13"},"Distribution","Deregulated","Utility","Electric Service Reliability",0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0]
[null,{"$f":"'Relational Matrices'!L39","v":"00110001App_13"},"End-User","Regulated","End-User","Electric Service Reliability",0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0]
[null,{"$f":"'Relational Matrices'!L40","v":"00101001App_13"},"End-User","Deregulated","End-User","Electric Service Reliability",0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0]
[null,{"$f":"'Relational Matrices'!L41","v":"00110001App_14"},"End-User","Regulated","End-User","Electric Service Power Quality",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0]
[null,{"$f":"'Relational Matrices'!L42","v":"00101001App_14"},"End-User","Deregulated","End-User","Electric Service Power Quality",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0]
[null,{"$f":"'Relational Matrices'!L43","v":"10010100App_15"},"Generation and Transmission","Regulated","Utility","Renewables Energy Time-shift",0,0,0,0,1,1,0,0,1,0,1,0,1,0,0,0,1,1,1,1]
[null,{"$f":"'Relational Matrices'!L44","v":"01010100App_15"},"Distribution","Regulated","Utility","Renewables Energy Time-shift",0,0,0,0,1,1,0,0,0,1,1,0,1,0,0,0,1,1,1,1]
[null,{"$f":"'Relational Matrices'!L45","v":"10001010App_15"},"Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Renewables Energy Time-shift",1,0,0,1,0,1,0,0,1,0,1,0,0,0,0,0,1,1,1,1]
[null,{"$f":"'Relational Matrices'!L46","v":"01001010App_15"},"Distribution","Deregulated","Non-Utility Merchant/Independent Power Producer","Renewables Energy Time-shift",1,0,0,1,0,1,0,0,0,1,1,0,0,0,0,0,1,1,1,1]
[null,{"$f":"'Relational Matrices'!L47","v":"00110001App_15"},"End-User","Regulated","End-User","Renewables Energy Time-shift",0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,1,1,1,1]
[null,{"$f":"'Relational Matrices'!L48","v":"00101001App_15"},"End-User","Deregulated","End-User","Renewables Energy Time-shift",0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,1,1,1,1]
[null,{"$f":"'Relational Matrices'!L49","v":"10010100App_16"},"Generation and Transmission","Regulated","Utility","Renewables Capacity Firming",0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,1,1,1,1]
[null,{"$f":"'Relational Matrices'!L50","v":"10001010App_16"},"Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Renewables Capacity Firming",0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1]
[null,{"$f":"'Relational Matrices'!L51","v":"10010100App_17"},"Generation and Transmission","Regulated","Utility","Wind Generation Grid Integration - Short Duration",0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,1,1,1,1]
[null,{"$f":"'Relational Matrices'!L52","v":"10001010App_17"},"Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Wind Generation Grid Integration - Short Duration",0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1]
[null,{"$f":"'Relational Matrices'!L53","v":"10010100App_18"},"Generation and Transmission","Regulated","Utility","Wind Generation Grid Integration - Long Duration",0,0,0,0,1,1,0,0,1,0,1,0,1,0,0,0,1,1,1,1]
[null,{"$f":"'Relational Matrices'!L54","v":"01010100App_18"},"Distribution","Regulated","Utility","Wind Generation Grid Integration - Long Duration",0,0,0,0,1,1,0,0,0,1,1,0,1,0,0,0,1,1,1,1]
[null,{"$f":"'Relational Matrices'!L55","v":"10001010App_18"},"Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Wind Generation Grid Integration - Long Duration",1,0,0,1,0,1,0,0,1,0,1,0,0,0,0,0,1,1,1,1]
[null,{"$f":"'Relational Matrices'!L56","v":"01001010App_18"},"Distribution","Deregulated","Non-Utility Merchant/Independent Power Producer","Wind Generation Grid Integration - Long Duration",1,0,0,1,0,1,0,0,0,1,1,0,0,0,0,0,1,1,1,1]
[]
[]
[]
[]
[]
[]
[]
[null,"Activated LMO-Application Codes "]
[null,"L-M-O-Application Code","Is Code Selected?"]
[null,{"$f":"B4","v":"10010100App_1"},{"$f":"IF(OR(B66=LMO_A_Code_1,B66=LMO_A_Code_2,B66=LMO_A_Code_3),1,0)","v":0}]
[null,{"$f":"B5","v":"01010100App_1"},{"$f":"IF(OR(B67=LMO_A_Code_1,B67=LMO_A_Code_2,B67=LMO_A_Code_3),1,0)","v":0}]
[null,"10001010App_1",1]
[null,"00000000App_1",0]
[null,"10010100App_2",0]
[null,"10001010App_2",0]
[null,"10010100App_3",0]
[null,"10001010App_3",0]
[null,"10010100App_4",0]
[null,"10001010App_4",0]
[null,"10010100App_5",0]
[null,"10001010App_5",0]
[null,"10010100App_6",0]
[null,"10001010App_6",0]
[null,"01010100App_6",0]
[null,"01001100App_6",0]
[null,"10010100App_7",0]
[null,"10001100App_7",0]
[null,"10010100App_8",0]
[null,"00000000App_8",0]
[null,"10001010App_8",0]
[null,"00000000App_8",0]
[null,"10010100App_9",0]
[null,"10001100App_9",0]
[null,"01010100App_9",0]
[null,"01001100App_9",0]
[null,"00000000App_10",0]
[null,"00110001App_11",0]
[null,"00101001App_11",0]
[null,"00110001App_12",0]
[null,"00101001App_12",0]
[null,"10010100App_13",0]
[null,{"$f":"B36","v":"10001100App_13"},{"$f":"IF(OR(B98=LMO_A_Code_1,B98=LMO_A_Code_2,B98=LMO_A_Code_3),1,0)","v":0}]
[null,"01010100App_13",0]
[null,"01001100App_13",0]
[null,"00110001App_13",0]
[null,"00101001App_13",0]
[null,"00110001App_14",0]
[null,"00101001App_14",0]
[null,"10010100App_15",0]
[null,"01010100App_15",0]
[null,"10001010App_15",0]
[null,"01001010App_15",0]
[null,"00110001App_15",0]
[null,"00101001App_15",0]
[null,"10010100App_16",0]
[null,"10001010App_16",0]
[null,"10010100App_17",0]
[null,"10001010App_17",0]
[null,"10010100App_18",0]
[null,"01010100App_18",0]
[null,"10001010App_18",0]
[null,{"$f":"B56","v":"01001010App_18"},0]
[]
[]
[]
[]
[]
[]
[null,null,"Activated Benefits List"]
[null,null,"Benefit",null,"Is Benefit Activated?"]
[null,"Ben_01",{"$f":"INDIRECT(B127)","v":"Arbitrage Revenue"},{"$f":"MMULT(TRANSPOSE(G4:Z56),C66:C118)","v":1},{"$f":"IF(D127>0,1,0)","v":1}]
[null,"Ben_02",{"$f":"INDIRECT(B128)","v":"Capacity Market Revenue"},0,{"$f":"IF(D128>0,1,0)","v":0}]
[null,"Ben_03","Ancillary Services Revenue",0,0]
[null,"Ben_10","Optimized Generator Operation (Non-Utility Merchant)",1,1]
[null,"Ben_34","Optimized Generator Operation  (Utility/Ratepayer)",0,0]
[null,"Ben_28","Deferred Generation Capacity Investments",1,1]
[null,"Ben_30","Reduced Congestion Costs (Non-Utility Merchant)",0,0]
[null,"Ben_31","Reduced Congestion Costs (Utility/Ratepayer)",0,0]
[null,"Ben_11","Deferred Transmission Investments",1,1]
[null,"Ben_12","Deferred Distribution Investments",0,0]
[null,"Ben_15","Reduced Electricity Losses",1,1]
[null,"Ben_04","Reduced Electricity Cost (Consumer)",0,0]
[null,"Ben_14","Reduced Electricity Cost (Utility/Ratepayer)",0,0]
[null,"Ben_32","Reduced Outages (Consumer)",0,0]
[null,"Ben_29","Reduced Outages (Utility/Ratepayer)",0,0]
[null,"Ben_33","Improved Power Quality",0,0]
[null,"Ben_23","Reduced CO2 Emissions",1,1]
[null,"Ben_24","Reduced SOx Emissions",1,1]
[null,"Ben_25","Reduced NOx Emissions",1,1]
[null,"Ben_26","Reduced PM Emissions",1,1]
[null,null,{"$error":"#REF!"},{"$error":"#N/A"},{"$error":"#N/A"}]
[null,null,{"$error":"#REF!"},{"$error":"#N/A"},{"$error":"#N/A"}]
[null,null,{"$error":"#REF!"},{"$error":"#N/A"},{"$error":"#N/A"}]
[null,null,{"$error":"#REF!"},{"$error":"#N/A"},{"$error":"#N/A"}]
[null,null,{"$error":"#REF!"},{"$error":"#N/A"},{"$error":"#N/A"}]
[null,null,{"$error":"#REF!"},{"$error":"#N/A"},{"$error":"#N/A"}]
[null,null,{"$error":"#REF!"},{"$error":"#N/A"},{"$error":"#N/A"}]

{"sheet":"Maintenance Schedule","index":9,"n_rows":7,"n_cols":42,"rows_kept":7,"cut":false,"hidden":true,"merged":[[2,1,2,5]]}
[]
[null,"Asset Characterization Module (ACM): Custom Maintenance Cost Schedule"]
[null,"Directions: A custom maintenance cost schedule can be entered into the table below. This cost schedule may include fixed and variable maintenance costs as well as replacement costs. Please enter all values in nominal dollars."]
[]
[null,"Custom Maintenance Cost Schedule"]
[null,"Year",{"$f":"input_EcoParam_8","v":2011},{"$f":"C6+1","v":2012},2013,2014,2015,2016,2017,2018,2019,2020,2021,2022,2023,2024,2025,2026,2027,2028,2029,2030,2031,2032,2033,2034,2035,2036,2037,2038,2039,2040,2041,2042,2043,2044,2045,2046,2047,2048,2049,2050]
[null,"Yearly Cost ($/Year)"]

{"sheet":"Application Benefits Summary","index":10,"n_rows":59,"n_cols":29,"rows_kept":59,"cut":false,"hidden":true,"merged":[[2,5,2,8]]}
[null,null,null,null,null,null,null,null,null,"Ben_01","Ben_02","Ben_03","Ben_10","Ben_34","Ben_28","Ben_30","Ben_31","Ben_11","Ben_12","Ben_15","Ben_04","Ben_14","Ben_32","Ben_29","Ben_33","Ben_23","Ben_24","Ben_25","Ben_26"]
[null,null,null,null,null,"Verify the Applications and Benefits of the Project"]
[null,null,null,null,null,"Below is a table that summarizes the benefits that your project will yield. Each row represents a primary or secondary application your project is pursuing. All of the benefits a project could yield are listed along the top of the chart. Based on your inputs in the ACM, this chart has been populated with the benefits that your project may yield along with the applications that will lead to the benefits. Therefore, this chart should graphically summarize the objectives and expected benefits of your project. If the chart adequately summarizes your project click the blue button on the left to proceed to the next phase of the tool. If the chart does not adequately summarize your project click the button to the right to return to the ACM entry screens and adjust your inputs accordingly."]
[]
[null,null,null,null,null,"Application vs. Benefits Matrix"]
[null,null,"Is the application applicable?","L-M-O-Application Code",null,"Location","Market","Owner","Application",{"$f":"INDIRECT(J1)","v":"Arbitrage Revenue"},{"$f":"INDIRECT(K1)","v":"Capacity Market Revenue"},"Ancillary Services Revenue",{"$f":"INDIRECT(M1)","v":"Optimized Generator Operation (Non-Utility Merchant)"},"Optimized Generator Operation  (Utility/Ratepayer)","Deferred Generation Capacity Investments","Reduced Congestion Costs (Non-Utility Merchant)","Reduced Congestion Costs (Utility/Ratepayer)","Deferred Transmission Investments","Deferred Distribution Investments","Reduced Electricity Losses","Reduced Electricity Cost (Consumer)","Reduced Electricity Cost (Utility/Ratepayer)","Reduced Outages (Consumer)","Reduced Outages (Utility/Ratepayer)","Improved Power Quality","Reduced CO2 Emissions","Reduced SOx Emissions","Reduced NOx Emissions","Reduced PM Emissions"]
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{"sheet":"Data Input Module II -->","index":11,"n_rows":0,"n_cols":0,"rows_kept":0,"cut":false,"hidden":true,"merged":[]}

{"sheet":"Benefit Calc Inputs","index":12,"n_rows":118,"n_cols":5,"rows_kept":118,"cut":false,"hidden":true,"merged":[]}
["Range Name","Input Name","Units","Definition"]
["calc_input_01","Total Energy Discharged for Arbitrage","MWh","The total amount of energy discharged from the energy storage device and used for arbitrage purposes over a year."]
["calc_input_02","Average On-Peak Price of Electricity","$/MWh","The average on-peak price of wholesale electricity over a year."]
["calc_input_03","Average Off-Peak Price of Electricity","$/MWh","The average off-peak price of wholesale electricity over a year."]
["calc_input_04","Total Energy Discharged for Energy Time-Shift","MWh","The total amount of energy discharged from the energy storage device for the purposes of shifting energy from an off-peak time to an on-peak time. This may allow a utility to decrease their costs by offsetting the need to run less efficient, more expensive peaking units."]
["calc_input_05","Average Variable Peak Generation Costs","$/MWh","The average variable generation costs for marginal generation units used to meet peak demand."]
["calc_input_06","Average Variable Off-Peak Generation Costs","$/MWh","The average variable generation costs for base load generation units."]
["calc_input_07","CO2 Emissions Factor for Generation on the Margin","lbs/MWh","The characteristic or average CO2 emissions factor for marginal generation units used to meet peak demand."]
["calc_input_08","CO2 Emissions Factor for Base Generation","lbs/MWh","The characteristic or average CO2 emissions factor for base load generation units."]
["calc_input_09","SOx Emissions Factor for Generation on the Margin","lbs/MWh","The characteristic or average SOx emissions factor for marginal generation units used to meet peak demand."]
["calc_input_10","SOx Emissions Factor for Base Generation","lbs/MWh","The characteristic or average SOx emissions factor for base load generation units."]
["calc_input_11","NOx Emissions Factor for Generation on the Margin","lbs/MWh","The characteristic or average NOx emissions factor for marginal generation units used to meet peak demand."]
["calc_input_12","NOx Emissions Factor for Base Generation","lbs/MWh","The characteristic or average NOx emissions factor for base load generation units."]
["calc_input_13","PM Emissions Factor for Generation on the Margin","lbs/MWh","The characteristic or average PM emissions factor for marginal generation units used to meet peak demand."]
["calc_input_14","PM Emissions Factor for Base Generation","lbs/MWh","The characteristic or average PM emissions factor for base load generation units."]
["calc_input_15","Value of CO2","$/ton","The anticipated or current market price of carbon emissions."]
["calc_input_16","Value of SOx","$/ton","The anticipated or current market price of SOx emissions."]
["calc_input_17","Value of NOx","$/ton","The anticipated or current market price of NOx emissions."]
["calc_input_18","Value of PM","$/ton","The anticipated or current market price of PM emissions."]
["calc_input_19","Total Energy Storage Capacity Sold","MW-h","The total energy storage capacity sold into an hourly capacity market over the course of a year."]
["calc_input_20","Average Value of Capacity on the Market ","$/MW-h","The average market price for capacity in the hourly capacity market."]
["calc_input_21","Generation Capacity Deferred","MW","The size of the generation investment deferred as a result of installing energy storage. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank."]
["calc_input_22","Capital Cost of Deferred Generation Capacity","$/MW","The base overnight capital cost of the deferred generation investment. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank."]
["calc_input_23","Yearly O&M Costs of Deferred Generation Capacity","$/MW-year","The expected fixed yearly operations and maintenance costs of the deferred generation investment. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank."]
["calc_input_24","Annual Fixed Charge Rate for Generation Capital Investment","%","The rate used to convert capital plant installed cost into an annuity equivalent (payment) representing annual carrying charges for capital equipment. It includes consideration of interest and equity return rates, annual interest payments and return of debt principal, dividends and return of equity principal, income taxes, and property taxes. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank."]
["calc_input_25","Initial Year of Generation Deferral","year","The first year that generation is deferred. Enter the value in 20XX format. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank."]
["calc_input_26","Final year of Generation Deferral","year","The last year that generation is deferred. Enter the value in 20XX format. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank."]
["calc_input_27","Total Load Following Services Provided","MW-h","The total energy storage capacity sold into an hourly market for load following services. The calculation that uses this input assumes there is an hourly capacity market for this service. However, in many markets load following is not a separate ancillary service and is provided through the sub-hourly energy markets. In such cases, there is no way to generate explicit revenue by providing load following services."]
["calc_input_28","Average Price for Load Following","$/MW-h","The average market price paid for load following services in the hourly market."]
["calc_input_29","Capital Cost of Conventional Generation Capacity used for Load Following ","$/kW","The base overnight capital cost of the conventional generation typically used to provide load following services."]
["calc_input_30","Total Energy Discharged for Load Following","MWh","The total energy discharged by energy storage for the purposes of load following. "]
["calc_input_31","Marginal Operating Cost of Load Following Generation","$/MWh","The typical marginal operating costs of conventional generation if it was being used to provide load following. If the generator is being run at sub-optimal load conditions the marginal operating costs may be higher than normal."]
["calc_input_32","Marginal Operating Cost of Base Load Generation","$/MWh","The typical marginal operating costs of conventional base load generation. It is assumed that this is the type of generation that will be used to charge the energy storage that is providing load following services."]
["calc_input_33","Total Area Regulation Services Provided","MW-h","The total energy storage capacity sold into an hourly market for area regulation services. "]
["calc_input_34","Average Price for Area Regulation","$/MW-h","The average market price paid for area regulation services in the hourly market. If the market has a price for up regulation and down regulation please add the average cost of each and enter the sum into the tool."]
["calc_input_105","Energy Storage Capacity for Area Regulation","MW","The amount of energy storage capacity being used to provide area regulation services annually."]
["calc_input_35","Conventional Capacity Required for Equivalent Level of Area Regulation","MW","Because energy storage can respond to system regulation needs more accurately and quickly than some conventional generation sources, less capacity could be required if energy storage devices rather than conventional devices were used to provide this service. This input captures the amount of conventional capacity that would need to be devoted to area regulation annually in order to achieve the same level of service as the energy storage device."]
["calc_input_36","Price of Conventional Capacity","$/MW","The annual price of conventional generation capacity. This can be estimated by assuming a base overnight cost of new generation and multiplying this cost by an annual fixed charge rate."]
["calc_input_37","Total Spinning-Reserve Services Provided","MW-h","The total energy storage capacity sold into an hourly market for spinning-reserve services. "]
["calc_input_38","Average Price for Spinning Reserve Services","$/MW-h","The average market price paid for spinning-reserve services in the hourly market."]
["calc_input_39","Total Non-Spinning-Reserve Services Provided","MW-h","The total energy storage capacity sold into an hourly market for non-spinning-reserve services. "]
["calc_input_40","Average Price for Non-Spinning Reserve Services","$/MW-h","The average market price paid for non-spinning-reserve services in the hourly market."]
["calc_input_41","Total Backup Supply Services Provided","MW-h","The total energy storage capacity sold into an hourly market for backup supply services. "]
["calc_input_42","Average Price for Backup Supply Services","$/MW-h","The average market price paid for backup supply services in the hourly market."]
["calc_input_43","Marginal Operating Costs of Conventional Generation at Partial Load","$/MWh","The typical marginal operating costs of conventional generation if it was being used to provide spinning-reserve capacity services. If a generator is being used to provide these services, it is being run at partial load conditions; therefore, the marginal operating costs may be higher than normal."]
["calc_input_44","Marginal Operating Costs of Conventional Generation at Optimal Load","$/MWh","The typical marginal operating costs of conventional generation at optimal loading conditions."]
["calc_input_45","CO2 Emissions Factor of Generation at Partial Load","lbs/MWh","The typical emissions factor of conventional generation operated at partial load so that it can provide spinning-reserve services."]
["calc_input_46","CO2 Emissions Factor of Generation at Optimal Load","lbs/MWh","The typical emissions factor of conventional generation operated at optimal load."]
["calc_input_47","SOx Emissions Factor of Generation at Partial Load","lbs/MWh","The typical emissions factor of conventional generation operated at partial load so that it can provide spinning-reserve services."]
["calc_input_48","SOx Emissions Factor of Generation at Optimal Load","lbs/MWh","The typical emissions factor of conventional generation operated at optimal load."]
["calc_input_49","NOx Emissions Factor of Generation at Partial Load","lbs/MWh","The typical emissions factor of conventional generation operated at partial load so that it can provide spinning-reserve services."]
["calc_input_50","NOx Emissions Factor of Generation at Optimal Load","lbs/MWh","The typical emissions factor of conventional generation operated at optimal load."]
["calc_input_51","PM Emissions Factor of Generation at Partial Load","lbs/MWh","The typical emissions factor of conventional generation operated at partial load so that it can provide spinning-reserve services."]
["calc_input_52","PM Emissions Factor of Generation at Optimal Load","lbs/MWh","The typical emissions factor of conventional generation operated at optimal load."]
["calc_input_53","Annual Reactive Power Capacity Available for Voltage Support","MVAR-yr","The annual energy storage capacity available for providing voltage support."]
["calc_input_54","Annual Capacity Payment for Voltage Support","$/MVAR-yr","The approximate annual payment to generators for providing voltage support. These services are often procured through longer term, negotiated, agreements."]
["calc_input_55","Average Variable Operating Cost of Non-Congestion Generation","$/MWh","If a utility is using energy storage to avoid \"congestion\", it means they are using energy storage to address transmission constraints and enable the most cost effective generation dispatch. If energy storage were used in this way this parameter captures the variable operating cost of the optimal generation dispatch not subject to the transmission constraints which energy storage alleviates."]
["calc_input_56","Annual Transmission Enhancement Benefit","$/kW-yr","When limited by long-term stability the transmission capacity can be increased by providing active damping of low frequency oscillations. Energy storage devices can actively dampen these system oscillations through modulation of both real and reactive power. Using energy storage to provide this service can defer the need to invest in additional transmission capacity. This input estimates the value of this incremental transmission capacity increase."]
["calc_input_57","Number of Underfrequency Load-Shedding Occurrences","#","Because energy storage can inject real power rapidly into the system, it is an effective method to offset, or reduce, under frequency load shedding because it reduces the mismatch between load and supply capability that takes place because of the system disturbance. Therefore, using energy storage to provide this service can result in a reliability benefit. This input represents the number of underfrequency load shedding occurrences that were avoided as a result of using energy storage for this purpose."]
["calc_input_58","Value of Avoided Load-Shedding Occurrences","$/#","This parameter represents the average value of each underfrequency load-shedding occurrence that is avoided as a result of the energy storage device."]
["calc_input_59","Total Hours of Congestion Avoided","hr","The total number of hours of congestion that the energy storage device was able to curtail."]
["calc_input_60","Average Congestion Charge","$/MW-h","The average charge associated with the congestion that the energy storage device was able to curtail."]
["calc_input_61","Average Wholesale Price of Electricity","$/MWh","The average wholesale price of electricity. For utilities that own and use their own generation, this represents the average levelized cost of electricity from generation plants."]
["calc_input_62","Average Variable Operating Cost of Congestion Generation","$/MWh","If a utility is using energy storage to avoid \"congestion\", it means they are using energy storage to address transmission constraints and enable the most cost effective generation dispatch. If energy storage were not used in this way this parameter captures the variable operating cost of the sub-optimal generation dispatch subject to the transmission constraints that energy storage alleviates."]
["calc_input_63","Transmission Capacity Deferred","kVA","The size of the transmission investment deferred as a result of installing energy storage. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank.","The size of the transmission investment deferred as a result of installing energy storage. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year leave that entry cell blank."]
["calc_input_64","Annual Fixed Charge Rate for Transmission Capital Investment","%","The rate used to convert capital transmission installed cost into an annuity equivalent (payment) representing annual carrying charges for capital equipment. It includes consideration of interest and equity return rates, annual interest payments and return of debt principal, dividends and return of equity principal, income taxes, and property taxes. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank.","The  base overnight capital cost of the deferred transmission investment."]
["calc_input_65","Capital Cost of Deferred Transmission Capacity","$/kVA","The base overnight capital cost of the deferred transmission investment. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank.","The expected fixed yearly operations and maintenance costs of the deferred transmission investment."]
["calc_input_66","Yearly O&M Costs of Deferred Transmission Capacity","$/year","The expected fixed yearly operations and maintenance costs of the deferred transmission investment. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank.","The rate used to convert capital transmission installed cost into an annuity\nequivalent (payment) representing annual carrying charges for capital equipment. It includes\nconsideration of interest and equity return rates, annual interest payments and return of debt\nprincipal, dividends and return of equity principal, income taxes, and property taxes."]
["calc_input_67","Initial Year of Transmission Deferral","year","The first year that transmission is deferred. Enter the value in 20XX format. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank.","The first year that transmission is deferred. Enter the value in 20XX format."]
["calc_input_68","Final year of Transmission Deferral","year","The last year that transmission is deferred. Enter the value in 20XX format.","The last year that transmission is deferred. Enter the value in 20XX format."]
["calc_input_69","Distribution Capacity Deferred","kVA","The size of the distribution investment deferred as a result of installing energy storage. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank.","The size of the transmission investment deferred as a result of installing energy storage."]
["calc_input_70","Annual Fixed Charge Rate for Distribution Capital Investment","%","The rate used to convert capital distribution installed cost into an annuity equivalent (payment) representing annual carrying charges for capital equipment. It includes consideration of interest and equity return rates, annual interest payments and return of debt principal, dividends and return of equity principal, income taxes, and property taxes. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank.","The  base overnight capital cost of the deferred transmission investment."]
["calc_input_71","Capital Cost of Deferred Distribution Capacity","$/kVA","The base overnight capital cost of the deferred distribution investment. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank.","The expected fixed yearly operations and maintenance costs of the deferred transmission investment."]
["calc_input_72","Yearly O&M Costs of Deferred Distribution Capacity","$/year","The expected fixed yearly operations and maintenance costs of the deferred distribution investment. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank.","The rate used to convert capital transmission installed cost into an annuity\nequivalent (payment) representing annual carrying charges for capital equipment. It includes\nconsideration of interest and equity return rates, annual interest payments and return of debt\nprincipal, dividends and return of equity principal, income taxes, and property taxes."]
["calc_input_73","Initial Year of Distribution Deferral","year","The first year that distribution investment is deferred. Enter the value in 20XX format. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank.","The first year that transmission is deferred. Enter the value in 20XX format."]
["calc_input_74","Final year of Distribution Deferral","year","The last year that distribution investment is deferred. Enter the value in 20XX format. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank.","The last year that transmission is deferred. Enter the value in 20XX format."]
["calc_input_75","Total Energy Discharged for TOU Energy Cost Management","MWh","Total amount of energy discharged by the energy storage device to provide energy during peak-time so as to avoid paying peak prices."]
["calc_input_76","Average On-Peak Retail Price of Electricity","$/MWh","Average on-peak retail price of electricity. This would be the price that was avoided as a result of the energy storage device."]
["calc_input_77","Average Off-Peak Retail Price of Electricity","$/MWh","Average off-peak retail price of electricity. This would be the price that was paid for electricity used to charge the energy storage device."]
["calc_input_78","Average Monthly Load Reduction from ES at Peak","MW","For customers with a peak demand charge, this parameter represents the average monthly peak reduction that results from using the energy storage device to peak-shave during peak times."]
["calc_input_79","Average Monthly Load Reduction from ES at Partial-Peak ","MW","For customers with a partial-peak demand charge, this parameter represents the average monthly peak reduction that results from using the energy storage device to peak-shave during partial-peak times."]
["calc_input_80","Average Monthly Load Reduction from ES at Off-Peak ","MW","For customers with an off-peak demand charge, this parameter represents the average monthly peak reduction that results from using the energy storage device to peak-shave during off-peak times."]
["calc_input_81","Peak Demand Charge ","$/MW-month","For customers with a peak demand charge, this parameter represents the price of that demand charge."]
["calc_input_82","Partial-Peak Demand Charge ","$/MW-month","For customers with a partial-peak demand charge, this parameter represents the price of that demand charge."]
["calc_input_83","Off-Peak Demand Charge","$/MW-month","For customers with an off-peak demand charge, this parameter represents the price of that demand charge."]
["calc_input_84","Outage Minutes Avoided by Residential Customers","minutes","The total outage minutes avoided by residential customers as a result of energy storage devices being used to provide power during system interruptions."]
["calc_input_85","Outage Minutes Avoided by Commercial Customers","minutes","The total outage minutes avoided by commercial customers as a result of energy storage devices being used to provide power during system interruptions."]
["calc_input_86","Outage Minutes Avoided by Industrial Customers","minutes","The total outage minutes avoided by industrial customers as a result of energy storage devices being used to provide power during system interruptions."]
["calc_input_87","Average Hourly Residential Load Not Served During Outage","kW","The average residential load unserved during outages. This parameter can be estimated by determining the average load of customers whose reliability will be impacted by the energy storage device."]
["calc_input_88","Average Hourly Commercial Load Not Served During Outage","kW","The average commercial load unserved during outages. This parameter can be estimated by determining the average load of customers whose reliability will be impacted by the energy storage device."]
["calc_input_89","Average Hourly Industrial Load Not Served During Outage","kW","The average industrial load unserved during outages. This parameter can be estimated by determining the average load of customers whose reliability will be impacted by the energy storage device."]
["calc_input_90","Residential VOS","$/kWh","Represents the true value of the electricity service to the residential customer without regard to the actual cost of providing the service. This input captures the value of service reliability quantified by the willingness of customers to pay for service reliability, taking into account the resources (e.g., income) of the residential customer."]
["calc_input_91","Commercial VOS","$/kWh","Represents the true value of the electricity service to the commercial customer without regard to the actual cost of providing the service. This input captures the value of service reliability quantified by the willingness of customers to pay for service reliability, taking into account the resources (e.g., income) of the commercial customer or by a firm's expected net revenues associated with the added reliability."]
["calc_input_92","Industrial VOS","$/kWh","Represents the true value of the electricity service to the commercial customer without regard to the actual cost of providing the service. This input captures the value of service reliability quantified by the willingness of customers to pay for service reliability, taking into account the resources (e.g., income) of the commercial customer or by a firm's expected net revenues associated with the added reliability."]
["calc_input_93","Number of Months that Demand Charges are Avoided","#","Represents the number of months that all demand charges are avoided by using energy storage to reduce peak load during demand charge periods."]
["calc_input_94","Typical Number of Power Quality Events per Year","#","The typical number of power quality events experienced each year such as variations in voltage magnitude, variations in frequency, or momentary service interruption. These power quality interruptions may disrupt operations, harm equipment, and result in lost revenue. It is assumed that the energy storage solution will avoid all power quality events that would have otherwise taken place."]
["calc_input_95","Value of Avoided Power Quality Events","$/kw peak load","The value of avoiding each power quality event. This parameter may be quantified by taking into account the extent to which power quality events disrupt operations, harm equipment, and result in lost revenue or productivity."]
["calc_input_96","Customer Peak Load","kW","The average monthly peak load."]
["calc_input_97","Average Variable Renewable Generation Costs","$/MW","The average variable generation costs for renewable generation units used to charge energy storage devices and accomplish renewable energy time-shifting."]
["calc_input_98","Total Renewable Energy Discharged for Arbitrage","MWh","The total amount of renewable energy discharged from the energy storage device and used for arbitrage purposes over a year."]
["calc_input_99","Total Renewable Energy Discharged for Energy Time-Shift","MWh","The total amount of renewable energy discharged from the energy storage device for the purposes of shifting energy from an off-peak time to an on-peak time. This may allow an end user to avoid paying peak-prices for electricity or this may allow a utility to decrease their costs by offsetting the need to run less efficient, more expensive peaking units."]
["calc_input_100","Effective Load Carrying Capacity of Renewable Post-Firming","%","The effective load carrying capacity is a measure of a power plant's contribution to the greater electric supply system's capacity during times when the amount and reliability of capacity is important. The ELCC of renewable or intermittent sources is usually less than 100%. Firming a renewable resource with energy storage can increase that unit's ELCC. This parameter captures the ELCC post-firming."]
["calc_input_101","Effective Load Carrying Capacity of Renewable Pre-Firming","%","The effective load carrying capacity is a measure of a power plant's contribution to the greater electric supply system's capacity during times when the amount and reliability of capacity is important. The ELCC of renewable or intermittent sources is usually less than 100%. Firming a renewable resource with energy storage can increase that unit's ELCC. This parameter captures the ELCC pre-firming."]
["calc_input_102","Hours of Renewable Energy Capacity Sold","hr","The total hours of renewable energy capacity sold into an hourly capacity market over the course of a year. This input assumes that capacity was firmed with energy storage and the seller therefore was able to sell more capacity into the market than they otherwise would have been able to."]
["calc_input_103","Nameplate Capacity of Renewable Resource","MW","The nameplate capacity of the renewable resource(s) that were firmed with energy storage."]
["calc_input_104","Capacity Factor of Renewable Resource","%","The total number of hours the firmed renewable resource runs represented as a percentage of total hours in the year."]
["calc_input_106","Capital Cost of Conventional Voltage Support Solution ","$/kVAR","The amount of money that would be required to fix a reactive power issue that is causing power quality issues using a conventional solution. This value will be used as a proxy to monetize the power quality benefit provided by the energy storage solution."]
["calc_input_107","Nameplate Reactive Power Capacity of Energy Storage","kVAR","The total reactive power output capacity of the distributed energy storage solution. This reactive power output capability of distributed energy storage devices would be used in the voltage support application to provide reactive power and manage voltage thereby ensuring better power quality and reliability."]
["calc_input_108","Annual Fixed Charge Rate for Voltage Support Capital Investment","%","The rate used to convert the capital cost of an installed conventional voltage support solution into an annuity equivalent (payment) representing annual carrying charges for capital equipment. It includes consideration of interest and equity return rates, annual interest payments and return of debt principal, dividends and return of equity principal, income taxes, and property taxes."]
["calc_input_109","Capital Cost of Conventional Electric Service Reliability Solution ","$/kW","The amount of money that would be required to fix a reliability using a conventional solution. This value will be used as a proxy to monetize the reliability benefit provided by the energy storage solution."]
["calc_input_110","Annual Fixed Charge Rate for Electric Service Reliability Capital Investment","%","The rate used to convert the capital cost of an installed conventional reliability solution into an annuity equivalent (payment) representing annual carrying charges for capital equipment. It includes consideration of interest and equity return rates, annual interest payments and return of debt principal, dividends and return of equity principal, income taxes, and property taxes."]
[]
[]
[]
[]
[]
[]
[null,null,null,"  "]

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["Range Name","Default Range Name","Input Name","Units","Source",{"$f":"input_EcoParam_8","v":2011},{"$f":"F1+1","v":2012},{"$f":"G1+1","v":2013},{"$f":"H1+1","v":2014},{"$f":"I1+1","v":2015}]
["calc_input_01",{"$f":"\"default_\"&A2","v":"default_calc_input_01"},{"$f":"INDIRECT(A2)","v":"Total Energy Discharged for Arbitrage"},{"$f":"OFFSET(INDIRECT(A2),0,1)","v":"MWh"},"Sandia Report SAND2010-0815, pg 74",{"$f":"900*input_Param_1/1000","v":0.9},{"$f":"900*input_Param_1/1000","v":0.9},{"$f":"900*input_Param_1/1000","v":0.9},{"$f":"900*input_Param_1/1000","v":0.9},{"$f":"900*input_Param_1/1000","v":0.9}]
["calc_input_02",{"$f":"\"default_\"&A3","v":"default_calc_input_02"},{"$f":"INDIRECT(A3)","v":"Average On-Peak Price of Electricity"},{"$f":"OFFSET(INDIRECT(A3),0,1)","v":"$/MWh"},"Sandia Report SAND2010-0815, pg 74",100,100,100,100,100]
["calc_input_03","default_calc_input_03","Average Off-Peak Price of Electricity","$/MWh","Sandia Report SAND2010-0815, pg 74",50,50,50,50,50]
["calc_input_04",{"$f":"\"default_\"&A5","v":"default_calc_input_04"},"Total Energy Discharged for Energy Time-Shift","MWh","Sandia Report SAND2010-0815, pg 74",{"$f":"900*input_Param_1/1000","v":0.9},{"$f":"900*input_Param_1/1000","v":0.9},{"$f":"900*input_Param_1/1000","v":0.9},{"$f":"900*input_Param_1/1000","v":0.9},{"$f":"900*input_Param_1/1000","v":0.9}]
["calc_input_05","default_calc_input_05","Average Variable Peak Generation Costs","$/MWh","EIA AEO 2011, DOE/EIA-0383(2010), Variable O&M for Conventional Combined Cycle Natural Gas Plant",45.6,45.6,45.6,45.6,45.6]
["calc_input_06","default_calc_input_06","Average Variable Off-Peak Generation Costs","$/MWh","EIA AEO 2011, DOE/EIA-0383(2010), Variable O&M for Conventional Coal Plant",24.3,24.3,24.3,24.3,24.3]
["calc_input_07","default_calc_input_07","CO2 Emissions Factor for Generation on the Margin",{"$f":"OFFSET(INDIRECT(A8),0,1)","v":"lbs/MWh"},"eGRID2010 Version 1.1,  Marginal generation assumption based on internal expertise and analysis of regional generation mix.",{"$f":"D116","v":844.54949999999997},{"$f":"F8","v":844.54949999999997},844.54949999999997,844.54949999999997,844.54949999999997]
["calc_input_08","default_calc_input_08","CO2 Emissions Factor for Base Generation","lbs/MWh","eGRID2010 Version 1.1,  Base generation assumption based on regional generation mix.",0,0,0,0,0]
["calc_input_09","default_calc_input_09","SOx Emissions Factor for Generation on the Margin","lbs/MWh","eGRID2010 Version 1.1,  Marginal generation assumption based on internal expertise and analysis of regional generation mix.",7.4700000000000003E-2,7.4700000000000003E-2,7.4700000000000003E-2,7.4700000000000003E-2,7.4700000000000003E-2]
["calc_input_10","default_calc_input_10","SOx Emissions Factor for Base Generation","lbs/MWh","eGRID2010 Version 1.1,  Base generation assumption based on regional generation mix.",0,0,0,0,0]
["calc_input_11","default_calc_input_11","NOx Emissions Factor for Generation on the Margin","lbs/MWh","eGRID2010 Version 1.1,  Marginal generation assumption based on internal expertise and analysis of regional generation mix.",0.2525,0.2525,0.2525,0.2525,0.2525]
["calc_input_12","default_calc_input_12","NOx Emissions Factor for Base Generation","lbs/MWh","eGRID2010 Version 1.1,  Base generation assumption based on regional generation mix.",0,0,0,0,0]
["calc_input_13","default_calc_input_13","PM Emissions Factor for Generation on the Margin","lbs/MWh","http://www.infinitepower.org/calc_pollution.htm, Assuming generation comes from Gas",{"$f":"0.04","v":0.04},0.04,0.04,0.04,0.04]
["calc_input_14","default_calc_input_14","PM Emissions Factor for Base Generation","lbs/MWh","http://www.infinitepower.org/calc_pollution.htm, Assuming generation comes from Western Coal",{"$f":"0.2","v":0.2},0.2,0.2,0.2,0.2]
["calc_input_15","default_calc_input_15","Value of CO2","$/ton","(1) $20/ton http://www.ctv.ca/servlet/ArticleNews/story/CTVNews/20070422/green_qp_070422/20070422?hub=TopStories (2) Calculated: avg YOY/2000 E3_Avoided Costs (Existing Intl Markets, OR Climate Trust, Utility Planning Docs, Models) p.90; 5% growth rt 2024 p.92 (3) The value of CO2 emissions is based on ICF Consulting projections in the “Very High Emissions” scenario and that an unlimited number of offsets are available for $6.50/ton, effectively providing a backstop to the CO2 allowance price. “RPS Sensitivity & Very High Emissions Reference & Package Cases - 10/26/05,” ICF Consulting. Regional Greenhouse Gas Initiative, October 2005. Available at: http://www.rggi.org/docs/rps_hi_emis_10_26_05.ppt",20,20,20,20,20]
["calc_input_16","default_calc_input_16","Value of SOx","$/ton","(1) Evolution Markets - estimated 2010 bid price http://www.evomarkets.com/ (2) E3_Avoided Costs (South Coast Air Quality Management District-SCAQMD, RECLAIM data) p.88, 10% growth rt 2024 p.92 (2)  Evolution Markets: the value of NOx emissions is its commodity value in the EPA SIP NOx Trading Program. For November 2005 the average monthly price was about $2,500 per ton. For 2007, 2008, Annual 2009 the average monthly prices were $608.81, $561.43, $5,005  http://www.evomarkets.com/",520,520,520,520,520]
["calc_input_17","default_calc_input_17","Value of NOx","$/ton","(1) Evolution Markets - estimated 2007-09 bid price http://www.evomarkets.com/ The value of SOx emissions is its commodity value in the cap and trade market for the EPA’s Acid Rain Program. Each allowance permits a unit to emit one ton of SO2 during or after a specified year (2) For November 2005 average monthly price was $1,300/ton, increase w/ inflation http://www.evomarkets.com/ ",3000,3000,3000,3000,3000]
["calc_input_18","default_calc_input_18","Value of PM","$/ton","Calculated: avg YOY E3_Avoided Costs (CA Air Resources Board-CARB) p.89; 10% growth rt 2024 p.92",36000,36000,36000,36000,36000]
["calc_input_19","default_calc_input_19","Total Energy Storage Capacity Sold","MW-h","Sandia Report SAND2010-0815, pg 77",{"$f":"2000*input_Param_1/1000","v":2},{"$f":"2000*input_Param_1/1000","v":2},{"$f":"2000*input_Param_1/1000","v":2},{"$f":"2000*input_Param_1/1000","v":2},{"$f":"2000*input_Param_1/1000","v":2}]
["calc_input_20","default_calc_input_20","Average Value of Capacity on the Market ","$/MW-h","Updated Capital Cost Estimates for Electricity Generation Plants, EIA, November 2010, Table 1.  Updated Estimates of Power Plant Capital and Operating Cost, Conventional NGCC Overnight Capital Cost (2010 $/kW) + Fixed O&M Cost (2010$/kW) assuming 15% fixed charge rate for non-utility and 11% fixed charge rate for utilitites divided by 8760 hours per year.",{"$f":"(978*default_input_EcoParam_5/100+14)*1000/8760","v":18.344748858447488},{"$f":"(978*default_input_EcoParam_5/100+14)*1000/8760","v":18.344748858447488},{"$f":"(978*default_input_EcoParam_5/100+14)*1000/8760","v":18.344748858447488},{"$f":"(978*default_input_EcoParam_5/100+14)*1000/8760","v":18.344748858447488},{"$f":"(978*default_input_EcoParam_5/100+14)*1000/8760","v":18.344748858447488}]
["calc_input_21","default_calc_input_21","Generation Capacity Deferred","MW","Assumes a 40MW Gas fired peaking plant was avoided (e.g. GE Frame 6B (6581B))",40]
["calc_input_22","default_calc_input_22","Capital Cost of Deferred Generation Capacity","$/MW","COST ESTIMATES FOR THERMAL PEAKING PLANT, Parsons Brinckerhoff New Zealand Ltd, June 2008, http://large.stanford.edu/publications/coal/references/docs/thermal-eaking.pdf, Assumes a 40MW Gas fired peaking plant was avoided (e.g. GE Frame 6B (6581B))",{"$f":"1227*1000","v":1227000}]
["calc_input_23","default_calc_input_23","Yearly O&M Costs of Deferred Generation Capacity","$/MW-year","http://large.stanford.edu/publications/coal/references/docs/thermal-eaking.pdf, Assumes a 40MW Gas fired peaking plant was avoided (e.g. GE Frame 6B (6581B))",{"$f":"14*1000","v":14000}]
["calc_input_24","default_calc_input_24","Annual Fixed Charge Rate for Generation Capital Investment","%","Same fixed charge rate used to amortize the cost of the energy storage deployment.",{"$f":"input_EcoParam_5*100","v":11}]
["calc_input_25","default_calc_input_25","Initial Year of Generation Deferral","year","Same year as initial year of energy storage deployment.",{"$f":"input_EcoParam_8","v":2011}]
["calc_input_26","default_calc_input_26","Final year of Generation Deferral","year","Assume a 3 year deferral",{"$f":"F26+2","v":2013}]
["calc_input_27","default_calc_input_27","Total Load Following Services Provided","MW-h","Sandia Report SAND2010-0815, pg 78, assuming 500 hours a year of service and full battery capacity utilization",{"$f":"500*input_Param_1/1000","v":0.5},{"$f":"500*input_Param_1/1000","v":0.5},{"$f":"500*input_Param_1/1000","v":0.5},{"$f":"500*input_Param_1/1000","v":0.5},{"$f":"500*input_Param_1/1000","v":0.5}]
["calc_input_28","default_calc_input_28","Average Price for Load Following","$/MW-h","Sandia Report SAND2010-0815, pg 78",35,35,35,35,35]
["calc_input_29","default_calc_input_29","Capital Cost of Conventional Generation Capacity used for Load Following ","$/kW","Updated Capital Cost Estimates for Electricity Generation Plants, EIA, November 2010, Table 1.  Updated Estimates of Power Plant Capital and Operating Cost, Conventional NGCC Overnight Capital Cost (2010 $/kW) + Fixed O&M Cost (2010$/kW)",{"$f":"(978+14)","v":992},{"$f":"(978+14)","v":992},{"$f":"(978+14)","v":992},{"$f":"(978+14)","v":992},{"$f":"(978+14)","v":992}]
["calc_input_30","default_calc_input_30","Total Energy Discharged for Load Following","MWh","Sandia Report SAND2010-0815, pg 78, assuming 500 hours a year of service and full battery capacity utilization",{"$f":"500*input_Param_1/1000","v":0.5},{"$f":"500*input_Param_1/1000","v":0.5},{"$f":"500*input_Param_1/1000","v":0.5},{"$f":"500*input_Param_1/1000","v":0.5},{"$f":"500*input_Param_1/1000","v":0.5}]
["calc_input_31","default_calc_input_31","Marginal Operating Cost of Load Following Generation","$/MWh","EIA AEO 2011, DOE/EIA-0383(2010), Variable O&M for Conventional Combined Cycle Natural Gas Plant",45.6,45.6,45.6,45.6,45.6]
["calc_input_32","default_calc_input_32","Marginal Operating Cost of Base Load Generation","$/MWh","EIA AEO 2011, DOE/EIA-0383(2010), Variable O&M for Conventional Coal Plant",24.3,24.3,24.3,24.3,24.3]
["calc_input_33","default_calc_input_33","Total Area Regulation Services Provided","MW-h","Sandia Report SAND2010-0815, pg 79, Assume 50% of the year operation and because 1kW of storage can provide 2kW of storage the capacity of the device is multiplied by 2.",{"$f":"4380*input_Param_1/1000*2","v":8.76},{"$f":"4380*input_Param_1/1000*2","v":8.76},{"$f":"4380*input_Param_1/1000*2","v":8.76},{"$f":"4380*input_Param_1/1000*2","v":8.76},{"$f":"4380*input_Param_1/1000*2","v":8.76}]
["calc_input_34","default_calc_input_34","Average Price for Area Regulation","$/MW-h","Sandia Report SAND2010-0815, pg 79",38.549999999999997,38.549999999999997,38.549999999999997,38.549999999999997,38.549999999999997]
["calc_input_105","default_calc_input_105","Energy Storage Capacity for Area Regulation","MW","Sandia Report SAND2010-0815, pg 79, Assumes twice the capacity of the storage device can be used for up and down regulation",{"$f":"input_Param_1/1000","v":1E-3},{"$f":"input_Param_1/1000","v":1E-3},{"$f":"input_Param_1/1000","v":1E-3},{"$f":"input_Param_1/1000","v":1E-3},{"$f":"input_Param_1/1000","v":1E-3}]
["calc_input_35","default_calc_input_35","Conventional Capacity Required for Equivalent Level of Area Regulation","MW","Sandia Report SAND2010-0815, pg 79, Assumes energy storage can provide twice the regulation capacity compared to its nameplate rating.",{"$f":"F36*2","v":2E-3},{"$f":"G36*2","v":2E-3},{"$f":"H36*2","v":2E-3},{"$f":"I36*2","v":2E-3},{"$f":"J36*2","v":2E-3}]
["calc_input_36","default_calc_input_36","Price of Conventional Capacity","$/MW","Updated Capital Cost Estimates for Electricity Generation Plants, EIA, November 2010, Table 1.  Updated Estimates of Power Plant Capital and Operating Cost, Conventional NGCC Overnight Capital Cost (2010 $/kW) + Fixed O&M Cost (2010$/kW) assuming 15% fixed charge rate for non-utility and 11% fixed charge rate for utilitites",{"$f":"(978*default_input_EcoParam_5/100+14)*1000","v":160700},{"$f":"(978*default_input_EcoParam_5/100+14)*1000","v":160700},{"$f":"(978*default_input_EcoParam_5/100+14)*1000","v":160700},{"$f":"(978*default_input_EcoParam_5/100+14)*1000","v":160700},{"$f":"(978*default_input_EcoParam_5/100+14)*1000","v":160700}]
["calc_input_37","default_calc_input_37","Total Spinning-Reserve Services Provided","MW-h","Estimate based on total number of expected service hours (low end) for this service described in Sandia Report SAND2010-0815, pg 80. the number of expected service hours are multiplied by the capacity of the energy storage device.",{"$f":"2000*input_Param_1/1000","v":2},{"$f":"2000*input_Param_1/1000","v":2},{"$f":"2000*input_Param_1/1000","v":2},{"$f":"2000*input_Param_1/1000","v":2},{"$f":"2000*input_Param_1/1000","v":2}]
["calc_input_38","default_calc_input_38","Average Price for Spinning Reserve Services","$/MW-h","Sandia Report SAND2010-0815, pg 81, Assume high value",4.5,4.5,4.5,4.5,4.5]
["calc_input_39","default_calc_input_39","Total Non-Spinning-Reserve Services Provided","MW-h","Estimate based on total number of expected service hours (low end) for this service described in Sandia Report SAND2010-0815, pg 80. the number of expected service hours are multiplied by the capacity of the energy storage device.",{"$f":"500*input_Param_1/1000","v":0.5},{"$f":"500*input_Param_1/1000","v":0.5},{"$f":"500*input_Param_1/1000","v":0.5},{"$f":"500*input_Param_1/1000","v":0.5},{"$f":"500*input_Param_1/1000","v":0.5}]
["calc_input_40","default_calc_input_40","Average Price for Non-Spinning Reserve Services","$/MW-h","Ancillary Services: Technical and Commercial Insights, July 2007, Table E2",3,3,3,3,3]
["calc_input_41","default_calc_input_41","Total Backup Supply Services Provided","MW-h","Estimate based on total number of expected service hours (low end) for this service described in Sandia Report SAND2010-0815, pg 80. the number of expected service hours are multiplied by the capacity of the energy storage device.",{"$f":"150*input_Param_1/1000","v":0.15},{"$f":"150*input_Param_1/1000","v":0.15},{"$f":"150*input_Param_1/1000","v":0.15},{"$f":"150*input_Param_1/1000","v":0.15},{"$f":"150*input_Param_1/1000","v":0.15}]
["calc_input_42","default_calc_input_42","Average Price for Backup Supply Services","$/MW-h","Ancillary Services: Technical and Commercial Insights, July 2007",0.4,0.4,0.4,0.4,0.4]
["calc_input_43","default_calc_input_43","Marginal Operating Costs of Conventional Generation at Partial Load","$/MWh","EIA AEO 2011, DOE/EIA-0383(2010), Variable O&M for Conventional Combined Cycle Natural Gas Plant. Increased this value by 1.0% based on the increased fuel use of a plant providing regulation services as described in Emissions Comparison for a 20 MW Flywheel-based Frequency Regulation Power Plant, KEMA Project: BPCC.0003.001, Final Report with Updated Data, May 2007",{"$f":"F46*1.01","v":46.056000000000004},{"$f":"G46*1.01","v":46.056000000000004},{"$f":"H46*1.01","v":46.056000000000004},{"$f":"I46*1.01","v":46.056000000000004},{"$f":"J46*1.01","v":46.056000000000004}]
["calc_input_44","default_calc_input_44","Marginal Operating Costs of Conventional Generation at Optimal Load","$/MWh","EIA AEO 2011, DOE/EIA-0383(2010), Variable O&M for Conventional Combined Cycle Natural Gas Plant",45.6,45.6,45.6,45.6,45.6]
["calc_input_45","default_calc_input_45","CO2 Emissions Factor of Generation at Partial Load","lbs/MWh","eGRID2010 Version 1.1, Assuming generation efficiency is 5% worse than at optimal loading conditions.",{"$f":"D122","v":717.43612500000006},{"$f":"F47","v":717.43612500000006},717.43612500000006,717.43612500000006,717.43612500000006]
["calc_input_46","default_calc_input_46","CO2 Emissions Factor of Generation at Optimal Load","lbs/MWh","eGRID2010 Version 1.1,  Emission factor based on regional aggregation of emissions.",683.27250000000004,683.27250000000004,683.27250000000004,683.27250000000004,683.27250000000004]
["calc_input_47","default_calc_input_47","SOx Emissions Factor of Generation at Partial Load","lbs/MWh","eGRID2010 Version 1.1, Assuming generation efficiency is 5% worse than at optimal loading conditions.",2.5195799999999999,2.5195799999999999,2.5195799999999999,2.5195799999999999,2.5195799999999999]
["calc_input_48","default_calc_input_48","SOx Emissions Factor of Generation at Optimal Load","lbs/MWh","eGRID2010 Version 1.1,  Emission factor based on regional aggregation of emissions.",2.3996,2.3996,2.3996,2.3996,2.3996]
["calc_input_49","default_calc_input_49","NOx Emissions Factor of Generation at Partial Load","lbs/MWh","eGRID2010 Version 1.1, Assuming generation efficiency is 5% worse than at optimal loading conditions.",0.75589499999999998,0.75589499999999998,0.75589499999999998,0.75589499999999998,0.75589499999999998]
["calc_input_50","default_calc_input_50","NOx Emissions Factor of Generation at Optimal Load","lbs/MWh","eGRID2010 Version 1.1,  Emission factor based on regional aggregation of emissions.",0.71989999999999998,0.71989999999999998,0.71989999999999998,0.71989999999999998,0.71989999999999998]
["calc_input_51","default_calc_input_51","PM Emissions Factor of Generation at Partial Load","lbs/MWh","http://www.infinitepower.org/calc_pollution.htm, Assuming generation comes from Gas and is 5% worse than at optimal loading conditions.",{"$f":"0.04*1.05","v":4.2000000000000003E-2},4.2000000000000003E-2,4.2000000000000003E-2,4.2000000000000003E-2,4.2000000000000003E-2]
["calc_input_52","default_calc_input_52","PM Emissions Factor of Generation at Optimal Load","lbs/MWh","http://www.infinitepower.org/calc_pollution.htm, Assuming generation comes from Gas",{"$f":"0.04","v":0.04},0.04,0.04,0.04,0.04]
["calc_input_53","default_calc_input_53","Annual Reactive Power Capacity Available for Voltage Support","MVAR-yr","Assumes the entire energy storage capacity can be used to provide reactive power.",{"$f":"input_Param_1/1000","v":1E-3},{"$f":"input_Param_1/1000","v":1E-3},{"$f":"input_Param_1/1000","v":1E-3},{"$f":"input_Param_1/1000","v":1E-3},{"$f":"input_Param_1/1000","v":1E-3}]
["calc_input_54","default_calc_input_54","Annual Capacity Payment for Voltage Support","$/MVAR-yr","Ancillary Services: Technical and Commercial Insights, July 2007, Table E2",2000,2000,2000,2000,2000]
["calc_input_55","default_calc_input_55","Average Variable Operating Cost of Non-Congestion Generation","$/MWh","EIA AEO 2011, DOE/EIA-0383(2010), Variable O&M for Conventional Coal Plant",24.3,24.3,24.3,24.3,24.3]
["calc_input_56","default_calc_input_56","Annual Transmission Enhancement Benefit","$/kW-yr","Sandia Report SAND2010-0815, pg 83",15.1,15.1,15.1,15.1,15.1]
["calc_input_57","default_calc_input_57","Number of Underfrequency Load-Shedding Occurrences","#","Sandia Report SAND2010-0815, pg 83, Assumes approximately 4 occurances every 10 years.",0,1,0,1,0]
["calc_input_58","default_calc_input_58","Value of Avoided Load-Shedding Occurrences","$/#","Sandia Report SAND2010-0815, pg 83, Assumes $12.8/kW per event",{"$f":"12.8*input_Param_1","v":12.8},{"$f":"12.8*input_Param_1","v":12.8},{"$f":"12.8*input_Param_1","v":12.8},{"$f":"12.8*input_Param_1","v":12.8},{"$f":"12.8*input_Param_1","v":12.8}]
["calc_input_59","default_calc_input_59","Total Hours of Congestion Avoided","hr","Sandia Report SAND2010-0815, pg 84",{"$f":"0.1*8760","v":876},{"$f":"0.1*8760","v":876},{"$f":"0.1*8760","v":876},{"$f":"0.1*8760","v":876},{"$f":"0.1*8760","v":876}]
["calc_input_60","default_calc_input_60","Average Congestion Charge","$/MW-h","Sandia Report SAND2010-0815, pg 84",10,10,10,10,10]
["calc_input_61","default_calc_input_61","Average Wholesale Price of Electricity","$/MWh","http://www.eia.gov/todayinenergy/detail.cfm?id=2510",50,50,50,50,50]
["calc_input_62","default_calc_input_62","Average Variable Operating Cost of Congestion Generation","$/MWh","EIA AEO 2011, DOE/EIA-0383(2010), Variable O&M for Conventional Combined Cycle Natural Gas Plant",45.6,45.6,45.6,45.6,45.6]
["calc_input_63","default_calc_input_63","Transmission Capacity Deferred","kVA",null,"No Default"]
["calc_input_64","default_calc_input_64","Annual Fixed Charge Rate for Transmission Capital Investment","%","Same fixed charge rate used to amortize the cost of the energy storage deployment.",{"$f":"input_EcoParam_5*100","v":11}]
["calc_input_65",{"$f":"\"default_\"&A67","v":"default_calc_input_65"},{"$f":"INDIRECT(A67)","v":"Capital Cost of Deferred Transmission Capacity"},{"$f":"OFFSET(INDIRECT(A67),0,1)","v":"$/kVA"},"Sandia Report SAND2010-0815, pg 85",420]
["calc_input_66","default_calc_input_66","Yearly O&M Costs of Deferred Transmission Capacity","$/year",null,"No Default"]
["calc_input_67","default_calc_input_67","Initial Year of Transmission Deferral","year","Same year as initial year of energy storage deployment.",{"$f":"input_EcoParam_8","v":2011}]
["calc_input_68","default_calc_input_68","Final year of Transmission Deferral","year","Assume a 3 year deferral",{"$f":"F69+2","v":2013}]
["calc_input_69","default_calc_input_69","Distribution Capacity Deferred","kVA",null,"No Default"]
["calc_input_70","default_calc_input_70","Annual Fixed Charge Rate for Distribution Capital Investment","%","Same fixed charge rate used to amortize the cost of the energy storage deployment.",{"$f":"input_EcoParam_5*100","v":11}]
["calc_input_71","default_calc_input_71","Capital Cost of Deferred Distribution Capacity","$/kVA","Sandia Report SAND2010-0815, pg 85",420]
["calc_input_72","default_calc_input_72","Yearly O&M Costs of Deferred Distribution Capacity","$/year",null,"No Default"]
["calc_input_73","default_calc_input_73","Initial Year of Distribution Deferral","year","Same year as initial year of energy storage deployment.",{"$f":"input_EcoParam_8","v":2011}]
["calc_input_74","default_calc_input_74","Final year of Distribution Deferral","year","Assume a 3 year deferral",{"$f":"F75+2","v":2013}]
["calc_input_75","default_calc_input_75","Total Energy Discharged for TOU Energy Cost Management","MWh","Sandia Report SAND2010-0815, pg 88",{"$f":"720*input_Param_1/1000","v":0.72},{"$f":"720*input_Param_1/1000","v":0.72},{"$f":"720*input_Param_1/1000","v":0.72},{"$f":"720*input_Param_1/1000","v":0.72},{"$f":"720*input_Param_1/1000","v":0.72}]
["calc_input_76","default_calc_input_76","Average On-Peak Retail Price of Electricity","$/MWh","Sandia Report SAND2010-0815, pg 88",370,370,370,370,370]
["calc_input_77","default_calc_input_77","Average Off-Peak Retail Price of Electricity","$/MWh","Sandia Report SAND2010-0815, pg 88",110,110,110,110,110]
["calc_input_78","default_calc_input_78","Average Monthly Load Reduction from ES at Peak","MW","Assume the entire capacity of the battery is used to shed peak and that the battery capacity does not exceed the total off-peak load.",{"$f":"input_Param_1/1000","v":1E-3},1E-3,1E-3,1E-3,1E-3]
["calc_input_79","default_calc_input_79","Average Monthly Load Reduction from ES at Partial-Peak ","MW","Assume the entire capacity of the battery is used to shed peak and that the battery capacity does not exceed the total off-peak load.",1E-3,1E-3,1E-3,1E-3,1E-3]
["calc_input_80","default_calc_input_80","Average Monthly Load Reduction from ES at Off-Peak ","MW","Assume the entire capacity of the battery is used to shed peak and that the battery capacity does not exceed the total off-peak load.",1E-3,1E-3,1E-3,1E-3,1E-3]
["calc_input_81","default_calc_input_81","Peak Demand Charge ","$/MW-month","Sandia Report SAND2010-0815, pg 90",11590,11590,11590,11590,11590]
["calc_input_82","default_calc_input_82","Partial-Peak Demand Charge ","$/MW-month","Sandia Report SAND2010-0815, pg 90",2650,2650,2650,2650,2650]
["calc_input_83","default_calc_input_83","Off-Peak Demand Charge","$/MW-month","Sandia Report SAND2010-0815, pg 90",6890,6890,6890,6890,6890]
["calc_input_84","default_calc_input_84","Outage Minutes Avoided by Residential Customers","minutes","Sandia Report SAND2010-0815, pg 91",{"$f":"2.5*60","v":150},{"$f":"2.5*60","v":150},150,150,150]
["calc_input_85","default_calc_input_85","Outage Minutes Avoided by Commercial Customers","minutes","Sandia Report SAND2010-0815, pg 91",{"$f":"2.5*60","v":150},150,150,150,150]
["calc_input_86","default_calc_input_86","Outage Minutes Avoided by Industrial Customers","minutes","Sandia Report SAND2010-0815, pg 91",{"$f":"2.5*60","v":150},150,150,150,150]
["calc_input_87","default_calc_input_87","Average Hourly Residential Load Not Served During Outage","kW","http://www.eia.gov/electricity/data.cfm#sales, 2011 data on electricity sales and customers from the Energy Information Administration",1.3,1.3,1.3,1.3,1.3]
["calc_input_88","default_calc_input_88","Average Hourly Commercial Load Not Served During Outage","kW","http://www.eia.gov/electricity/data.cfm#sales, 2011 data on electricity sales and customers from the Energy Information Administration",7.7,7.7,7.7,7.7,7.7]
["calc_input_89","default_calc_input_89","Average Hourly Industrial Load Not Served During Outage","kW","http://www.eia.gov/electricity/data.cfm#sales, 2011 data on electricity sales and customers from the Energy Information Administration",132.1,132.1,132.1,132.1,132.1]
["calc_input_90","default_calc_input_90","Residential VOS","$/kWh","Estimating the Benefits of the Energy Storage System Program Final Report Addendum: Benefit Calculation Methodology, DOE OE, July 2009",5,5,5,5,5]
["calc_input_91","default_calc_input_91","Commercial VOS","$/kWh","Estimating the Benefits of the Energy Storage System Program Final Report Addendum: Benefit Calculation Methodology, DOE OE, July 2009",10,10,10,10,10]
["calc_input_92","default_calc_input_92","Industrial VOS","$/kWh","Estimating the Benefits of the Energy Storage System Program Final Report Addendum: Benefit Calculation Methodology, DOE OE, July 2009",20,20,20,20,20]
["calc_input_93","default_calc_input_93","Number of Months that Demand Charges are Avoided","#","Sandia Report SAND2010-0815, pg 90",5,5,5,5,5]
["calc_input_94","default_calc_input_94","Typical Number of Power Quality Events per Year","#","Sandia Report SAND2010-0815, pg 94",10,10,10,10,10]
["calc_input_95","default_calc_input_95","Value of Avoided Power Quality Events","$/kw peak load","Sandia Report SAND2010-0815, pg 94",5,5,5,5,5]
["calc_input_96","default_calc_input_96","Customer Peak Load","kW","Navigant Assumption",1000,1000,1000,1000,1000]
["calc_input_97","default_calc_input_97","Average Variable Renewable Generation Costs","$/MW","Navigant Assumption",0,0,0,0,0]
["calc_input_98","default_calc_input_98","Total Renewable Energy Discharged for Arbitrage","MWh","Sandia Report SAND2010-0815, pg 97",{"$f":"782*input_Param_1/1000","v":0.78200000000000003},0.78200000000000003,0.78200000000000003,0.78200000000000003,0.78200000000000003]
["calc_input_99","default_calc_input_99","Total Renewable Energy Discharged for Energy Time-Shift","MWh","Sandia Report SAND2010-0815, pg 97",0.78200000000000003,0.78200000000000003,0.78200000000000003,0.78200000000000003,0.78200000000000003]
["calc_input_100","default_calc_input_100","Effective Load Carrying Capacity of Renewable Post-Firming","%","Sandia Report SAND2010-0815, pg 100",90,90,90,90,90]
["calc_input_101","default_calc_input_101","Effective Load Carrying Capacity of Renewable Pre-Firming","%","Sandia Report SAND2010-0815, pg 100",25,25,25,25,25]
["calc_input_102","default_calc_input_102","Hours of Renewable Energy Capacity Sold","hr","Assuming a capacity factor of 30%, 2630 hours of capacity can be sold into the market.",2630,2630,2630,2630,2630]
["calc_input_103","default_calc_input_103","Nameplate Capacity of Renewable Resource","MW",null,"No Default"]
["calc_input_104","default_calc_input_104","Capacity Factor of Renewable Resource","%","Source: Ventyx Velocity Suite  / Energy Information Administration",30,30,30,30,30]
["calc_input_106",{"$f":"\"default_\"&A107","v":"default_calc_input_106"},"Capital Cost of Conventional Voltage Support Solution ","$/kVAR","Based on an annual payment of $2000/Mvar and a fixed charge rate of 11% the total installed capital cost of a voltage support solution is $18/kVAR",18,18,18,18,18]
["calc_input_107",{"$f":"\"default_\"&A108","v":"default_calc_input_107"},"Nameplate Reactive Power Capacity of Energy Storage","kVAR","Assumes the entire energy storage capacity can be used to provide reactive power.",{"$f":"input_Param_1","v":1},{"$f":"input_Param_1","v":1},{"$f":"input_Param_1","v":1},{"$f":"input_Param_1","v":1},{"$f":"input_Param_1","v":1}]
["calc_input_108",{"$f":"\"default_\"&A109","v":"default_calc_input_108"},"Annual Fixed Charge Rate for Voltage Support Capital Investment","%","Same fixed charge rate used to amortize the cost of the energy storage deployment.",{"$f":"input_EcoParam_5*100","v":11},{"$f":"input_EcoParam_5*100","v":11},{"$f":"input_EcoParam_5*100","v":11},{"$f":"input_EcoParam_5*100","v":11},{"$f":"input_EcoParam_5*100","v":11}]
["calc_input_109",{"$f":"\"default_\"&A110","v":"default_calc_input_109"},"Capital Cost of Conventional Electric Service Reliability Solution ","$/kW",null,"No Default"]
["calc_input_110",{"$f":"\"default_\"&A111","v":"default_calc_input_110"},"Annual Fixed Charge Rate for Electric Service Reliability Capital Investment","%","Same fixed charge rate used to amortize the cost of the energy storage deployment.",{"$f":"input_EcoParam_5*100","v":11},{"$f":"input_EcoParam_5*100","v":11},{"$f":"input_EcoParam_5*100","v":11},{"$f":"input_EcoParam_5*100","v":11},{"$f":"input_EcoParam_5*100","v":11}]
[]
["DEFAULT EMISSIONS ANALYSIS AND SOURCE DATA"]
[null,"Region:",{"$f":"input_Param_11","v":"NPCC Upstate NY"},{"$f":"MATCH(C114,D130:D158)","v":15}]
[null,null,"Metric","Value (lb/MWh)"]
[null,null,"CO2 Emissions Factor for Generation on the Margin",{"$f":"IFERROR(INDEX($D$130:$P$158,$D$114,MATCH(E116,$D$130:$P$130,0)),0)","v":844.54949999999997},{"$f":"INDEX($D$130:$AI$158,$D$114,32)&\" CO2\"","v":"Gas CO2"}]
[null,null,"CO2 Emissions Factor for Base Generation",{"$f":"IFERROR(INDEX($D$130:$P$158,$D$114,MATCH(E117,$D$130:$P$130,0)),0)","v":0},{"$f":"INDEX($D$130:$AI$158,$D$114,31)&\" CO2\"","v":"Nuclear CO2"}]
[null,null,"SOx Emissions Factor for Generation on the Margin",7.4700000000000003E-2,{"$f":"INDEX($D$130:$AI$158,$D$114,32)&\" SO2\"","v":"Gas SO2"}]
[null,null,"SOx Emissions Factor for Base Generation",0,{"$f":"INDEX($D$130:$AI$158,$D$114,31)&\" SO2\"","v":"Nuclear SO2"}]
[null,null,"NOx Emissions Factor for Generation on the Margin",0.2525,{"$f":"INDEX($D$130:$AI$158,$D$114,32)&\" Nox\"","v":"Gas Nox"}]
[null,null,"NOx Emissions Factor for Base Generation",0,{"$f":"INDEX($D$130:$AI$158,$D$114,31)&\" Nox\"","v":"Nuclear Nox"}]
[null,null,"CO2 Emissions Factor of Generation at Partial Load",{"$f":"D123*1.05","v":717.43612500000006}]
[null,null,"CO2 Emissions Factor of Generation at Optimal Load",{"$f":"INDEX($E$130:$G$158,$D$114,3)","v":683.27250000000004}]
[null,null,"SOx Emissions Factor of Generation at Partial Load",{"$f":"D125*1.05","v":2.5195799999999999}]
[null,null,"SOx Emissions Factor of Generation at Optimal Load",{"$f":"INDEX($E$130:$G$158,$D$114,2)","v":2.3996}]
[null,null,"NOx Emissions Factor of Generation at Partial Load",{"$f":"D127*1.05","v":0.75589499999999998}]
[null,null,"NOx Emissions Factor of Generation at Optimal Load",{"$f":"INDEX($E$130:$G$158,$D$114,1)","v":0.71989999999999998}]
[]
[null,null,"SOURCE DATA"]
[null,null,"SOURCE: 'eGRID2010 Version 1.1 Subregion File (Year 2007 Data): 'Year 2010 eGRID State, EGC Location (operator)-based, EGC Owner-based, Parent Company Location (operator)-based, Parent Company Owner-based, PCA, eGRID Subregion, NERC Region, and U.S. Data Files","x","Nox Region","SO2 Region","CO2 Region","Coal Nox","Oil Nox","Gas Nox","Coal SO2","Oil SO2","Gas SO2","Coal CO2","Oil CO2","Gas CO2","Coal","Oil","Gas","Nuclear","Hydro","Biomass","Wind","Solar","Geothermal","Other Fossil","Unknown"]
[null,null,"eGRID subregion acronym","eGRID subregion name ","eGRID subregion annual NOx total output emission rate (lb/MWh)","eGRID subregion annual SO2 total output emission rate (lb/MWh)","eGRID subregion annual CO2 total output emission rate (lb/MWh)","eGRID subregion annual NOx coal output emission rate (lb/MWh)","eGRID subregion annual NOx oil output emission rate (lb/MWh)","eGRID subregion annual NOx gas output emission rate (lb/MWh)","eGRID subregion annual SO2 coal output emission rate (lb/MWh)","eGRID subregion annual SO2 oil output emission rate (lb/MWh)","eGRID subregion annual SO2 gas output emission rate (lb/MWh)","eGRID subregion annual CO2 coal output emission rate (lb/MWh)","eGRID subregion annual CO2 oil output emission rate (lb/MWh)","eGRID subregion annual CO2 gas output emission rate (lb/MWh)","eGRID subregion coal generation percent (resource mix)","eGRID subregion oil generation percent (resource mix)","eGRID subregion gas generation percent (resource mix)","eGRID subregion nuclear generation percent (resource mix)","eGRID subregion hydro generation percent (resource mix)","eGRID subregion biomass generation percent (resource mix)","eGRID subregion wind generation percent (resource mix)","eGRID subregion solar generation percent (resource mix)","eGRID subregion geothermal generation percent (resource mix)","eGRID subregion other fossil generation percent (resource mix)","eGRID subregion other unknown/ purchased fuel generation percent (resource mix)","eGRID subregion total nonrenewables generation percent (resource mix)","eGRID subregion total renewables generation percent (resource mix)","eGRID subregion total nonhydro renewables generation percent (resource mix)","eGRID subregion total combustion generation percent (resource mix)","eGRID subregion total noncombustion generation percent (resource mix)",null,"Base Generation","Marginal Generation"]
[null,null,"SUBRGN","SRNAME","SRNOXRTA","SRSO2RTA","SRCO2RTA","SRCNOXRT","SRONOXRT","SRGNOXRT","SRCSO2RT","SROSO2RT","SRGSO2RT","SRCCO2RT","SROCO2RT","SRGCO2RT","SRCLPR","SROLPR","SRGSPR","SRNCPR","SRHYPR","SRBMPR","SRWIPR","SRSOPR","SRGTPR","SROFPR","SROPPR","SRTNPR","SRTRPR","SRTHPR","SRCYPR","SRCNPR"]
[null,null,"AKGD","ASCC Alaska Grid",2.7928999999999999,1.3134999999999999,1284.7206000000001,8.1838999999999995,3.2972000000000001,2.1101000000000001,7.3803000000000001,3.9702000000000002,3.6400000000000002E-2,2219.0965000000001,1622.5684000000001,1218.2171000000001,11.7577,10.440200000000001,70.053200000000004,0,7.7484000000000002,4.0000000000000002E-4,0,0,0,0,0,92.251199999999997,7.7488000000000001,4.0000000000000002E-4,92.251599999999996,7.7484000000000002,{"$f":"MATCH(MAX(Q133:AA133),Q133:AA133,0)","v":3},{"$f":"INDEX($Q$130:$AA$130,1,AG133)","v":"Gas"},"Oil"]
[null,null,"AKMS","ASCC Miscellaneous",7.3125999999999998,0.59889999999999999,535.72749999999996,"N/A",20.664000000000001,2.3462000000000001,"N/A",1.7078,3.1099999999999999E-2,"N/A",1434.7878000000001,993.86860000000001,0,32.240200000000002,3.3647999999999998,0,63.574599999999997,0.74629999999999996,7.4099999999999999E-2,0,0,0,0,35.604999999999997,64.394999999999996,0.82040000000000002,36.351300000000002,63.648699999999998,{"$f":"MATCH(MAX(Q134:AA134),Q134:AA134,0)","v":5},"Hydro","Oil"]
[null,null,"ERCT","ERCOT All",0.73819999999999997,2.5556999999999999,1252.5653,1.5581,3.7336999999999998,0.36159999999999998,7.2362000000000002,10.484400000000001,9.9000000000000008E-3,2276.4288000000001,2507.1235000000001,904.97919999999999,34.386800000000001,0.36809999999999998,49.479300000000002,11.983499999999999,0.2651,9.69E-2,2.3692000000000002,0,0,0.87290000000000001,0.1782,97.268799999999999,2.7311999999999999,2.4661,85.382099999999994,14.617900000000001,3,"Gas","Gas"]
[null,null,"FRCC","FRCC All",1.9832000000000001,3.1827999999999999,1220.1098,4.0591999999999997,3.0211999999999999,0.54890000000000005,5.4429999999999996,8.4697999999999993,0.64059999999999995,1893.2162000000001,1930.6519000000001,856.22670000000005,26.862400000000001,9.2319999999999993,47.2864,13.4072,2.7000000000000001E-3,1.6963999999999999,0,0,0,0.61870000000000003,0.89439999999999997,98.300899999999999,1.6991000000000001,1.6963999999999999,86.590100000000007,13.4099,3,"Gas","Oil"]
[null,null,"HIMS","HICC Miscellaneous",5.6166999999999998,2.0638999999999998,1343.8226,"N/A",7.1048999999999998,"N/A","N/A",2.2328000000000001,"N/A","N/A",1716.7507000000001,"N/A",1.9319,76.941100000000006,0,0,2.8849999999999998,3.6187,7.4413,0,7.1821000000000002,0,0,78.873000000000005,21.126999999999999,18.242000000000001,82.491600000000005,17.508400000000002,2,"Oil","Oil"]
[null,null,"HIOA","HICC Oahu",4.4118000000000004,10.095599999999999,1620.7610999999999,9.3361000000000001,2.9377,"N/A",31.112500000000001,4.2656999999999998,"N/A",1905.6344999999999,1536.0201,"N/A",18.206900000000001,77.424999999999997,0,0,0,1.9137999999999999,0,0,0,2.4542999999999999,0,98.086200000000005,1.9137999999999999,1.9137999999999999,100,0,2,"Oil","Oil"]
[null,null,"MROE","MRO East",2.3039000000000001,6.5654000000000003,1692.3208999999999,3.0649000000000002,2.9434,0.35610000000000003,8.6935000000000002,14.634399999999999,3.3700000000000001E-2,2317.6208999999999,1543.8459,1021.7967,66.575999999999993,3.1916000000000002,7.8773,15.635199999999999,2.9773000000000001,3.3536000000000001,0.14660000000000001,0,0,0.1227,0.1198,93.522599999999997,6.4774000000000003,3.5001000000000002,81.241,18.759,1,"Coal","Gas"]
[null,null,"MROW","MRO West",3.0682999999999998,5.3042999999999996,1722.6704,4.0980999999999996,7.8324999999999996,0.5968,7.1782000000000004,5.3772000000000002,4.1599999999999998E-2,2309.3155000000002,2321.9362999999998,1092.2362000000001,70.991299999999995,0.50070000000000003,4.9604999999999997,15.422700000000001,3.4802,0.95779999999999998,3.4344999999999999,0,0,0.22500000000000001,2.7400000000000001E-2,92.127600000000001,7.8723999999999998,4.3921999999999999,77.662700000000001,22.337299999999999,1,"Coal","Gas"]
[null,null,"NYLI","NPCC Long Island",1.9807999999999999,4.0335000000000001,1418.7393999999999,"N/A",1.8222,0.84930000000000005,"N/A",3.4163000000000001,0.73529999999999995,"N/A",1501.1496999999999,1223.8081,0,31.413599999999999,61.305,0,0,3.8826000000000001,0,0,0,3.3988,0,96.117400000000004,3.8826000000000001,3.8826000000000001,100,0,3,"Gas","Oil"]
[null,null,"NEWE","NPCC New England",0.84019999999999995,2.8431999999999999,827.95240000000001,1.3829,1.5855999999999999,0.16239999999999999,9.4079999999999995,5.6017000000000001,0.11890000000000001,2014.2247,1805.9154000000001,893.31010000000003,15.147,4.2301000000000002,40.836100000000002,27.909700000000001,4.5054999999999996,5.8083,8.2699999999999996E-2,0,0,1.4705999999999999,1.01E-2,89.603499999999997,10.3965,5.891,67.502099999999999,32.497900000000001,3,"Gas","Oil"]
[null,null,"NYCW","NPCC NYC/Westchester",0.4758,0.54459999999999997,704.803,"N/A",3.8641000000000001,0.54100000000000004,"N/A",0.96179999999999999,0.23530000000000001,"N/A",829.19290000000001,1101.77,0,4.9673999999999996,56.329000000000001,37.796399999999998,3.0999999999999999E-3,0.46839999999999998,0,0,0,0.4204,1.5299999999999999E-2,99.528499999999994,0.47149999999999997,0.46839999999999998,62.200499999999998,37.799500000000002,3,"Gas","Oil"]
[null,null,"NYUP","NPCC Upstate NY",0.71989999999999998,2.3996,683.27250000000004,2.3496999999999999,2.0276999999999998,0.2525,8.7621000000000002,8.1044,7.4700000000000003E-2,2081.3912999999998,1491.7655,844.54949999999997,23.0943,2.1812,17.915600000000001,27.849399999999999,26.408000000000001,1.2611000000000001,0.8992,0,0,0.39050000000000001,5.9999999999999995E-4,71.431600000000003,28.5684,2.1604000000000001,44.843400000000003,55.156599999999997,4,"Nuclear","Gas"]
[null,null,"RFCE","RFC East",1.5102,7.9245000000000001,1059.3196,2.8835000000000002,0.1026,0.26840000000000003,16.803899999999999,0.13270000000000001,2.0799999999999999E-2,2026.6804,53.240400000000001,959.505,42.196800000000003,1.0967,13.0776,40.282299999999999,0.93140000000000001,1.1598999999999999,0.16880000000000001,0,0,1.0865,0,97.739900000000006,2.2601,1.3287,58.6175,41.3825,1,"Coal","Gas"]
[null,null,"RFCM","RFC Michigan",2.2963,7.2401,1651.1143999999999,2.9716999999999998,0.15809999999999999,0.59640000000000004,9.8952000000000009,0.87629999999999997,0.12920000000000001,2136.4976999999999,38.841500000000003,982.75729999999999,69.782799999999995,0.6794,12.2393,14.8325,0,1.8354999999999999,2.8999999999999998E-3,0,0,0.62770000000000004,0,98.161600000000007,1.8384,1.8384,85.164699999999996,14.8353,1,"Coal","Gas"]
[null,null,"RFCW","RFC West",2.5005999999999999,8.5998000000000001,1551.5165999999999,3.3677999999999999,0.11509999999999999,0.3569,11.684699999999999,2.0722999999999998,8.6999999999999994E-3,2068.1898000000001,103.30159999999999,1031.1155000000001,72.873999999999995,0.28299999999999997,2.9123000000000001,22.287500000000001,0.55640000000000001,0.32650000000000001,0.1467,0,0,0.55600000000000005,5.7599999999999998E-2,98.970299999999995,1.0297000000000001,0.4733,77.009399999999999,22.990600000000001,1,"Coal","Gas"]
[null,null,"SRMW","SERC Midwest",1.7986,5.4302000000000001,1779.2698,2.1858,4.0046999999999997,0.6,6.6829999999999998,0.4299,0.59340000000000004,2145.8492999999999,429.49540000000002,996.73199999999997,80.795000000000002,6.1100000000000002E-2,4.3899999999999997,13.367699999999999,1.2859,7.8100000000000003E-2,5.4999999999999997E-3,0,0,1.67E-2,0,98.630499999999998,1.3694999999999999,8.3500000000000005E-2,85.340900000000005,14.6591,1,"Coal","Gas"]
[null,null,"SRMV","SERC Mississippi Valley",1.1817,1.6339999999999999,1004.0965,2.3706,11.7089,1.1454,5.5354000000000001,134.2139,0.12889999999999999,2107.9681,3248.3652000000002,1037.3327999999999,22.988299999999999,1.6361000000000001,44.7224,25.466899999999999,1.3537999999999999,2.1850000000000001,0,0,0,1.2966,0.3508,96.461200000000005,3.5388000000000002,2.1850000000000001,73.179199999999994,26.820799999999998,3,"Gas","Gas"]
[null,null,"SRSO","SERC South",1.9119999999999999,8.5548000000000002,1495.4716000000001,2.6907000000000001,4.2309999999999999,0.26129999999999998,12.401400000000001,37.092100000000002,2.1299999999999999E-2,2060.8573000000001,1256.9738,903.30949999999996,63.512599999999999,0.34649999999999997,15.1219,16.620699999999999,1.3824000000000001,2.8948,0,0,0,0.1211,0,95.722800000000007,4.2771999999999997,2.8948,81.996899999999997,18.0031,1,"Coal","Gas"]
[null,null,"SRTV","SERC Tennessee Valley",2.4561000000000002,5.3235000000000001,1540.8489,3.5785999999999998,25.467400000000001,0.1749,7.8057999999999996,2.6996000000000002,5.8999999999999999E-3,2174.7674000000002,1703.1677,973.53909999999996,66.138300000000001,1.2487999999999999,7.1996000000000002,20.805199999999999,3.7271999999999998,0.8518,2.0799999999999999E-2,0,0,8.3999999999999995E-3,0,95.400199999999998,4.5998000000000001,0.87260000000000004,75.446899999999999,24.553100000000001,1,"Coal","Gas"]
[null,null,"SRVC","SERC Virginia/Carolina",1.2522,4.7758000000000003,1118.4058,2.0951,7.4781000000000004,0.43459999999999999,8.4323999999999995,12.3537,0.23569999999999999,1920.0636,1673.8181,1066.5698,51.077100000000002,0.87749999999999995,6.6933999999999996,38.357399999999998,0.72829999999999995,1.9631000000000001,0,0,0,0.22459999999999999,7.8600000000000003E-2,97.308599999999998,2.6913999999999998,1.9631000000000001,60.914299999999997,39.085700000000003,1,"Coal","Gas"]
[null,null,"SPNO","SPP North",2.9506000000000001,5.0848000000000004,1798.7059999999999,3.7311000000000001,47.233199999999997,1.4111,6.6707000000000001,3.9659,1.2200000000000001E-2,2251.1765,3349.7878999999998,1150.8085000000001,74.912999999999997,0.34089999999999998,8.1092999999999993,14.8246,0.11700000000000001,2.0000000000000001E-4,1.6477999999999999,0,0,4.7199999999999999E-2,0,98.234999999999999,1.7649999999999999,1.6478999999999999,83.410600000000002,16.589400000000001,1,"Coal","Gas"]
[null,null,"SPSO","SPP South",2.2383999999999999,3.6288,1624.0255999999999,2.9897999999999998,28.516200000000001,1.2816000000000001,5.8742999999999999,2.4224000000000001,4.99E-2,2115.0855999999999,1907.0605,1122.4018000000001,56.35,0.17460000000000001,34.553600000000003,0,4.3903999999999996,1.5907,2.4300999999999999,0,0,0.31090000000000001,0.19969999999999999,91.588899999999995,8.4110999999999994,4.0208000000000004,93.179599999999994,6.8204000000000002,1,"Coal","Gas"]
[null,null,"CAMX","WECC California",0.62350000000000005,0.42370000000000002,681.00699999999995,4.4150999999999998,7.5088999999999997,0.2455,1.8260000000000001,19.450199999999999,1.15E-2,2100.1912000000002,2250.8942000000002,905.99570000000006,7.5861000000000001,1.0391999999999999,52.467700000000001,16.2499,12.0626,2.4035000000000002,2.5356000000000001,0.25290000000000001,4.38,0.92530000000000001,9.74E-2,78.365499999999997,21.634499999999999,9.5718999999999994,64.519099999999995,35.480899999999998,3,"Gas","Hydro"]
[null,null,"NWPP","WECC Northwest",1.4508000000000001,1.2864,858.78959999999995,4.0960999999999999,5.7724000000000002,0.65720000000000001,3.4466000000000001,62.7776,1.29E-2,2294.4391000000001,1724.0925,892.97199999999998,31.958600000000001,0.22320000000000001,12.776400000000001,3.0041000000000002,48.365499999999997,1.1039000000000001,1.8861000000000001,0,0.3427,0.28839999999999999,5.0999999999999997E-2,48.301699999999997,51.698300000000003,3.3327,46.401499999999999,53.598500000000001,5,"Hydro","Gas"]
[null,null,"RMPA","WECC Rockies",2.7033,2.5022000000000002,1906.0635,3.5727000000000002,12.635,0.53200000000000003,3.4601999999999999,3.847,9.7000000000000003E-3,2316.1223,3048.0848000000001,1023.5257,71.298599999999993,6.08E-2,23.6174,0,2.8805000000000001,4.82E-2,2.0272000000000001,3.3999999999999998E-3,0,0,6.3799999999999996E-2,95.040700000000001,4.9592999999999998,2.0788000000000002,95.088899999999995,4.9111000000000002,1,"Coal","Gas"]
[null,null,"AZNM","WECC Southwest",1.8703000000000001,0.96399999999999997,1252.6106,4.3226000000000004,21.633299999999998,0.30880000000000002,2.3376999999999999,2.4148999999999998,6.3E-3,2280.9135999999999,1811.2666999999999,908.1952,40.1813,8.1600000000000006E-2,36.233600000000003,14.823700000000001,5.9364999999999997,0.2011,0.38829999999999998,2.9100000000000001E-2,2.1225000000000001,2.3999999999999998E-3,0,91.322500000000005,8.6775000000000002,2.7410000000000001,76.6999,23.3001,1,"Coal","Gas"]

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[null,"calc_input_01",{"$f":"INDIRECT(B4)","v":"Total Energy Discharged for Arbitrage"},0,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_02",{"$f":"INDIRECT(B5)","v":"Average On-Peak Price of Electricity"},0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1]
[null,"calc_input_03","Average Off-Peak Price of Electricity",0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1]
[null,"calc_input_04","Total Energy Discharged for Energy Time-Shift",1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_05","Average Variable Peak Generation Costs",1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0]
[null,"calc_input_06","Average Variable Off-Peak Generation Costs",1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_07","CO2 Emissions Factor for Generation on the Margin",0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0]
[null,"calc_input_08","CO2 Emissions Factor for Base Generation",0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_09","SOx Emissions Factor for Generation on the Margin",0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0]
[null,"calc_input_10","SOx Emissions Factor for Base Generation",0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_11","NOx Emissions Factor for Generation on the Margin",0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0]
[null,"calc_input_12","NOx Emissions Factor for Base Generation",0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0]
[null,"calc_input_13","PM Emissions Factor for Generation on the Margin",0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0]
[null,"calc_input_14","PM Emissions Factor for Base Generation",0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,1,0,0,0,0,0,0,0,0]
[null,"calc_input_15","Value of CO2",0,1,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,1,0,0,0,0,0,1,0,0,0,0,0,0,1,0,0,0,0]
[null,"calc_input_16","Value of SOx",0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,1,0,0,0,0,0,1,0,0,0,0,0,0,1,0,0,0]
[null,"calc_input_17","Value of NOx",0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,1,0,0,0,0,0,1,0,0,0,0,0,0,1,0,0]
[null,"calc_input_18","Value of PM",0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,1,0,0,0,0,0,1,0,0,0,0,0,0,1,0]
[null,"calc_input_19","Total Energy Storage Capacity Sold",0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_20","Average Value of Capacity on the Market ",0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,1,0,0,0,0,0,0]
[null,"calc_input_21","Generation Capacity Deferred",0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_22","Capital Cost of Deferred Generation Capacity",0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_23","Yearly O&M Costs of Deferred Generation Capacity",0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_24","Annual Fixed Charge Rate for Generation Capital Investment",0,0,0,0,0,0,1,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_25","Initial Year of Generation Deferral",0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_26","Final year of Generation Deferral",0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_27","Total Load Following Services Provided",0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_28","Average Price for Load Following",0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_29","Capital Cost of Conventional Generation Capacity used for Load Following ",0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_30","Total Energy Discharged for Load Following",0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_31","Marginal Operating Cost of Load Following Generation",0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_32","Marginal Operating Cost of Base Load Generation",0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_33","Total Area Regulation Services Provided",0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_34","Average Price for Area Regulation",0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_105","Energy Storage Capacity for Area Regulation",0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_35","Conventional Capacity Required for Equivalent Level of Area Regulation",0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_36","Price of Conventional Capacity",0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,1,0,0,0,0,0,0,0]
[null,"calc_input_37","Total Spinning-Reserve Services Provided",0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_38","Average Price for Spinning Reserve Services",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_39","Total Non-Spinning-Reserve Services Provided",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_40","Average Price for Non-Spinning Reserve Services",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_41","Total Backup Supply Services Provided",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_42","Average Price for Backup Supply Services",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_43","Marginal Operating Costs of Conventional Generation at Partial Load",0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_44","Marginal Operating Costs of Conventional Generation at Optimal Load",0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_45","CO2 Emissions Factor of Generation at Partial Load",0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_46","CO2 Emissions Factor of Generation at Optimal Load",0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_47","SOx Emissions Factor of Generation at Partial Load",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_48","SOx Emissions Factor of Generation at Optimal Load",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_49","NOx Emissions Factor of Generation at Partial Load",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_50","NOx Emissions Factor of Generation at Optimal Load",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_51","PM Emissions Factor of Generation at Partial Load",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_52","PM Emissions Factor of Generation at Optimal Load",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_53","Annual Reactive Power Capacity Available for Voltage Support",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_54","Annual Capacity Payment for Voltage Support",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_55","Average Variable Operating Cost of Non-Congestion Generation",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_56","Annual Transmission Enhancement Benefit",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_57","Number of Underfrequency Load-Shedding Occurrences",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_58","Value of Avoided Load-Shedding Occurrences",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_59","Total Hours of Congestion Avoided",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_60","Average Congestion Charge",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_61","Average Wholesale Price of Electricity",0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_62","Average Variable Operating Cost of Congestion Generation",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_63","Transmission Capacity Deferred",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_64","Annual Fixed Charge Rate for Transmission Capital Investment",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_65","Capital Cost of Deferred Transmission Capacity",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_66",{"$f":"INDIRECT(B70)","v":"Yearly O&M Costs of Deferred Transmission Capacity"},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_67","Initial Year of Transmission Deferral",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_68","Final year of Transmission Deferral",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_69","Distribution Capacity Deferred",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_70","Annual Fixed Charge Rate for Distribution Capital Investment",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_71","Capital Cost of Deferred Distribution Capacity",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_72","Yearly O&M Costs of Deferred Distribution Capacity",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_73","Initial Year of Distribution Deferral",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_74","Final year of Distribution Deferral",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_75","Total Energy Discharged for TOU Energy Cost Management",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_76","Average On-Peak Retail Price of Electricity",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_77","Average Off-Peak Retail Price of Electricity",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_78","Average Monthly Load Reduction from ES at Peak",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_79","Average Monthly Load Reduction from ES at Partial-Peak ",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_80","Average Monthly Load Reduction from ES at Off-Peak ",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_81","Peak Demand Charge ",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_82","Partial-Peak Demand Charge ",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_83","Off-Peak Demand Charge",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_84","Outage Minutes Avoided by Residential Customers",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_85","Outage Minutes Avoided by Commercial Customers",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_86","Outage Minutes Avoided by Industrial Customers",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_87","Average Hourly Residential Load Not Served During Outage",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_88","Average Hourly Commercial Load Not Served During Outage",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_89","Average Hourly Industrial Load Not Served During Outage",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_90","Residential VOS",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_91","Commercial VOS",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_92","Industrial VOS",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_93","Number of Months that Demand Charges are Avoided",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_94","Typical Number of Power Quality Events per Year",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_95","Value of Avoided Power Quality Events",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_96","Customer Peak Load",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_97","Average Variable Renewable Generation Costs",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0]
[null,"calc_input_98","Total Renewable Energy Discharged for Arbitrage",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1]
[null,"calc_input_99","Total Renewable Energy Discharged for Energy Time-Shift",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,0,1,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,0]
[null,"calc_input_100","Effective Load Carrying Capacity of Renewable Post-Firming",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0]
[null,"calc_input_101","Effective Load Carrying Capacity of Renewable Pre-Firming",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0]
[null,"calc_input_102","Hours of Renewable Energy Capacity Sold",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,1,0,0,0,0,0,0]
[null,"calc_input_103","Nameplate Capacity of Renewable Resource",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0]
[null,"calc_input_104","Capacity Factor of Renewable Resource",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,0,0,1,1,1,1,0,0,0,0,0,0,0,0]
[null,"calc_input_106","Capital Cost of Conventional Voltage Support Solution ",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_107","Nameplate Reactive Power Capacity of Energy Storage",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_108","Annual Fixed Charge Rate for Voltage Support Capital Investment",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_109","Capital Cost of Conventional Electric Service Reliability Solution ",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"calc_input_110","Annual Fixed Charge Rate for Electric Service Reliability Capital Investment",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]

{"sheet":"LMO-App to Benefit Master Table","index":15,"n_rows":262,"n_cols":13,"rows_kept":262,"cut":false,"hidden":true,"merged":[]}
["L-M-O-Application Code","Location","Market","Owner","Application","Benefit Range Name","Benefit","Application-Benefit","Application-Benefit-Calculated","Owner-Application-Benefit","Is the Application-Benefit Activated?","Calculated or Additional","Application-Benefit-Owner"]
["10010100App_1",{"$f":"IF(MID(A2,1,1)=\"1\",Loc_1,IF(MID(A2,2,1)=\"1\",Loc_2,IF(MID(A2,3,1)=\"1\",Loc_3)))","v":"Generation and Transmission"},{"$f":"IF(MID(A2,4,1)=\"1\",Mark_1,IF(MID(A2,5,1)=\"1\",Mark_2))","v":"Regulated"},{"$f":"IF(MID(A2,6,1)=\"1\",Own_1,IF(MID(A2,7,1)=\"1\",Own_2,IF(MID(A2,8,1)=\"1\",Own_3)))","v":"Utility"},{"$f":"INDIRECT(MID(A2,9,6))","v":"Electric Energy Time-shift"},"Ben_34",{"$f":"INDIRECT(F2)","v":"Optimized Generator Operation  (Utility/Ratepayer)"},{"$f":"MID(A2,9,7)&\"_\"&F2","v":"App_1_Ben_34"},{"$f":"H2&\"_\"&L2","v":"App_1_Ben_34_Additional"},{"$f":"D2&\"_\"&H2","v":"Utility_App_1_Ben_34"},{"$f":"IF(OR(A2=LMO_A_Code_1,A2=LMO_A_Code_2,A2=LMO_A_Code_3),1,0)","v":0},"Additional",{"$f":"H2&\"_\"&D2","v":"App_1_Ben_34_Utility"}]
["10010100App_1","Generation and Transmission","Regulated","Utility",{"$f":"INDIRECT(MID(A3,9,6))","v":"Electric Energy Time-shift"},"Ben_28",{"$f":"INDIRECT(F3)","v":"Deferred Generation Capacity Investments"},{"$f":"MID(A3,9,7)&\"_\"&F3","v":"App_1_Ben_28"},{"$f":"H3&\"_\"&L3","v":"App_1_Ben_28_Additional"},{"$f":"D3&\"_\"&H3","v":"Utility_App_1_Ben_28"},{"$f":"IF(OR(A3=LMO_A_Code_1,A3=LMO_A_Code_2,A3=LMO_A_Code_3),1,0)","v":0},"Additional",{"$f":"H3&\"_\"&D3","v":"App_1_Ben_28_Utility"}]
["10010100App_1","Generation and Transmission","Regulated","Utility","Electric Energy Time-shift","Ben_11","Deferred Transmission Investments","App_1_Ben_11","App_1_Ben_11_Additional","Utility_App_1_Ben_11",0,"Additional","App_1_Ben_11_Utility"]
["10010100App_1","Generation and Transmission","Regulated","Utility","Electric Energy Time-shift","Ben_15","Reduced Electricity Losses","App_1_Ben_15","App_1_Ben_15_Additional","Utility_App_1_Ben_15",0,"Additional","App_1_Ben_15_Utility"]
["10010100App_1","Generation and Transmission","Regulated","Utility","Electric Energy Time-shift","Ben_14","Reduced Electricity Cost (Utility/Ratepayer)","App_1_Ben_14","App_1_Ben_14_Calculated","Utility_App_1_Ben_14",0,"Calculated","App_1_Ben_14_Utility"]
["10010100App_1","Generation and Transmission","Regulated","Utility","Electric Energy Time-shift","Ben_23","Reduced CO2 Emissions","App_1_Ben_23","App_1_Ben_23_Calculated","Utility_App_1_Ben_23",0,"Calculated","App_1_Ben_23_Utility"]
["10010100App_1","Generation and Transmission","Regulated","Utility","Electric Energy Time-shift","Ben_24","Reduced SOx Emissions","App_1_Ben_24","App_1_Ben_24_Calculated","Utility_App_1_Ben_24",0,"Calculated","App_1_Ben_24_Utility"]
["10010100App_1","Generation and Transmission","Regulated","Utility","Electric Energy Time-shift","Ben_25","Reduced NOx Emissions","App_1_Ben_25","App_1_Ben_25_Calculated","Utility_App_1_Ben_25",0,"Calculated","App_1_Ben_25_Utility"]
["10010100App_1","Generation and Transmission","Regulated","Utility",{"$f":"INDIRECT(MID(A10,9,6))","v":"Electric Energy Time-shift"},"Ben_26","Reduced PM Emissions","App_1_Ben_26","App_1_Ben_26_Calculated","Utility_App_1_Ben_26",0,"Calculated","App_1_Ben_26_Utility"]
["01010100App_1","Distribution","Regulated","Utility","Electric Energy Time-shift","Ben_34","Optimized Generator Operation  (Utility/Ratepayer)","App_1_Ben_34","App_1_Ben_34_Additional","Utility_App_1_Ben_34",0,"Additional","App_1_Ben_34_Utility"]
["01010100App_1","Distribution","Regulated","Utility","Electric Energy Time-shift","Ben_28","Deferred Generation Capacity Investments","App_1_Ben_28","App_1_Ben_28_Additional","Utility_App_1_Ben_28",0,"Additional","App_1_Ben_28_Utility"]
["01010100App_1","Distribution","Regulated","Utility","Electric Energy Time-shift","Ben_12","Deferred Distribution Investments","App_1_Ben_12","App_1_Ben_12_Additional","Utility_App_1_Ben_12",0,"Additional","App_1_Ben_12_Utility"]
["01010100App_1","Distribution","Regulated","Utility","Electric Energy Time-shift","Ben_15","Reduced Electricity Losses","App_1_Ben_15","App_1_Ben_15_Additional","Utility_App_1_Ben_15",0,"Additional","App_1_Ben_15_Utility"]
["01010100App_1","Distribution","Regulated","Utility","Electric Energy Time-shift","Ben_14","Reduced Electricity Cost (Utility/Ratepayer)","App_1_Ben_14","App_1_Ben_14_Calculated","Utility_App_1_Ben_14",0,"Calculated","App_1_Ben_14_Utility"]
["01010100App_1","Distribution","Regulated","Utility","Electric Energy Time-shift","Ben_23","Reduced CO2 Emissions","App_1_Ben_23","App_1_Ben_23_Calculated","Utility_App_1_Ben_23",0,"Calculated","App_1_Ben_23_Utility"]
["01010100App_1","Distribution","Regulated","Utility","Electric Energy Time-shift","Ben_24","Reduced SOx Emissions","App_1_Ben_24","App_1_Ben_24_Calculated","Utility_App_1_Ben_24",0,"Calculated","App_1_Ben_24_Utility"]
["01010100App_1","Distribution","Regulated","Utility","Electric Energy Time-shift","Ben_25","Reduced NOx Emissions","App_1_Ben_25","App_1_Ben_25_Calculated","Utility_App_1_Ben_25",0,"Calculated","App_1_Ben_25_Utility"]
["01010100App_1","Distribution","Regulated","Utility","Electric Energy Time-shift","Ben_26","Reduced PM Emissions","App_1_Ben_26","App_1_Ben_26_Calculated","Utility_App_1_Ben_26",0,"Calculated","App_1_Ben_26_Utility"]
["10001010App_1","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Electric Energy Time-shift","Ben_01","Arbitrage Revenue","App_1_Ben_01","App_1_Ben_01_Calculated","Non-Utility Merchant/Independent Power Producer_App_1_Ben_01",1,"Calculated","App_1_Ben_01_Non-Utility Merchant/Independent Power Producer"]
["10001010App_1","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Electric Energy Time-shift","Ben_10","Optimized Generator Operation (Non-Utility Merchant)","App_1_Ben_10","App_1_Ben_10_Additional","Non-Utility Merchant/Independent Power Producer_App_1_Ben_10",1,"Additional","App_1_Ben_10_Non-Utility Merchant/Independent Power Producer"]
["10001010App_1","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Electric Energy Time-shift","Ben_28","Deferred Generation Capacity Investments","App_1_Ben_28","App_1_Ben_28_Additional","Non-Utility Merchant/Independent Power Producer_App_1_Ben_28",1,"Additional","App_1_Ben_28_Non-Utility Merchant/Independent Power Producer"]
["10001010App_1","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Electric Energy Time-shift","Ben_11","Deferred Transmission Investments","App_1_Ben_11","App_1_Ben_11_Additional","Non-Utility Merchant/Independent Power Producer_App_1_Ben_11",1,"Additional","App_1_Ben_11_Non-Utility Merchant/Independent Power Producer"]
["10001010App_1","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Electric Energy Time-shift","Ben_15","Reduced Electricity Losses","App_1_Ben_15","App_1_Ben_15_Additional","Non-Utility Merchant/Independent Power Producer_App_1_Ben_15",1,"Additional","App_1_Ben_15_Non-Utility Merchant/Independent Power Producer"]
["10001010App_1","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Electric Energy Time-shift","Ben_23","Reduced CO2 Emissions","App_1_Ben_23","App_1_Ben_23_Calculated","Non-Utility Merchant/Independent Power Producer_App_1_Ben_23",1,"Calculated","App_1_Ben_23_Non-Utility Merchant/Independent Power Producer"]
["10001010App_1","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Electric Energy Time-shift","Ben_24","Reduced SOx Emissions","App_1_Ben_24","App_1_Ben_24_Calculated","Non-Utility Merchant/Independent Power Producer_App_1_Ben_24",1,"Calculated","App_1_Ben_24_Non-Utility Merchant/Independent Power Producer"]
["10001010App_1","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Electric Energy Time-shift","Ben_25","Reduced NOx Emissions","App_1_Ben_25","App_1_Ben_25_Calculated","Non-Utility Merchant/Independent Power Producer_App_1_Ben_25",1,"Calculated","App_1_Ben_25_Non-Utility Merchant/Independent Power Producer"]
["10001010App_1","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Electric Energy Time-shift","Ben_26","Reduced PM Emissions","App_1_Ben_26","App_1_Ben_26_Calculated","Non-Utility Merchant/Independent Power Producer_App_1_Ben_26",1,"Calculated","App_1_Ben_26_Non-Utility Merchant/Independent Power Producer"]
["10010100App_2","Generation and Transmission","Regulated","Utility","Electric Supply Capacity","Ben_28","Deferred Generation Capacity Investments","App_2_Ben_28","App_2_Ben_28_Calculated","Utility_App_2_Ben_28",0,"Calculated","App_2_Ben_28_Utility"]
["10001010App_2","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Electric Supply Capacity","Ben_02","Capacity Market Revenue","App_2_Ben_02","App_2_Ben_02_Calculated","Non-Utility Merchant/Independent Power Producer_App_2_Ben_02",0,"Calculated","App_2_Ben_02_Non-Utility Merchant/Independent Power Producer"]
["10010100App_3","Generation and Transmission","Regulated","Utility","Load Following","Ben_34","Optimized Generator Operation  (Utility/Ratepayer)","App_3_Ben_34","App_3_Ben_34_Calculated","Utility_App_3_Ben_34",0,"Calculated","App_3_Ben_34_Utility"]
["10010100App_3","Generation and Transmission","Regulated","Utility","Load Following","Ben_28","Deferred Generation Capacity Investments","App_3_Ben_28","App_3_Ben_28_Calculated","Utility_App_3_Ben_28",0,"Calculated","App_3_Ben_28_Utility"]
["10010100App_3","Generation and Transmission","Regulated","Utility","Load Following","Ben_23","Reduced CO2 Emissions","App_3_Ben_23","App_3_Ben_23_Additional","Utility_App_3_Ben_23",0,"Additional","App_3_Ben_23_Utility"]
["10010100App_3","Generation and Transmission","Regulated","Utility","Load Following","Ben_24","Reduced SOx Emissions","App_3_Ben_24","App_3_Ben_24_Additional","Utility_App_3_Ben_24",0,"Additional","App_3_Ben_24_Utility"]
["10010100App_3","Generation and Transmission","Regulated","Utility","Load Following","Ben_25","Reduced NOx Emissions","App_3_Ben_25","App_3_Ben_25_Additional","Utility_App_3_Ben_25",0,"Additional","App_3_Ben_25_Utility"]
["10010100App_3","Generation and Transmission","Regulated","Utility","Load Following","Ben_26","Reduced PM Emissions","App_3_Ben_26","App_3_Ben_26_Additional","Utility_App_3_Ben_26",0,"Additional","App_3_Ben_26_Utility"]
["10001010App_3","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Load Following","Ben_03","Ancillary Services Revenue","App_3_Ben_03",{"$f":"H37&\"_\"&L37","v":"App_3_Ben_03_Calculated"},"Non-Utility Merchant/Independent Power Producer_App_3_Ben_03",0,"Calculated","App_3_Ben_03_Non-Utility Merchant/Independent Power Producer"]
["10001010App_3","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Load Following","Ben_10","Optimized Generator Operation (Non-Utility Merchant)","App_3_Ben_10",{"$f":"H38&\"_\"&L38","v":"App_3_Ben_10_Additional"},"Non-Utility Merchant/Independent Power Producer_App_3_Ben_10",0,"Additional","App_3_Ben_10_Non-Utility Merchant/Independent Power Producer"]
["10001010App_3","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Load Following","Ben_28","Deferred Generation Capacity Investments","App_3_Ben_28","App_3_Ben_28_Additional","Non-Utility Merchant/Independent Power Producer_App_3_Ben_28",0,"Additional","App_3_Ben_28_Non-Utility Merchant/Independent Power Producer"]
["10001010App_3","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Load Following","Ben_23","Reduced CO2 Emissions","App_3_Ben_23","App_3_Ben_23_Additional","Non-Utility Merchant/Independent Power Producer_App_3_Ben_23",0,"Additional","App_3_Ben_23_Non-Utility Merchant/Independent Power Producer"]
["10001010App_3","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Load Following","Ben_24","Reduced SOx Emissions","App_3_Ben_24","App_3_Ben_24_Additional","Non-Utility Merchant/Independent Power Producer_App_3_Ben_24",0,"Additional","App_3_Ben_24_Non-Utility Merchant/Independent Power Producer"]
["10001010App_3","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Load Following","Ben_25","Reduced NOx Emissions","App_3_Ben_25","App_3_Ben_25_Additional","Non-Utility Merchant/Independent Power Producer_App_3_Ben_25",0,"Additional","App_3_Ben_25_Non-Utility Merchant/Independent Power Producer"]
["10001010App_3","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Load Following","Ben_26","Reduced PM Emissions","App_3_Ben_26","App_3_Ben_26_Additional","Non-Utility Merchant/Independent Power Producer_App_3_Ben_26",0,"Additional","App_3_Ben_26_Non-Utility Merchant/Independent Power Producer"]
["10010100App_4","Generation and Transmission","Regulated","Utility","Area Regulation","Ben_34","Optimized Generator Operation  (Utility/Ratepayer)","App_4_Ben_34","App_4_Ben_34_Additional","Utility_App_4_Ben_34",0,"Additional","App_4_Ben_34_Utility"]
["10010100App_4","Generation and Transmission","Regulated","Utility","Area Regulation","Ben_28","Deferred Generation Capacity Investments","App_4_Ben_28","App_4_Ben_28_Calculated","Utility_App_4_Ben_28",0,"Calculated","App_4_Ben_28_Utility"]
["10010100App_4","Generation and Transmission","Regulated","Utility","Area Regulation","Ben_23","Reduced CO2 Emissions","App_4_Ben_23","App_4_Ben_23_Additional","Utility_App_4_Ben_23",0,"Additional","App_4_Ben_23_Utility"]
["10010100App_4","Generation and Transmission","Regulated","Utility","Area Regulation","Ben_24","Reduced SOx Emissions","App_4_Ben_24","App_4_Ben_24_Additional","Utility_App_4_Ben_24",0,"Additional","App_4_Ben_24_Utility"]
["10010100App_4","Generation and Transmission","Regulated","Utility","Area Regulation","Ben_25","Reduced NOx Emissions","App_4_Ben_25","App_4_Ben_25_Additional","Utility_App_4_Ben_25",0,"Additional","App_4_Ben_25_Utility"]
["10010100App_4","Generation and Transmission","Regulated","Utility","Area Regulation","Ben_26","Reduced PM Emissions","App_4_Ben_26","App_4_Ben_26_Additional","Utility_App_4_Ben_26",0,"Additional","App_4_Ben_26_Utility"]
["10001010App_4","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Area Regulation","Ben_03","Ancillary Services Revenue","App_4_Ben_03","App_4_Ben_03_Calculated","Non-Utility Merchant/Independent Power Producer_App_4_Ben_03",0,"Calculated","App_4_Ben_03_Non-Utility Merchant/Independent Power Producer"]
["10001010App_4","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Area Regulation","Ben_10","Optimized Generator Operation (Non-Utility Merchant)","App_4_Ben_10","App_4_Ben_10_Additional","Non-Utility Merchant/Independent Power Producer_App_4_Ben_10",0,"Additional","App_4_Ben_10_Non-Utility Merchant/Independent Power Producer"]
["10001010App_4","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Area Regulation","Ben_28","Deferred Generation Capacity Investments","App_4_Ben_28","App_4_Ben_28_Additional","Non-Utility Merchant/Independent Power Producer_App_4_Ben_28",0,"Additional","App_4_Ben_28_Non-Utility Merchant/Independent Power Producer"]
["10001010App_4","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Area Regulation","Ben_23","Reduced CO2 Emissions","App_4_Ben_23","App_4_Ben_23_Additional","Non-Utility Merchant/Independent Power Producer_App_4_Ben_23",0,"Additional","App_4_Ben_23_Non-Utility Merchant/Independent Power Producer"]
["10001010App_4","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Area Regulation","Ben_24","Reduced SOx Emissions","App_4_Ben_24","App_4_Ben_24_Additional","Non-Utility Merchant/Independent Power Producer_App_4_Ben_24",0,"Additional","App_4_Ben_24_Non-Utility Merchant/Independent Power Producer"]
["10001010App_4","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Area Regulation","Ben_25","Reduced NOx Emissions","App_4_Ben_25","App_4_Ben_25_Additional","Non-Utility Merchant/Independent Power Producer_App_4_Ben_25",0,"Additional","App_4_Ben_25_Non-Utility Merchant/Independent Power Producer"]
["10001010App_4","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Area Regulation","Ben_26","Reduced PM Emissions","App_4_Ben_26","App_4_Ben_26_Additional","Non-Utility Merchant/Independent Power Producer_App_4_Ben_26",0,"Additional","App_4_Ben_26_Non-Utility Merchant/Independent Power Producer"]
["10010100App_5","Generation and Transmission","Regulated","Utility","Electric Supply Reserve Capacity","Ben_34","Optimized Generator Operation  (Utility/Ratepayer)","App_5_Ben_34","App_5_Ben_34_Calculated","Utility_App_5_Ben_34",0,"Calculated","App_5_Ben_34_Utility"]
["10010100App_5","Generation and Transmission","Regulated","Utility","Electric Supply Reserve Capacity","Ben_28","Deferred Generation Capacity Investments","App_5_Ben_28","App_5_Ben_28_Additional","Utility_App_5_Ben_28",0,"Additional","App_5_Ben_28_Utility"]
["10010100App_5","Generation and Transmission","Regulated","Utility","Electric Supply Reserve Capacity","Ben_23","Reduced CO2 Emissions","App_5_Ben_23","App_5_Ben_23_Calculated","Utility_App_5_Ben_23",0,"Calculated","App_5_Ben_23_Utility"]
["10010100App_5","Generation and Transmission","Regulated","Utility","Electric Supply Reserve Capacity","Ben_24","Reduced SOx Emissions","App_5_Ben_24","App_5_Ben_24_Calculated","Utility_App_5_Ben_24",0,"Calculated","App_5_Ben_24_Utility"]
["10010100App_5","Generation and Transmission","Regulated","Utility","Electric Supply Reserve Capacity","Ben_25","Reduced NOx Emissions","App_5_Ben_25","App_5_Ben_25_Calculated","Utility_App_5_Ben_25",0,"Calculated","App_5_Ben_25_Utility"]
["10010100App_5","Generation and Transmission","Regulated","Utility","Electric Supply Reserve Capacity","Ben_26","Reduced PM Emissions","App_5_Ben_26","App_5_Ben_26_Calculated","Utility_App_5_Ben_26",0,"Calculated","App_5_Ben_26_Utility"]
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["00110001App_11","End-User","Regulated","End-User","Time-of-use (TOU) Energy Cost Management","Ben_15","Reduced Electricity Losses","App_11_Ben_15","App_11_Ben_15_Additional","End-User_App_11_Ben_15",0,"Additional","App_11_Ben_15_End-User"]
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["00110001App_12","End-User","Regulated","End-User","Demand Charge Management","Ben_25","Reduced NOx Emissions","App_12_Ben_25","App_12_Ben_25_Additional","End-User_App_12_Ben_25",0,"Additional","App_12_Ben_25_End-User"]
["00110001App_12","End-User","Regulated","End-User","Demand Charge Management","Ben_26","Reduced PM Emissions","App_12_Ben_26","App_12_Ben_26_Additional","End-User_App_12_Ben_26",0,"Additional","App_12_Ben_26_End-User"]
["00101001App_12","End-User","Deregulated","End-User","Demand Charge Management","Ben_10","Optimized Generator Operation (Non-Utility Merchant)","App_12_Ben_10","App_12_Ben_10_Additional","End-User_App_12_Ben_10",0,"Additional","App_12_Ben_10_End-User"]
["00101001App_12","End-User","Deregulated","End-User","Demand Charge Management","Ben_28","Deferred Generation Capacity Investments","App_12_Ben_28","App_12_Ben_28_Additional","End-User_App_12_Ben_28",0,"Additional","App_12_Ben_28_End-User"]
["00101001App_12","End-User","Deregulated","End-User","Demand Charge Management","Ben_11","Deferred Transmission Investments","App_12_Ben_11","App_12_Ben_11_Additional","End-User_App_12_Ben_11",0,"Additional","App_12_Ben_11_End-User"]
["00101001App_12","End-User","Deregulated","End-User","Demand Charge Management","Ben_12","Deferred Distribution Investments","App_12_Ben_12","App_12_Ben_12_Additional","End-User_App_12_Ben_12",0,"Additional","App_12_Ben_12_End-User"]
["00101001App_12","End-User","Deregulated","End-User","Demand Charge Management","Ben_15","Reduced Electricity Losses","App_12_Ben_15","App_12_Ben_15_Additional","End-User_App_12_Ben_15",0,"Additional","App_12_Ben_15_End-User"]
["00101001App_12","End-User","Deregulated","End-User","Demand Charge Management","Ben_04","Reduced Electricity Cost (Consumer)","App_12_Ben_04","App_12_Ben_04_Calculated","End-User_App_12_Ben_04",0,"Calculated","App_12_Ben_04_End-User"]
["00101001App_12","End-User","Deregulated","End-User","Demand Charge Management","Ben_23","Reduced CO2 Emissions","App_12_Ben_23","App_12_Ben_23_Additional","End-User_App_12_Ben_23",0,"Additional","App_12_Ben_23_End-User"]
["00101001App_12","End-User","Deregulated","End-User","Demand Charge Management","Ben_24","Reduced SOx Emissions","App_12_Ben_24","App_12_Ben_24_Additional","End-User_App_12_Ben_24",0,"Additional","App_12_Ben_24_End-User"]
["00101001App_12","End-User","Deregulated","End-User","Demand Charge Management","Ben_25","Reduced NOx Emissions","App_12_Ben_25","App_12_Ben_25_Additional","End-User_App_12_Ben_25",0,"Additional","App_12_Ben_25_End-User"]
["00101001App_12","End-User","Deregulated","End-User","Demand Charge Management","Ben_26","Reduced PM Emissions","App_12_Ben_26","App_12_Ben_26_Additional","End-User_App_12_Ben_26",0,"Additional","App_12_Ben_26_End-User"]
["10010100App_13","Generation and Transmission","Regulated","Utility","Electric Service Reliability","Ben_29","Reduced Outages (Utility/Ratepayer)","App_13_Ben_29","App_13_Ben_29_Calculated","Utility_App_13_Ben_29",0,"Calculated","App_13_Ben_29_Utility"]
["10001100App_13","Generation and Transmission","Deregulated","Utility","Electric Service Reliability","Ben_29","Reduced Outages (Utility/Ratepayer)","App_13_Ben_29","App_13_Ben_29_Calculated","Utility_App_13_Ben_29",0,"Calculated","App_13_Ben_29_Utility"]
["01010100App_13","Distribution","Regulated","Utility","Electric Service Reliability","Ben_29","Reduced Outages (Utility/Ratepayer)","App_13_Ben_29","App_13_Ben_29_Calculated","Utility_App_13_Ben_29",0,"Calculated","App_13_Ben_29_Utility"]
["01001100App_13","Distribution","Deregulated","Utility","Electric Service Reliability","Ben_29","Reduced Outages (Utility/Ratepayer)","App_13_Ben_29","App_13_Ben_29_Calculated","Utility_App_13_Ben_29",0,"Calculated","App_13_Ben_29_Utility"]
["00110001App_13","End-User","Regulated","End-User","Electric Service Reliability","Ben_32","Reduced Outages (Consumer)","App_13_Ben_32","App_13_Ben_32_Calculated","End-User_App_13_Ben_32",0,"Calculated","App_13_Ben_32_End-User"]
["00101001App_13","End-User","Deregulated","End-User","Electric Service Reliability","Ben_32","Reduced Outages (Consumer)","App_13_Ben_32","App_13_Ben_32_Calculated","End-User_App_13_Ben_32",0,"Calculated","App_13_Ben_32_End-User"]
["00110001App_14","End-User","Regulated","End-User","Electric Service Power Quality","Ben_33","Improved Power Quality","App_14_Ben_33","App_14_Ben_33_Calculated","End-User_App_14_Ben_33",0,"Calculated","App_14_Ben_33_End-User"]
["00101001App_14","End-User","Deregulated","End-User","Electric Service Power Quality","Ben_33","Improved Power Quality","App_14_Ben_33","App_14_Ben_33_Calculated","End-User_App_14_Ben_33",0,"Calculated","App_14_Ben_33_End-User"]
["10010100App_15","Generation and Transmission","Regulated","Utility","Renewables Energy Time-shift","Ben_34","Optimized Generator Operation  (Utility/Ratepayer)","App_15_Ben_34","App_15_Ben_34_Additional","Utility_App_15_Ben_34",0,"Additional","App_15_Ben_34_Utility"]
["10010100App_15","Generation and Transmission","Regulated","Utility","Renewables Energy Time-shift","Ben_28","Deferred Generation Capacity Investments","App_15_Ben_28","App_15_Ben_28_Additional","Utility_App_15_Ben_28",0,"Additional","App_15_Ben_28_Utility"]
["10010100App_15","Generation and Transmission","Regulated","Utility","Renewables Energy Time-shift","Ben_11","Deferred Transmission Investments","App_15_Ben_11","App_15_Ben_11_Additional","Utility_App_15_Ben_11",0,"Additional","App_15_Ben_11_Utility"]
["10010100App_15","Generation and Transmission","Regulated","Utility","Renewables Energy Time-shift","Ben_15","Reduced Electricity Losses","App_15_Ben_15","App_15_Ben_15_Additional","Utility_App_15_Ben_15",0,"Additional","App_15_Ben_15_Utility"]
["10010100App_15","Generation and Transmission","Regulated","Utility","Renewables Energy Time-shift","Ben_14","Reduced Electricity Cost (Utility/Ratepayer)","App_15_Ben_14","App_15_Ben_14_Calculated","Utility_App_15_Ben_14",0,"Calculated","App_15_Ben_14_Utility"]
["10010100App_15","Generation and Transmission","Regulated","Utility","Renewables Energy Time-shift","Ben_23","Reduced CO2 Emissions","App_15_Ben_23",{"$f":"H166&\"_\"&L166","v":"App_15_Ben_23_Calculated"},"Utility_App_15_Ben_23",0,"Calculated","App_15_Ben_23_Utility"]
["10010100App_15","Generation and Transmission","Regulated","Utility","Renewables Energy Time-shift","Ben_24","Reduced SOx Emissions","App_15_Ben_24","App_15_Ben_24_Calculated","Utility_App_15_Ben_24",0,"Calculated","App_15_Ben_24_Utility"]
["10010100App_15","Generation and Transmission","Regulated","Utility","Renewables Energy Time-shift","Ben_25","Reduced NOx Emissions","App_15_Ben_25","App_15_Ben_25_Calculated","Utility_App_15_Ben_25",0,"Calculated","App_15_Ben_25_Utility"]
["10010100App_15","Generation and Transmission","Regulated","Utility","Renewables Energy Time-shift","Ben_26","Reduced PM Emissions","App_15_Ben_26","App_15_Ben_26_Calculated","Utility_App_15_Ben_26",0,"Calculated","App_15_Ben_26_Utility"]
["01010100App_15","Distribution","Regulated","Utility","Renewables Energy Time-shift","Ben_34","Optimized Generator Operation  (Utility/Ratepayer)","App_15_Ben_34","App_15_Ben_34_Additional","Utility_App_15_Ben_34",0,"Additional","App_15_Ben_34_Utility"]
["01010100App_15","Distribution","Regulated","Utility","Renewables Energy Time-shift","Ben_28","Deferred Generation Capacity Investments","App_15_Ben_28","App_15_Ben_28_Additional","Utility_App_15_Ben_28",0,"Additional","App_15_Ben_28_Utility"]
["01010100App_15","Distribution","Regulated","Utility","Renewables Energy Time-shift","Ben_12","Deferred Distribution Investments","App_15_Ben_12","App_15_Ben_12_Additional","Utility_App_15_Ben_12",0,"Additional","App_15_Ben_12_Utility"]
["01010100App_15","Distribution","Regulated","Utility","Renewables Energy Time-shift","Ben_15","Reduced Electricity Losses","App_15_Ben_15","App_15_Ben_15_Additional","Utility_App_15_Ben_15",0,"Additional","App_15_Ben_15_Utility"]
["01010100App_15","Distribution","Regulated","Utility","Renewables Energy Time-shift","Ben_14","Reduced Electricity Cost (Utility/Ratepayer)","App_15_Ben_14","App_15_Ben_14_Calculated","Utility_App_15_Ben_14",0,"Calculated","App_15_Ben_14_Utility"]
["01010100App_15","Distribution","Regulated","Utility","Renewables Energy Time-shift","Ben_23","Reduced CO2 Emissions","App_15_Ben_23","App_15_Ben_23_Calculated","Utility_App_15_Ben_23",0,"Calculated","App_15_Ben_23_Utility"]
["01010100App_15","Distribution","Regulated","Utility","Renewables Energy Time-shift","Ben_24","Reduced SOx Emissions","App_15_Ben_24","App_15_Ben_24_Calculated","Utility_App_15_Ben_24",0,"Calculated","App_15_Ben_24_Utility"]
["01010100App_15","Distribution","Regulated","Utility","Renewables Energy Time-shift","Ben_25","Reduced NOx Emissions","App_15_Ben_25","App_15_Ben_25_Calculated","Utility_App_15_Ben_25",0,"Calculated","App_15_Ben_25_Utility"]
["01010100App_15","Distribution","Regulated","Utility","Renewables Energy Time-shift","Ben_26","Reduced PM Emissions","App_15_Ben_26","App_15_Ben_26_Calculated","Utility_App_15_Ben_26",0,"Calculated","App_15_Ben_26_Utility"]
["10001010App_15","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Renewables Energy Time-shift","Ben_01","Arbitrage Revenue","App_15_Ben_01","App_15_Ben_01_Calculated","Non-Utility Merchant/Independent Power Producer_App_15_Ben_01",0,"Calculated","App_15_Ben_01_Non-Utility Merchant/Independent Power Producer"]
["10001010App_15","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Renewables Energy Time-shift","Ben_10","Optimized Generator Operation (Non-Utility Merchant)","App_15_Ben_10","App_15_Ben_10_Additional","Non-Utility Merchant/Independent Power Producer_App_15_Ben_10",0,"Additional","App_15_Ben_10_Non-Utility Merchant/Independent Power Producer"]
["10001010App_15","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Renewables Energy Time-shift","Ben_28","Deferred Generation Capacity Investments","App_15_Ben_28","App_15_Ben_28_Additional","Non-Utility Merchant/Independent Power Producer_App_15_Ben_28",0,"Additional","App_15_Ben_28_Non-Utility Merchant/Independent Power Producer"]
["10001010App_15","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Renewables Energy Time-shift","Ben_11",{"$f":"INDIRECT(F182)","v":"Deferred Transmission Investments"},{"$f":"MID(A182,9,7)&\"_\"&F182","v":"App_15_Ben_11"},"App_15_Ben_11_Additional","Non-Utility Merchant/Independent Power Producer_App_15_Ben_11",0,"Additional","App_15_Ben_11_Non-Utility Merchant/Independent Power Producer"]
["10001010App_15","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Renewables Energy Time-shift","Ben_15","Reduced Electricity Losses","App_15_Ben_15","App_15_Ben_15_Additional","Non-Utility Merchant/Independent Power Producer_App_15_Ben_15",0,"Additional","App_15_Ben_15_Non-Utility Merchant/Independent Power Producer"]
["10001010App_15","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Renewables Energy Time-shift","Ben_23",{"$f":"INDIRECT(F184)","v":"Reduced CO2 Emissions"},{"$f":"MID(A184,9,7)&\"_\"&F184","v":"App_15_Ben_23"},"App_15_Ben_23_Calculated","Non-Utility Merchant/Independent Power Producer_App_15_Ben_23",0,"Calculated","App_15_Ben_23_Non-Utility Merchant/Independent Power Producer"]
["10001010App_15","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Renewables Energy Time-shift","Ben_24","Reduced SOx Emissions","App_15_Ben_24","App_15_Ben_24_Calculated","Non-Utility Merchant/Independent Power Producer_App_15_Ben_24",0,"Calculated","App_15_Ben_24_Non-Utility Merchant/Independent Power Producer"]
["10001010App_15","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Renewables Energy Time-shift","Ben_25","Reduced NOx Emissions","App_15_Ben_25","App_15_Ben_25_Calculated","Non-Utility Merchant/Independent Power Producer_App_15_Ben_25",0,"Calculated","App_15_Ben_25_Non-Utility Merchant/Independent Power Producer"]
["10001010App_15",{"$f":"IF(MID(A187,1,1)=\"1\",Loc_1,IF(MID(A187,2,1)=\"1\",Loc_2,IF(MID(A187,3,1)=\"1\",Loc_3)))","v":"Generation and Transmission"},{"$f":"IF(MID(A187,4,1)=\"1\",Mark_1,IF(MID(A187,5,1)=\"1\",Mark_2))","v":"Deregulated"},{"$f":"IF(MID(A187,6,1)=\"1\",Own_1,IF(MID(A187,7,1)=\"1\",Own_2,IF(MID(A187,8,1)=\"1\",Own_3)))","v":"Non-Utility Merchant/Independent Power Producer"},{"$f":"INDIRECT(MID(A187,9,6))","v":"Renewables Energy Time-shift"},"Ben_26","Reduced PM Emissions","App_15_Ben_26","App_15_Ben_26_Calculated","Non-Utility Merchant/Independent Power Producer_App_15_Ben_26",0,"Calculated","App_15_Ben_26_Non-Utility Merchant/Independent Power Producer"]
["01001010App_15","Distribution","Deregulated","Non-Utility Merchant/Independent Power Producer","Renewables Energy Time-shift","Ben_01","Arbitrage Revenue","App_15_Ben_01","App_15_Ben_01_Calculated","Non-Utility Merchant/Independent Power Producer_App_15_Ben_01",0,"Calculated","App_15_Ben_01_Non-Utility Merchant/Independent Power Producer"]
["01001010App_15","Distribution","Deregulated","Non-Utility Merchant/Independent Power Producer","Renewables Energy Time-shift","Ben_10","Optimized Generator Operation (Non-Utility Merchant)","App_15_Ben_10","App_15_Ben_10_Additional","Non-Utility Merchant/Independent Power Producer_App_15_Ben_10",0,"Additional","App_15_Ben_10_Non-Utility Merchant/Independent Power Producer"]
["01001010App_15","Distribution","Deregulated","Non-Utility Merchant/Independent Power Producer","Renewables Energy Time-shift","Ben_28","Deferred Generation Capacity Investments","App_15_Ben_28","App_15_Ben_28_Additional","Non-Utility Merchant/Independent Power Producer_App_15_Ben_28",0,"Additional","App_15_Ben_28_Non-Utility Merchant/Independent Power Producer"]
["01001010App_15","Distribution","Deregulated","Non-Utility Merchant/Independent Power Producer","Renewables Energy Time-shift","Ben_12","Deferred Distribution Investments","App_15_Ben_12","App_15_Ben_12_Additional","Non-Utility Merchant/Independent Power Producer_App_15_Ben_12",0,"Additional","App_15_Ben_12_Non-Utility Merchant/Independent Power Producer"]
["01001010App_15","Distribution","Deregulated","Non-Utility Merchant/Independent Power Producer","Renewables Energy Time-shift","Ben_15","Reduced Electricity Losses","App_15_Ben_15","App_15_Ben_15_Additional","Non-Utility Merchant/Independent Power Producer_App_15_Ben_15",0,"Additional","App_15_Ben_15_Non-Utility Merchant/Independent Power Producer"]
["01001010App_15","Distribution","Deregulated","Non-Utility Merchant/Independent Power Producer","Renewables Energy Time-shift","Ben_23","Reduced CO2 Emissions","App_15_Ben_23","App_15_Ben_23_Calculated","Non-Utility Merchant/Independent Power Producer_App_15_Ben_23",0,"Calculated","App_15_Ben_23_Non-Utility Merchant/Independent Power Producer"]
["01001010App_15","Distribution","Deregulated","Non-Utility Merchant/Independent Power Producer","Renewables Energy Time-shift","Ben_24","Reduced SOx Emissions","App_15_Ben_24","App_15_Ben_24_Calculated","Non-Utility Merchant/Independent Power Producer_App_15_Ben_24",{"$f":"IF(OR(A194=LMO_A_Code_1,A194=LMO_A_Code_2,A194=LMO_A_Code_3),1,0)","v":0},"Calculated","App_15_Ben_24_Non-Utility Merchant/Independent Power Producer"]
["01001010App_15","Distribution","Deregulated","Non-Utility Merchant/Independent Power Producer","Renewables Energy Time-shift","Ben_25",{"$f":"INDIRECT(F195)","v":"Reduced NOx Emissions"},{"$f":"MID(A195,9,7)&\"_\"&F195","v":"App_15_Ben_25"},"App_15_Ben_25_Calculated",{"$f":"D195&\"_\"&H195","v":"Non-Utility Merchant/Independent Power Producer_App_15_Ben_25"},0,"Calculated",{"$f":"H195&\"_\"&D195","v":"App_15_Ben_25_Non-Utility Merchant/Independent Power Producer"}]
["01001010App_15","Distribution","Deregulated","Non-Utility Merchant/Independent Power Producer","Renewables Energy Time-shift","Ben_26","Reduced PM Emissions","App_15_Ben_26","App_15_Ben_26_Calculated","Non-Utility Merchant/Independent Power Producer_App_15_Ben_26",0,"Calculated","App_15_Ben_26_Non-Utility Merchant/Independent Power Producer"]
["00110001App_15","End-User","Regulated","End-User","Renewables Energy Time-shift","Ben_04","Reduced Electricity Cost (Consumer)","App_15_Ben_04","App_15_Ben_04_Calculated","End-User_App_15_Ben_04",0,"Calculated","App_15_Ben_04_End-User"]
["00110001App_15","End-User","Regulated","End-User","Renewables Energy Time-shift","Ben_23","Reduced CO2 Emissions","App_15_Ben_23","App_15_Ben_23_Calculated","End-User_App_15_Ben_23",0,"Calculated","App_15_Ben_23_End-User"]
["00110001App_15","End-User","Regulated","End-User","Renewables Energy Time-shift","Ben_24","Reduced SOx Emissions","App_15_Ben_24","App_15_Ben_24_Calculated","End-User_App_15_Ben_24",0,"Calculated","App_15_Ben_24_End-User"]
["00110001App_15","End-User","Regulated","End-User","Renewables Energy Time-shift","Ben_25","Reduced NOx Emissions","App_15_Ben_25","App_15_Ben_25_Calculated","End-User_App_15_Ben_25",0,"Calculated","App_15_Ben_25_End-User"]
["00110001App_15","End-User","Regulated","End-User","Renewables Energy Time-shift","Ben_26","Reduced PM Emissions","App_15_Ben_26","App_15_Ben_26_Calculated","End-User_App_15_Ben_26",0,"Calculated","App_15_Ben_26_End-User"]
["00101001App_15","End-User","Deregulated","End-User","Renewables Energy Time-shift","Ben_04","Reduced Electricity Cost (Consumer)","App_15_Ben_04","App_15_Ben_04_Calculated","End-User_App_15_Ben_04",0,"Calculated","App_15_Ben_04_End-User"]
["00101001App_15","End-User","Deregulated","End-User","Renewables Energy Time-shift","Ben_23","Reduced CO2 Emissions","App_15_Ben_23","App_15_Ben_23_Calculated","End-User_App_15_Ben_23",0,"Calculated","App_15_Ben_23_End-User"]
["00101001App_15","End-User","Deregulated","End-User","Renewables Energy Time-shift","Ben_24","Reduced SOx Emissions","App_15_Ben_24","App_15_Ben_24_Calculated","End-User_App_15_Ben_24",0,"Calculated","App_15_Ben_24_End-User"]
["00101001App_15","End-User","Deregulated","End-User","Renewables Energy Time-shift","Ben_25","Reduced NOx Emissions","App_15_Ben_25","App_15_Ben_25_Calculated","End-User_App_15_Ben_25",0,"Calculated","App_15_Ben_25_End-User"]
["00101001App_15","End-User","Deregulated","End-User","Renewables Energy Time-shift","Ben_26","Reduced PM Emissions","App_15_Ben_26","App_15_Ben_26_Calculated","End-User_App_15_Ben_26",0,"Calculated","App_15_Ben_26_End-User"]
["10010100App_16","Generation and Transmission","Regulated","Utility","Renewables Capacity Firming","Ben_28","Deferred Generation Capacity Investments","App_16_Ben_28","App_16_Ben_28_Calculated","Utility_App_16_Ben_28",0,"Calculated","App_16_Ben_28_Utility"]
["10010100App_16","Generation and Transmission","Regulated","Utility","Renewables Capacity Firming","Ben_23","Reduced CO2 Emissions","App_16_Ben_23","App_16_Ben_23_Calculated","Utility_App_16_Ben_23",0,"Calculated","App_16_Ben_23_Utility"]
["10010100App_16","Generation and Transmission","Regulated","Utility","Renewables Capacity Firming","Ben_24","Reduced SOx Emissions","App_16_Ben_24","App_16_Ben_24_Calculated","Utility_App_16_Ben_24",0,"Calculated","App_16_Ben_24_Utility"]
["10010100App_16","Generation and Transmission","Regulated","Utility","Renewables Capacity Firming","Ben_25","Reduced NOx Emissions","App_16_Ben_25","App_16_Ben_25_Calculated","Utility_App_16_Ben_25",0,"Calculated","App_16_Ben_25_Utility"]
["10010100App_16","Generation and Transmission","Regulated","Utility","Renewables Capacity Firming","Ben_26","Reduced PM Emissions","App_16_Ben_26","App_16_Ben_26_Calculated","Utility_App_16_Ben_26",0,"Calculated","App_16_Ben_26_Utility"]
["10001010App_16","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Renewables Capacity Firming","Ben_02","Capacity Market Revenue","App_16_Ben_02","App_16_Ben_02_Calculated","Non-Utility Merchant/Independent Power Producer_App_16_Ben_02",0,"Calculated","App_16_Ben_02_Non-Utility Merchant/Independent Power Producer"]
["10001010App_16","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Renewables Capacity Firming","Ben_23","Reduced CO2 Emissions","App_16_Ben_23","App_16_Ben_23_Calculated","Non-Utility Merchant/Independent Power Producer_App_16_Ben_23",0,"Calculated","App_16_Ben_23_Non-Utility Merchant/Independent Power Producer"]
["10001010App_16","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Renewables Capacity Firming","Ben_24","Reduced SOx Emissions","App_16_Ben_24","App_16_Ben_24_Calculated","Non-Utility Merchant/Independent Power Producer_App_16_Ben_24",0,"Calculated","App_16_Ben_24_Non-Utility Merchant/Independent Power Producer"]
["10001010App_16","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Renewables Capacity Firming","Ben_25","Reduced NOx Emissions","App_16_Ben_25","App_16_Ben_25_Calculated","Non-Utility Merchant/Independent Power Producer_App_16_Ben_25",0,"Calculated","App_16_Ben_25_Non-Utility Merchant/Independent Power Producer"]
["10001010App_16","Generation and Transmission","Deregulated","Non-Utility Merchant/Independent Power Producer","Renewables Capacity Firming","Ben_26","Reduced PM Emissions","App_16_Ben_26","App_16_Ben_26_Calculated","Non-Utility Merchant/Independent Power Producer_App_16_Ben_26",0,"Calculated","App_16_Ben_26_Non-Utility Merchant/Independent Power Producer"]
["10010100App_17","Generation and Transmission","Regulated","Utility","Wind Generation Grid Integration - Short Duration","Ben_28","Deferred Generation Capacity Investments","App_17_Ben_28","App_17_Ben_28_Calculated","Utility_App_17_Ben_28",0,"Calculated","App_17_Ben_28_Utility"]
["10010100App_17","Generation and Transmission","Regulated","Utility","Wind Generation Grid Integration - Short Duration","Ben_23","Reduced CO2 Emissions","App_17_Ben_23","App_17_Ben_23_Calculated","Utility_App_17_Ben_23",0,"Calculated","App_17_Ben_23_Utility"]
["10010100App_17","Generation and Transmission","Regulated","Utility","Wind Generation Grid Integration - Short Duration","Ben_24","Reduced SOx Emissions","App_17_Ben_24","App_17_Ben_24_Calculated","Utility_App_17_Ben_24",0,"Calculated","App_17_Ben_24_Utility"]
["10010100App_17","Generation and Transmission","Regulated","Utility","Wind Generation Grid Integration - Short Duration","Ben_25","Reduced NOx Emissions","App_17_Ben_25","App_17_Ben_25_Calculated","Utility_App_17_Ben_25",0,"Calculated","App_17_Ben_25_Utility"]
["10010100App_17","Generation and Transmission","Regulated","Utility","Wind Generation Grid Integration - Short Duration","Ben_26","Reduced PM Emissions","App_17_Ben_26","App_17_Ben_26_Calculated","Utility_App_17_Ben_26",0,"Calculated","App_17_Ben_26_Utility"]
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[null,"App_5_Ben_03","Non-Utility Merchant/Independent Power Producer_App_5_Ben_03","App_5_Ben_03_Calculated","Ancillary Services Revenue",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D21,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_19","Total Energy Storage Capacity Sold",0]
[null,"App_5_Ben_10","Non-Utility Merchant/Independent Power Producer_App_5_Ben_10","App_5_Ben_10_Calculated","Optimized Generator Operation (Non-Utility Merchant)",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D22,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_20","Average Value of Capacity on the Market ",0]
[null,"App_6_Ben_03","Non-Utility Merchant/Independent Power Producer_App_6_Ben_03","App_6_Ben_03_Calculated","Ancillary Services Revenue",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D23,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_21","Generation Capacity Deferred",0]
[null,"App_6_Ben_33","Non-Utility Merchant/Independent Power Producer_App_6_Ben_33","App_6_Ben_33_Calculated","Improved Power Quality",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D24,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_22","Capital Cost of Deferred Generation Capacity",0]
[null,"App_7_Ben_11","Non-Utility Merchant/Independent Power Producer_App_7_Ben_11","App_7_Ben_11_Calculated","Deferred Transmission Investments",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D25,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_23","Yearly O&M Costs of Deferred Generation Capacity",0]
[null,"App_7_Ben_29","Non-Utility Merchant/Independent Power Producer_App_7_Ben_29","App_7_Ben_29_Calculated","Reduced Outages (Utility/Ratepayer)",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D26,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_24","Annual Fixed Charge Rate for Generation Capital Investment",0]
[null,"App_8_Ben_11","Non-Utility Merchant/Independent Power Producer_App_8_Ben_11","App_8_Ben_11_Calculated","Deferred Transmission Investments",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D27,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_25","Initial Year of Generation Deferral",0]
[null,"App_8_Ben_31","Non-Utility Merchant/Independent Power Producer_App_8_Ben_31","App_8_Ben_31_Calculated","Reduced Congestion Costs (Utility/Ratepayer)",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D28,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_26","Final year of Generation Deferral",0]
[null,"App_8_Ben_30","Non-Utility Merchant/Independent Power Producer_App_8_Ben_30","App_8_Ben_30_Calculated","Reduced Congestion Costs (Non-Utility Merchant)",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D29,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_27","Total Load Following Services Provided",0]
[null,"App_9_Ben_11","Non-Utility Merchant/Independent Power Producer_App_9_Ben_11","App_9_Ben_11_Calculated","Deferred Transmission Investments",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D30,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_28","Average Price for Load Following",0]
[null,"App_9_Ben_12","Non-Utility Merchant/Independent Power Producer_App_9_Ben_12","App_9_Ben_12_Calculated","Deferred Distribution Investments",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D31,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_29","Capital Cost of Conventional Generation Capacity used for Load Following ",0]
[null,"App_11_Ben_04","Non-Utility Merchant/Independent Power Producer_App_11_Ben_04","App_11_Ben_04_Calculated","Reduced Electricity Cost (Consumer)",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D32,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_30","Total Energy Discharged for Load Following",0]
[null,"App_12_Ben_04","Non-Utility Merchant/Independent Power Producer_App_12_Ben_04","App_12_Ben_04_Calculated","Reduced Electricity Cost (Consumer)",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D33,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_31","Marginal Operating Cost of Load Following Generation",0]
[null,"App_13_Ben_29","Non-Utility Merchant/Independent Power Producer_App_13_Ben_29","App_13_Ben_29_Calculated","Reduced Outages (Utility/Ratepayer)",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D34,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_32","Marginal Operating Cost of Base Load Generation",0]
[null,"App_13_Ben_32","Non-Utility Merchant/Independent Power Producer_App_13_Ben_32","App_13_Ben_32_Calculated","Reduced Outages (Consumer)",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D35,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_33","Total Area Regulation Services Provided",0]
[null,"App_14_Ben_33","Non-Utility Merchant/Independent Power Producer_App_14_Ben_33","App_14_Ben_33_Calculated","Improved Power Quality",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D36,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_34","Average Price for Area Regulation",0]
[null,"App_15_Ben_14","Non-Utility Merchant/Independent Power Producer_App_15_Ben_14","App_15_Ben_14_Calculated","Reduced Electricity Cost (Utility/Ratepayer)",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D37,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_105","Energy Storage Capacity for Area Regulation",0]
[null,"App_15_Ben_23","Non-Utility Merchant/Independent Power Producer_App_15_Ben_23","App_15_Ben_23_Calculated","Reduced CO2 Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D38,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_35","Conventional Capacity Required for Equivalent Level of Area Regulation",0]
[null,"App_15_Ben_24","Non-Utility Merchant/Independent Power Producer_App_15_Ben_24","App_15_Ben_24_Calculated","Reduced SOx Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D39,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_36","Price of Conventional Capacity",0]
[null,"App_15_Ben_25","Non-Utility Merchant/Independent Power Producer_App_15_Ben_25","App_15_Ben_25_Calculated","Reduced NOx Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D40,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_37","Total Spinning-Reserve Services Provided",0]
[null,"App_15_Ben_26","Non-Utility Merchant/Independent Power Producer_App_15_Ben_26","App_15_Ben_26_Calculated","Reduced PM Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D41,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_38","Average Price for Spinning Reserve Services",0]
[null,"App_15_Ben_01","Non-Utility Merchant/Independent Power Producer_App_15_Ben_01","App_15_Ben_01_Calculated","Arbitrage Revenue",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D42,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_39","Total Non-Spinning-Reserve Services Provided",0]
[null,"App_15_Ben_04","Non-Utility Merchant/Independent Power Producer_App_15_Ben_04","App_15_Ben_04_Calculated","Reduced Electricity Cost (Consumer)",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D43,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_40","Average Price for Non-Spinning Reserve Services",0]
[null,"App_16_Ben_23","Non-Utility Merchant/Independent Power Producer_App_16_Ben_23","App_16_Ben_23_Calculated","Reduced CO2 Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D44,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_41","Total Backup Supply Services Provided",0]
[null,"App_16_Ben_24","Non-Utility Merchant/Independent Power Producer_App_16_Ben_24","App_16_Ben_24_Calculated","Reduced SOx Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D45,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_42","Average Price for Backup Supply Services",0]
[null,"App_16_Ben_25","Non-Utility Merchant/Independent Power Producer_App_16_Ben_25","App_16_Ben_25_Calculated","Reduced NOx Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D46,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_43","Marginal Operating Costs of Conventional Generation at Partial Load",0]
[null,"App_16_Ben_26","Non-Utility Merchant/Independent Power Producer_App_16_Ben_26","App_16_Ben_26_Calculated","Reduced PM Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D47,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_44","Marginal Operating Costs of Conventional Generation at Optimal Load",0]
[null,"App_16_Ben_28","Non-Utility Merchant/Independent Power Producer_App_16_Ben_28","App_16_Ben_28_Calculated","Deferred Generation Capacity Investments",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D48,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_45","CO2 Emissions Factor of Generation at Partial Load",0]
[null,"App_16_Ben_02","Non-Utility Merchant/Independent Power Producer_App_16_Ben_02","App_16_Ben_02_Calculated","Capacity Market Revenue",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D49,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_46","CO2 Emissions Factor of Generation at Optimal Load",0]
[null,"App_17_Ben_23","Non-Utility Merchant/Independent Power Producer_App_17_Ben_23","App_17_Ben_23_Calculated","Reduced CO2 Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D50,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_47","SOx Emissions Factor of Generation at Partial Load",0]
[null,"App_17_Ben_24","Non-Utility Merchant/Independent Power Producer_App_17_Ben_24","App_17_Ben_24_Calculated","Reduced SOx Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D51,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_48","SOx Emissions Factor of Generation at Optimal Load",0]
[null,"App_17_Ben_25","Non-Utility Merchant/Independent Power Producer_App_17_Ben_25","App_17_Ben_25_Calculated","Reduced NOx Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D52,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_49","NOx Emissions Factor of Generation at Partial Load",0]
[null,"App_17_Ben_26","Non-Utility Merchant/Independent Power Producer_App_17_Ben_26","App_17_Ben_26_Calculated","Reduced PM Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D53,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_50","NOx Emissions Factor of Generation at Optimal Load",0]
[null,"App_17_Ben_28","Non-Utility Merchant/Independent Power Producer_App_17_Ben_28","App_17_Ben_28_Calculated","Deferred Generation Capacity Investments",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D54,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_51","PM Emissions Factor of Generation at Partial Load",0]
[null,"App_17_Ben_02","Non-Utility Merchant/Independent Power Producer_App_17_Ben_02","App_17_Ben_02_Calculated","Capacity Market Revenue",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D55,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_52","PM Emissions Factor of Generation at Optimal Load",0]
[null,"App_18_Ben_14","Non-Utility Merchant/Independent Power Producer_App_18_Ben_14","App_18_Ben_14_Calculated","Reduced Electricity Cost (Utility/Ratepayer)",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D56,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_53","Annual Reactive Power Capacity Available for Voltage Support",0]
[null,"App_18_Ben_23","Non-Utility Merchant/Independent Power Producer_App_18_Ben_23","App_18_Ben_23_Calculated","Reduced CO2 Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D57,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_54","Annual Capacity Payment for Voltage Support",0]
[null,"App_18_Ben_24","Non-Utility Merchant/Independent Power Producer_App_18_Ben_24","App_18_Ben_24_Calculated","Reduced SOx Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D58,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_55","Average Variable Operating Cost of Non-Congestion Generation",0]
[null,"App_18_Ben_25","Non-Utility Merchant/Independent Power Producer_App_18_Ben_25","App_18_Ben_25_Calculated",{"$f":"INDIRECT(RIGHT(B59,6))","v":"Reduced NOx Emissions"},{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D59,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_56","Annual Transmission Enhancement Benefit",0]
[null,"App_18_Ben_26","Non-Utility Merchant/Independent Power Producer_App_18_Ben_26","App_18_Ben_26_Calculated",{"$f":"INDIRECT(RIGHT(B60,6))","v":"Reduced PM Emissions"},{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D60,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_57","Number of Underfrequency Load-Shedding Occurrences",0]
[null,"App_18_Ben_01","Non-Utility Merchant/Independent Power Producer_App_18_Ben_01","App_18_Ben_01_Calculated",{"$f":"INDIRECT(RIGHT(B61,6))","v":"Arbitrage Revenue"},{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$I$2:$I$262,'Inputs Required'!D61,'LMO-App to Benefit Master Table'!$K$2:$K$262)>0,1,0)","v":0},null,"calc_input_58","Value of Avoided Load-Shedding Occurrences",0]
[null,null,null,null,null,null,null,"calc_input_59","Total Hours of Congestion Avoided",0]
[null,null,null,null,null,null,null,"calc_input_60","Average Congestion Charge",0]
[null,null,null,null,null,null,null,"calc_input_61","Average Wholesale Price of Electricity",0]
[null,null,null,null,null,null,null,"calc_input_62","Average Variable Operating Cost of Congestion Generation",0]
[null,null,null,null,null,null,null,"calc_input_63","Transmission Capacity Deferred",0]
[null,null,null,null,null,null,null,"calc_input_64","Annual Fixed Charge Rate for Transmission Capital Investment",0]
[null,null,null,null,null,null,null,"calc_input_65",{"$f":"INDIRECT(H68)","v":"Capital Cost of Deferred Transmission Capacity"},0]
[null,null,null,null,null,null,null,"calc_input_66","Yearly O&M Costs of Deferred Transmission Capacity",0]
[null,null,null,null,null,null,null,"calc_input_67","Initial Year of Transmission Deferral",0]
[null,null,null,null,null,null,null,"calc_input_68","Final year of Transmission Deferral",0]
[null,null,null,null,null,null,null,"calc_input_69","Distribution Capacity Deferred",0]
[null,null,null,null,null,null,null,"calc_input_70","Annual Fixed Charge Rate for Distribution Capital Investment",0]
[null,null,null,null,null,null,null,"calc_input_71","Capital Cost of Deferred Distribution Capacity",0]
[null,null,null,null,null,null,null,"calc_input_72","Yearly O&M Costs of Deferred Distribution Capacity",0]
[null,null,null,null,null,null,null,"calc_input_73","Initial Year of Distribution Deferral",0]
[null,null,null,null,null,null,null,"calc_input_74","Final year of Distribution Deferral",0]
[null,null,null,null,null,null,null,"calc_input_75","Total Energy Discharged for TOU Energy Cost Management",0]
[null,null,null,null,null,null,null,"calc_input_76","Average On-Peak Retail Price of Electricity",0]
[null,null,null,null,null,null,null,"calc_input_77","Average Off-Peak Retail Price of Electricity",0]
[null,null,null,null,null,null,null,"calc_input_78","Average Monthly Load Reduction from ES at Peak",0]
[null,null,null,null,null,null,null,"calc_input_79","Average Monthly Load Reduction from ES at Partial-Peak ",0]
[null,null,null,null,null,null,null,"calc_input_80","Average Monthly Load Reduction from ES at Off-Peak ",0]
[null,null,null,null,null,null,null,"calc_input_81","Peak Demand Charge ",0]
[null,null,null,null,null,null,null,"calc_input_82","Partial-Peak Demand Charge ",0]
[null,null,null,null,null,null,null,"calc_input_83","Off-Peak Demand Charge",0]
[null,null,null,null,null,null,null,"calc_input_84","Outage Minutes Avoided by Residential Customers",0]
[null,null,null,null,null,null,null,"calc_input_85","Outage Minutes Avoided by Commercial Customers",0]
[null,null,null,null,null,null,null,"calc_input_86","Outage Minutes Avoided by Industrial Customers",0]
[null,null,null,null,null,null,null,"calc_input_87","Average Hourly Residential Load Not Served During Outage",0]
[null,null,null,null,null,null,null,"calc_input_88","Average Hourly Commercial Load Not Served During Outage",0]
[null,null,null,null,null,null,null,"calc_input_89","Average Hourly Industrial Load Not Served During Outage",0]
[null,null,null,null,null,null,null,"calc_input_90","Residential VOS",0]
[null,null,null,null,null,null,null,"calc_input_91","Commercial VOS",0]
[null,null,null,null,null,null,null,"calc_input_92","Industrial VOS",0]
[null,null,null,null,null,null,null,"calc_input_93","Number of Months that Demand Charges are Avoided",0]
[null,null,null,null,null,null,null,"calc_input_94","Typical Number of Power Quality Events per Year",0]
[null,null,null,null,null,null,null,"calc_input_95","Value of Avoided Power Quality Events",0]
[null,null,null,null,null,null,null,"calc_input_96","Customer Peak Load",0]
[null,null,null,null,null,null,null,"calc_input_97","Average Variable Renewable Generation Costs",0]
[null,null,null,null,null,null,null,"calc_input_98","Total Renewable Energy Discharged for Arbitrage",0]
[null,null,null,null,null,null,null,"calc_input_99","Total Renewable Energy Discharged for Energy Time-Shift",0]
[null,null,null,null,null,null,null,"calc_input_100","Effective Load Carrying Capacity of Renewable Post-Firming",0]
[null,null,null,null,null,null,null,"calc_input_101","Effective Load Carrying Capacity of Renewable Pre-Firming",0]
[null,null,null,null,null,null,null,"calc_input_102","Hours of Renewable Energy Capacity Sold",0]
[null,null,null,null,null,null,null,"calc_input_103","Nameplate Capacity of Renewable Resource",0]
[null,null,null,null,null,null,null,"calc_input_104","Capacity Factor of Renewable Resource",0]
[null,null,null,null,null,null,null,"calc_input_106","Capital Cost of Conventional Voltage Support Solution ",0]
[null,null,null,null,null,null,null,"calc_input_107","Nameplate Reactive Power Capacity of Energy Storage",0]
[null,null,null,null,null,null,null,"calc_input_108","Annual Fixed Charge Rate for Voltage Support Capital Investment",0]
[null,null,null,null,null,null,null,"calc_input_109","Capital Cost of Conventional Electric Service Reliability Solution ",0]
[null,null,null,null,null,null,null,"calc_input_110","Annual Fixed Charge Rate for Electric Service Reliability Capital Investment",0]

{"sheet":"Input Constraints","index":17,"n_rows":24,"n_cols":7,"rows_kept":24,"cut":false,"hidden":true,"merged":[]}
["Parameter","Definition","Range Name","Value","Units"]
["Td","The maximum realistic annual discharge duration of the battery device assuming the maximum nameplate charge and discharge rates are equal and given the efficiency of the device.","Td",{"$f":"8760/(1/input_Param_9+1)","v":4197.5},"Hours"]
["input_Param_1",{"$f":"OFFSET(INDIRECT(A3),0,-2)","v":"Nameplate Power (kW)"},null,{"$f":"INDIRECT(A3)","v":1},{"$f":"OFFSET(INDIRECT(A3),0,-1)","v":"kW"}]
["calc_input_01",{"$f":"INDIRECT(A4)","v":"Total Energy Discharged for Arbitrage"},{"$f":"\"const_\"&A4","v":"const_calc_input_01"},{"$f":"Td*D3","v":4197.5},{"$f":"OFFSET(INDIRECT(A4),0,1)","v":"MWh"}]
["calc_input_04",{"$f":"INDIRECT(A5)","v":"Total Energy Discharged for Energy Time-Shift"},{"$f":"\"const_\"&A5","v":"const_calc_input_04"},{"$f":"Td*D3","v":4197.5},"MWh"]
["calc_input_19","Total Energy Storage Capacity Sold","const_calc_input_19",{"$f":"8760*D3","v":8760},"MW-h"]
["calc_input_27","Total Load Following Services Provided","const_calc_input_27",{"$f":"8760*D3","v":8760},"MW-h"]
["calc_input_30","Total Energy Discharged for Load Following","const_calc_input_30",{"$f":"8760*D3","v":8760},"MWh"]
["calc_input_33","Total Area Regulation Services Provided","const_calc_input_33",{"$f":"8760*D3*2","v":17520},"MW-h"]
["calc_input_35","Conventional Capacity Required for Equivalent Level of Area Regulation","const_calc_input_35",{"$f":"8760*D3*2","v":17520},"MW"]
["calc_input_53","Annual Reactive Power Capacity Available for Voltage Support","const_calc_input_53",{"$f":"D3","v":1},"MVAR-yr"]
["calc_input_59",{"$f":"INDIRECT(A12)","v":"Total Hours of Congestion Avoided"},"const_calc_input_59",{"$f":"Td","v":4197.5},"hr"]
["calc_input_75","Total Energy Discharged for TOU Energy Cost Management","const_calc_input_75",{"$f":"Td*D3","v":4197.5},"MWh"]
["calc_input_78","Average Monthly Load Reduction from ES at Peak","const_calc_input_78",{"$f":"D3","v":1},"MW"]
["calc_input_79","Average Monthly Load Reduction from ES at Partial-Peak ","const_calc_input_79",{"$f":"D3","v":1},"MW"]
["calc_input_80","Average Monthly Load Reduction from ES at Off-Peak ","const_calc_input_80",{"$f":"D3","v":1},"MW"]
["calc_input_98","Total Renewable Energy Discharged for Arbitrage","const_calc_input_98",{"$f":"Td*D3","v":4197.5},"MWh"]
["calc_input_99","Total Renewable Energy Discharged for Energy Time-Shift","const_calc_input_99",{"$f":"Td*D3","v":4197.5},"MWh"]
["END","END","END","END","END"]
[]
["Limit","Sum of spinning, non-spinning, and backup reserves","const_spn_nonspn_bup",{"$f":"8760*D3","v":8760},"MW-h"]
["Year",null,{"$f":"input_EcoParam_8","v":2011},{"$f":"C22+1","v":2012},{"$f":"D22+1","v":2013},{"$f":"E22+1","v":2014},{"$f":"F22+1","v":2015}]
["Actual","Sum of spinning, non-spinning, and backup reserves",{"$f":"'Data Input Module'!J43+'Data Input Module'!J45+'Data Input Module'!J47","v":0},{"$f":"'Data Input Module'!K43+'Data Input Module'!K45+'Data Input Module'!K47","v":0},{"$f":"'Data Input Module'!L43+'Data Input Module'!L45+'Data Input Module'!L47","v":0},{"$f":"'Data Input Module'!M43+'Data Input Module'!M45+'Data Input Module'!M47","v":0},{"$f":"'Data Input Module'!N43+'Data Input Module'!N45+'Data Input Module'!N47","v":0}]
["Value of total reserves too Large?",null,{"$f":"IF(C23>const_spn_nonspn_bup, \"Yes\", \"No\")","v":"No"},{"$f":"IF(D23>const_spn_nonspn_bup, \"Yes\", \"No\")","v":"No"},{"$f":"IF(E23>const_spn_nonspn_bup, \"Yes\", \"No\")","v":"No"},{"$f":"IF(F23>const_spn_nonspn_bup, \"Yes\", \"No\")","v":"No"},{"$f":"IF(G23>const_spn_nonspn_bup, \"Yes\", \"No\")","v":"No"}]

{"sheet":"Data Input Module","index":18,"n_rows":116,"n_cols":14,"rows_kept":116,"cut":false,"hidden":true,"merged":[[1,5,1,8]]}
[null,null,null,null,null,"Data Input Module"]
[null,null,null,null,null,"Use the table below to enter the project data that will be used to calculate benefits. For each input the user must enter data for at least one project year before being able to submit entries and complete this step. When all data has been entered click the blue button at the bottom of the table to submit and store the data entries. If pasting data from another source into this table please use the \"Paste Value\" function to avoid changing cell formatting or pasting formulas. If the user does not have measured data to enter, they can leverage default values for most of the inputs. However, if default values are used the user should take care in interpreting the results since the default values tend to be general estimates, and the actual values for the user’s project may vary greatly. Furthermore, default values do not take into account situations in which energy storage deployments are being used for multiple applications, rather they assume the storage is being used for a single application for an entire year. Therefore, if multiple applications are being pursued and default values are being used, the user must ensure that the default amount of energy discharge for each application is realistic considering that the storage is being used for more than one application throughout the year."]
[]
[null,null,null,null,null,null,null,null,null,"Values"]
["Application Range","Application Available","Input Range","Input Required",null,"Input Name","Units","Input Definition","Default Values",100,{"$f":"J5+1","v":101},{"$f":"K5+1","v":102},{"$f":"L5+1","v":103},{"$f":"M5+1","v":104}]
[null,"-","calc_input_01",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C6,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"Y"},null,{"$f":"INDIRECT(C6)","v":"Total Energy Discharged for Arbitrage"},{"$f":"OFFSET(INDIRECT(C6),0,1)","v":"MWh"},{"$f":"OFFSET(INDIRECT(C6),0,2)","v":"The total amount of energy discharged from the energy storage device and used for arbitrage purposes over a year."},"Enter Custom"]
[null,"-","calc_input_02",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C7,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"Y"},null,"Average On-Peak Price of Electricity","$/MWh","The average on-peak price of wholesale electricity over a year.","Enter Custom"]
[null,"-","calc_input_03",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C8,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"Y"},null,"Average Off-Peak Price of Electricity","$/MWh","The average off-peak price of wholesale electricity over a year.","Enter Custom"]
[null,{"$f":"B8","v":"-"},"calc_input_04",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C9,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"Y"},null,"Total Energy Discharged for Energy Time-Shift","MWh","The total amount of energy discharged from the energy storage device for the purposes of shifting energy from an off-peak time to an on-peak time. This may allow a utility to decrease their costs by offsetting the need to run less efficient, more expensive peaking units.","Enter Custom"]
[null,{"$f":"B9","v":"-"},"calc_input_05",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C10,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Average Variable Peak Generation Costs","$/MWh","The average variable generation costs for marginal generation units used to meet peak demand.","Enter Custom"]
[null,"-","calc_input_06",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C11,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Average Variable Off-Peak Generation Costs","$/MWh","The average variable generation costs for base load generation units.","Enter Custom"]
[null,{"$f":"B11","v":"-"},"calc_input_07",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C12,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"Y"},null,"CO2 Emissions Factor for Generation on the Margin","lbs/MWh","The characteristic or average CO2 emissions factor for marginal generation units used to meet peak demand.","Enter Custom"]
[null,{"$f":"B12","v":"-"},"calc_input_08",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C13,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"Y"},null,"CO2 Emissions Factor for Base Generation","lbs/MWh","The characteristic or average CO2 emissions factor for base load generation units.","Enter Custom"]
[null,{"$f":"B13","v":"-"},"calc_input_09",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C14,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"Y"},null,"SOx Emissions Factor for Generation on the Margin","lbs/MWh","The characteristic or average SOx emissions factor for marginal generation units used to meet peak demand.","Enter Custom"]
[null,"-","calc_input_10",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C15,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"Y"},null,"SOx Emissions Factor for Base Generation","lbs/MWh","The characteristic or average SOx emissions factor for base load generation units.","Enter Custom"]
[null,{"$f":"B15","v":"-"},"calc_input_11",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C16,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"Y"},null,"NOx Emissions Factor for Generation on the Margin","lbs/MWh","The characteristic or average NOx emissions factor for marginal generation units used to meet peak demand.","Enter Custom"]
[null,{"$f":"B16","v":"-"},"calc_input_12",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C17,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"Y"},null,"NOx Emissions Factor for Base Generation","lbs/MWh","The characteristic or average NOx emissions factor for base load generation units.","Enter Custom"]
[null,{"$f":"B17","v":"-"},"calc_input_13",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C18,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"Y"},null,"PM Emissions Factor for Generation on the Margin","lbs/MWh","The characteristic or average PM emissions factor for marginal generation units used to meet peak demand.","Enter Custom"]
[null,"-","calc_input_14",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C19,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"Y"},null,"PM Emissions Factor for Base Generation","lbs/MWh","The characteristic or average PM emissions factor for base load generation units.","Enter Custom"]
[null,{"$f":"B19","v":"-"},"calc_input_15",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C20,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"Y"},null,"Value of CO2","$/ton","The anticipated or current market price of carbon emissions.","Enter Custom"]
[null,{"$f":"B20","v":"-"},"calc_input_16",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C21,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"Y"},null,"Value of SOx","$/ton","The anticipated or current market price of SOx emissions.","Enter Custom"]
[null,{"$f":"B21","v":"-"},"calc_input_17",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C22,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"Y"},null,"Value of NOx","$/ton","The anticipated or current market price of NOx emissions.","Enter Custom"]
[null,"-","calc_input_18",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C23,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"Y"},null,"Value of PM","$/ton","The anticipated or current market price of PM emissions.","Enter Custom"]
[null,{"$f":"B23","v":"-"},"calc_input_19",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C24,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Total Energy Storage Capacity Sold","MW-h","The total energy storage capacity sold into an hourly capacity market over the course of a year.","Enter Custom"]
[null,{"$f":"B24","v":"-"},"calc_input_20",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C25,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Average Value of Capacity on the Market ","$/MW-h","The average market price for capacity in the hourly capacity market.","Enter Custom"]
[null,{"$f":"B25","v":"-"},"calc_input_21",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C26,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Generation Capacity Deferred","MW","The size of the generation investment deferred as a result of installing energy storage. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank.","Enter Custom"]
[null,"-","calc_input_22",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C27,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Capital Cost of Deferred Generation Capacity","$/MW","The base overnight capital cost of the deferred generation investment. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank.","Enter Custom"]
[null,"-","calc_input_23",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C28,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Yearly O&M Costs of Deferred Generation Capacity","$/MW-year","The expected fixed yearly operations and maintenance costs of the deferred generation investment. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank.","Enter Custom"]
[null,"-","calc_input_24",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C29,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Annual Fixed Charge Rate for Generation Capital Investment","%","The rate used to convert capital plant installed cost into an annuity equivalent (payment) representing annual carrying charges for capital equipment. It includes consideration of interest and equity return rates, annual interest payments and return of debt principal, dividends and return of equity principal, income taxes, and property taxes. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank.","Enter Custom"]
[null,{"$f":"B29","v":"-"},"calc_input_25",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C30,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Initial Year of Generation Deferral","year","The first year that generation is deferred. Enter the value in 20XX format. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank.","Enter Custom"]
[null,"-","calc_input_26",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C31,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Final year of Generation Deferral","year","The last year that generation is deferred. Enter the value in 20XX format. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank.","Enter Custom"]
[null,"-","calc_input_27",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C32,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Total Load Following Services Provided",null,null,"Enter Custom"]
[null,"-","calc_input_28",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C33,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Average Price for Load Following","$/MW-h","The average market price paid for load following services in the hourly market.","Enter Custom"]
[null,"-","calc_input_29",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C34,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Capital Cost of Conventional Generation Capacity used for Load Following ","$/kW","The base overnight capital cost of the conventional generation typically used to provide load following services.","Enter Custom"]
[null,"-","calc_input_30",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C35,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Total Energy Discharged for Load Following","MWh","The total energy discharged by energy storage for the purposes of load following. ","Enter Custom"]
[null,"-","calc_input_31",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C36,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Marginal Operating Cost of Load Following Generation","$/MWh","The typical marginal operating costs of conventional generation if it was being used to provide load following. If the generator is being run at sub-optimal load conditions the marginal operating costs may be higher than normal.","Enter Custom"]
[null,"-","calc_input_32",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C37,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Marginal Operating Cost of Base Load Generation","$/MWh","The typical marginal operating costs of conventional base load generation. It is assumed that this is the type of generation that will be used to charge the energy storage that is providing load following services.","Enter Custom"]
[null,"-","calc_input_33",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C38,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Total Area Regulation Services Provided","MW-h","The total energy storage capacity sold into an hourly market for area regulation services. ","Enter Custom"]
[null,"-","calc_input_34",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C39,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Average Price for Area Regulation","$/MW-h","The average market price paid for area regulation services in the hourly market. If the market has a price for up regulation and down regulation please add the average cost of each and enter the sum into the tool.","Enter Custom"]
[null,"-","calc_input_105",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C40,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Energy Storage Capacity for Area Regulation","MW","The amount of energy storage capacity being used to provide area regulation services annually.","Enter Custom"]
[null,"-","calc_input_35",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C41,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Conventional Capacity Required for Equivalent Level of Area Regulation","MW","Because energy storage can respond to system regulation needs more accurately and quickly than some conventional generation sources, less capacity could be required if energy storage devices rather than conventional devices were used to provide this service. This input captures the amount of conventional capacity that would need to be devoted to area regulation annually in order to achieve the same level of service as the energy storage device.","Enter Custom"]
[null,"-","calc_input_36",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C42,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Price of Conventional Capacity","$/MW","The annual price of conventional generation capacity. This can be estimated by assuming a base overnight cost of new generation and multiplying this cost by an annual fixed charge rate.","Enter Custom"]
[null,"-","calc_input_37",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C43,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,{"$f":"INDIRECT(C43)","v":"Total Spinning-Reserve Services Provided"},{"$f":"OFFSET(INDIRECT(C43),0,1)","v":"MW-h"},{"$f":"OFFSET(INDIRECT(C43),0,2)","v":"The total energy storage capacity sold into an hourly market for spinning-reserve services. "},"Enter Custom"]
[null,"-","calc_input_38",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C44,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,{"$f":"INDIRECT(C44)","v":"Average Price for Spinning Reserve Services"},{"$f":"OFFSET(INDIRECT(C44),0,1)","v":"$/MW-h"},{"$f":"OFFSET(INDIRECT(C44),0,2)","v":"The average market price paid for spinning-reserve services in the hourly market."},"Enter Custom"]
[null,"-","calc_input_39",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C45,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Total Non-Spinning-Reserve Services Provided","MW-h","The total energy storage capacity sold into an hourly market for non-spinning-reserve services. ","Enter Custom"]
[null,"-","calc_input_40",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C46,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Average Price for Non-Spinning Reserve Services","$/MW-h","The average market price paid for non-spinning-reserve services in the hourly market.","Enter Custom"]
[null,"-","calc_input_41",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C47,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Total Backup Supply Services Provided","MW-h","The total energy storage capacity sold into an hourly market for backup supply services. ","Enter Custom"]
[null,"-","calc_input_42",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C48,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Average Price for Backup Supply Services","$/MW-h","The average market price paid for backup supply services in the hourly market.","Enter Custom"]
[null,"-","calc_input_43",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C49,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Marginal Operating Costs of Conventional Generation at Partial Load","$/MWh","The typical marginal operating costs of conventional generation if it was being used to provide spinning-reserve capacity services. If a generator is being used to provide these services, it is being run at partial load conditions; therefore, the marginal operating costs may be higher than normal.","Enter Custom"]
[null,"-","calc_input_44",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C50,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Marginal Operating Costs of Conventional Generation at Optimal Load","$/MWh","The typical marginal operating costs of conventional generation at optimal loading conditions.","Enter Custom"]
[null,"-","calc_input_45",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C51,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"CO2 Emissions Factor of Generation at Partial Load","lbs/MWh","The typical emissions factor of conventional generation operated at partial load so that it can provide spinning-reserve services.","Enter Custom"]
[null,"-","calc_input_46",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C52,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,{"$f":"INDIRECT(C52)","v":"CO2 Emissions Factor of Generation at Optimal Load"},{"$f":"OFFSET(INDIRECT(C52),0,1)","v":"lbs/MWh"},{"$f":"OFFSET(INDIRECT(C52),0,2)","v":"The typical emissions factor of conventional generation operated at optimal load."},"Enter Custom"]
[null,"-","calc_input_47",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C53,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"SOx Emissions Factor of Generation at Partial Load","lbs/MWh","The typical emissions factor of conventional generation operated at partial load so that it can provide spinning-reserve services.","Enter Custom"]
[null,"-","calc_input_48",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C54,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"SOx Emissions Factor of Generation at Optimal Load","lbs/MWh","The typical emissions factor of conventional generation operated at optimal load.","Enter Custom"]
[null,"-","calc_input_49",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C55,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"NOx Emissions Factor of Generation at Partial Load","lbs/MWh","The typical emissions factor of conventional generation operated at partial load so that it can provide spinning-reserve services.","Enter Custom"]
[null,"-","calc_input_50",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C56,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"NOx Emissions Factor of Generation at Optimal Load","lbs/MWh","The typical emissions factor of conventional generation operated at optimal load.","Enter Custom"]
[null,"-","calc_input_51",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C57,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"PM Emissions Factor of Generation at Partial Load","lbs/MWh","The typical emissions factor of conventional generation operated at partial load so that it can provide spinning-reserve services.","Enter Custom"]
[null,"-","calc_input_52",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C58,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"PM Emissions Factor of Generation at Optimal Load","lbs/MWh","The typical emissions factor of conventional generation operated at optimal load.","Enter Custom"]
[null,"-","calc_input_53",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C59,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Annual Reactive Power Capacity Available for Voltage Support","MVAR-yr","The annual energy storage capacity available for providing voltage support.","Enter Custom"]
[null,"-","calc_input_54",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C60,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Annual Capacity Payment for Voltage Support","$/MVAR-yr","The approximate annual payment to generators for providing voltage support. These services are often procured through longer term, negotiated, agreements.","Enter Custom"]
[null,"-","calc_input_55",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C61,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Average Variable Operating Cost of Non-Congestion Generation","$/MWh","If a utility is using energy storage to avoid \"congestion\", it means they are using energy storage to address transmission constraints and enable the most cost effective generation dispatch. If energy storage were used in this way this parameter captures the variable operating cost of the optimal generation dispatch not subject to the transmission constraints which energy storage alleviates.","Enter Custom"]
[null,"-","calc_input_56",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C62,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Annual Transmission Enhancement Benefit","$/kW-yr","When limited by long-term stability the transmission capacity can be increased by providing active damping of low frequency oscillations. Energy storage devices can actively dampen these system oscillations through modulation of both real and reactive power. Using energy storage to provide this service can defer the need to invest in additional transmission capacity. This input estimates the value of this incremental transmission capacity increase.","Enter Custom"]
[null,"-","calc_input_57",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C63,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Number of Underfrequency Load-Shedding Occurrences","#","Because energy storage can inject real power rapidly into the system, it is an effective method to offset, or reduce, under frequency load shedding because it reduces the mismatch between load and supply capability that takes place because of the system disturbance. Therefore, using energy storage to provide this service can result in a reliability benefit. This input represents the number of underfrequency load shedding occurrences that were avoided as a result of using energy storage for this purpose.","Enter Custom"]
[null,"-","calc_input_58",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C64,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Value of Avoided Load-Shedding Occurrences","$/#","This parameter represents the average value of each underfrequency load-shedding occurrence that is avoided as a result of the energy storage device.","Enter Custom"]
[null,"-","calc_input_59",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C65,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Total Hours of Congestion Avoided","hr","The total number of hours of congestion that the energy storage device was able to curtail.","Enter Custom"]
[null,"-","calc_input_60",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C66,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Average Congestion Charge","$/MW-h","The average charge associated with the congestion that the energy storage device was able to curtail.","Enter Custom"]
[null,"-","calc_input_61",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C67,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Average Wholesale Price of Electricity","$/MWh","The average wholesale price of electricity. For utilities that own and use their own generation, this represents the average levelized cost of electricity from generation plants.","Enter Custom"]
[null,"-","calc_input_62",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C68,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,{"$f":"INDIRECT(C68)","v":"Average Variable Operating Cost of Congestion Generation"},{"$f":"OFFSET(INDIRECT(C68),0,1)","v":"$/MWh"},{"$f":"OFFSET(INDIRECT(C68),0,2)","v":"If a utility is using energy storage to avoid \"congestion\", it means they are using energy storage to address transmission constraints and enable the most cost effective generation dispatch. If energy storage were not used in this way this parameter captures the variable operating cost of the sub-optimal generation dispatch subject to the transmission constraints that energy storage alleviates."},"Enter Custom"]
[null,{"$f":"B67","v":"-"},"calc_input_63",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C69,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Transmission Capacity Deferred","kVA","The size of the transmission investment deferred as a result of installing energy storage. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank.","Enter Custom"]
[null,"-","calc_input_64",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C70,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Annual Fixed Charge Rate for Transmission Capital Investment","%","The rate used to convert capital transmission installed cost into an annuity equivalent (payment) representing annual carrying charges for capital equipment. It includes consideration of interest and equity return rates, annual interest payments and return of debt principal, dividends and return of equity principal, income taxes, and property taxes. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank.","Enter Custom"]
[null,"-","calc_input_65",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C71,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Capital Cost of Deferred Transmission Capacity","$/kVA","The base overnight capital cost of the deferred transmission investment. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank.","Enter Custom"]
[null,"-","calc_input_66",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C72,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Yearly O&M Costs of Deferred Transmission Capacity","$/year","The expected fixed yearly operations and maintenance costs of the deferred transmission investment. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank.","Enter Custom"]
[null,"-","calc_input_67",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C73,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Initial Year of Transmission Deferral","year","The first year that transmission is deferred. Enter the value in 20XX format. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank.","Enter Custom"]
[null,"-","calc_input_68",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C74,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Final year of Transmission Deferral","year","The last year that transmission is deferred. Enter the value in 20XX format.","Enter Custom"]
[null,"-","calc_input_69",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C75,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,{"$f":"INDIRECT(C75)","v":"Distribution Capacity Deferred"},{"$f":"OFFSET(INDIRECT(C75),0,1)","v":"kVA"},{"$f":"OFFSET(INDIRECT(C75),0,2)","v":"The size of the distribution investment deferred as a result of installing energy storage. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank."},"Enter Custom"]
[null,"-","calc_input_70",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C76,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,{"$f":"INDIRECT(C76)","v":"Annual Fixed Charge Rate for Distribution Capital Investment"},{"$f":"OFFSET(INDIRECT(C76),0,1)","v":"%"},{"$f":"OFFSET(INDIRECT(C76),0,2)","v":"The rate used to convert capital distribution installed cost into an annuity equivalent (payment) representing annual carrying charges for capital equipment. It includes consideration of interest and equity return rates, annual interest payments and return of debt principal, dividends and return of equity principal, income taxes, and property taxes. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank."},"Enter Custom"]
[null,"-","calc_input_71",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C77,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,{"$f":"INDIRECT(C77)","v":"Capital Cost of Deferred Distribution Capacity"},{"$f":"OFFSET(INDIRECT(C77),0,1)","v":"$/kVA"},{"$f":"OFFSET(INDIRECT(C77),0,2)","v":"The base overnight capital cost of the deferred distribution investment. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank."},"Enter Custom"]
[null,"-","calc_input_72",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C78,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,{"$f":"INDIRECT(C78)","v":"Yearly O&M Costs of Deferred Distribution Capacity"},{"$f":"OFFSET(INDIRECT(C78),0,1)","v":"$/year"},{"$f":"OFFSET(INDIRECT(C78),0,2)","v":"The expected fixed yearly operations and maintenance costs of the deferred distribution investment. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank."},"Enter Custom"]
[null,"-","calc_input_73",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C79,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,{"$f":"INDIRECT(C79)","v":"Initial Year of Distribution Deferral"},{"$f":"OFFSET(INDIRECT(C79),0,1)","v":"year"},{"$f":"OFFSET(INDIRECT(C79),0,2)","v":"The first year that distribution investment is deferred. Enter the value in 20XX format. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank."},"Enter Custom"]
[null,"-","calc_input_74",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C80,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Final year of Distribution Deferral","year","The last year that distribution investment is deferred. Enter the value in 20XX format. Please only enter a single value per deferral in the initial year of deferral. If there is no deferral in a given year, leave that entry cell blank.","Enter Custom"]
[null,"-","calc_input_75",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C81,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Total Energy Discharged for TOU Energy Cost Management","MWh","Total amount of energy discharged by the energy storage device to provide energy during peak-time so as to avoid paying peak prices.","Enter Custom"]
[null,"-","calc_input_76",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C82,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Average On-Peak Retail Price of Electricity","$/MWh","Average on-peak retail price of electricity. This would be the price that was avoided as a result of the energy storage device.","Enter Custom"]
[null,{"$f":"B82","v":"-"},"calc_input_77",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C83,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Average Off-Peak Retail Price of Electricity","$/MWh","Average off-peak retail price of electricity. This would be the price that was paid for electricity used to charge the energy storage device.","Enter Custom"]
[null,{"$f":"B83","v":"-"},"calc_input_78",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C84,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Average Monthly Load Reduction from ES at Peak","MW","For customers with a peak demand charge, this parameter represents the average monthly peak reduction that results from using the energy storage device to peak-shave during peak times.","Enter Custom"]
[null,"-","calc_input_79",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C85,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,{"$f":"INDIRECT(C85)","v":"Average Monthly Load Reduction from ES at Partial-Peak "},{"$f":"OFFSET(INDIRECT(C85),0,1)","v":"MW"},{"$f":"OFFSET(INDIRECT(C85),0,2)","v":"For customers with a partial-peak demand charge, this parameter represents the average monthly peak reduction that results from using the energy storage device to peak-shave during partial-peak times."},"Enter Custom"]
[null,{"$f":"B85","v":"-"},"calc_input_80",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C86,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,{"$f":"INDIRECT(C86)","v":"Average Monthly Load Reduction from ES at Off-Peak "},{"$f":"OFFSET(INDIRECT(C86),0,1)","v":"MW"},{"$f":"OFFSET(INDIRECT(C86),0,2)","v":"For customers with an off-peak demand charge, this parameter represents the average monthly peak reduction that results from using the energy storage device to peak-shave during off-peak times."},"Enter Custom"]
[null,{"$f":"B86","v":"-"},"calc_input_81",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C87,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,{"$f":"INDIRECT(C87)","v":"Peak Demand Charge "},{"$f":"OFFSET(INDIRECT(C87),0,1)","v":"$/MW-month"},{"$f":"OFFSET(INDIRECT(C87),0,2)","v":"For customers with a peak demand charge, this parameter represents the price of that demand charge."},"Enter Custom"]
[null,{"$f":"B87","v":"-"},"calc_input_82",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C88,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,{"$f":"INDIRECT(C88)","v":"Partial-Peak Demand Charge "},{"$f":"OFFSET(INDIRECT(C88),0,1)","v":"$/MW-month"},{"$f":"OFFSET(INDIRECT(C88),0,2)","v":"For customers with a partial-peak demand charge, this parameter represents the price of that demand charge."},"Enter Custom"]
[null,{"$f":"B88","v":"-"},"calc_input_83",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C89,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,{"$f":"INDIRECT(C89)","v":"Off-Peak Demand Charge"},{"$f":"OFFSET(INDIRECT(C89),0,1)","v":"$/MW-month"},{"$f":"OFFSET(INDIRECT(C89),0,2)","v":"For customers with an off-peak demand charge, this parameter represents the price of that demand charge."},"Enter Custom"]
[null,"-","calc_input_84",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C90,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,{"$f":"INDIRECT(C90)","v":"Outage Minutes Avoided by Residential Customers"},{"$f":"OFFSET(INDIRECT(C90),0,1)","v":"minutes"},{"$f":"OFFSET(INDIRECT(C90),0,2)","v":"The total outage minutes avoided by residential customers as a result of energy storage devices being used to provide power during system interruptions."},"Enter Custom"]
[null,{"$f":"B90","v":"-"},"calc_input_85",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C91,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Outage Minutes Avoided by Commercial Customers","minutes","The total outage minutes avoided by commercial customers as a result of energy storage devices being used to provide power during system interruptions.","Enter Custom"]
[null,"-","calc_input_86",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C92,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Outage Minutes Avoided by Industrial Customers","minutes","The total outage minutes avoided by industrial customers as a result of energy storage devices being used to provide power during system interruptions.","Enter Custom"]
[null,"-","calc_input_87",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C93,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Average Hourly Residential Load Not Served During Outage","kW","The average residential load unserved during outages. This parameter can be estimated by determining the average load of customers whose reliability will be impacted by the energy storage device.","Enter Custom"]
[null,"-","calc_input_88",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C94,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Average Hourly Commercial Load Not Served During Outage","kW","The average commercial load unserved during outages. This parameter can be estimated by determining the average load of customers whose reliability will be impacted by the energy storage device.","Enter Custom"]
[null,"-","calc_input_89",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C95,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Average Hourly Industrial Load Not Served During Outage","kW","The average industrial load unserved during outages. This parameter can be estimated by determining the average load of customers whose reliability will be impacted by the energy storage device.","Enter Custom"]
[null,"-","calc_input_90",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C96,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Residential VOS","$/kWh","Represents the true value of the electricity service to the residential customer without regard to the actual cost of providing the service. This input captures the value of service reliability quantified by the willingness of customers to pay for service reliability, taking into account the resources (e.g., income) of the residential customer.","Enter Custom"]
[null,"-","calc_input_91",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C97,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Commercial VOS","$/kWh","Represents the true value of the electricity service to the commercial customer without regard to the actual cost of providing the service. This input captures the value of service reliability quantified by the willingness of customers to pay for service reliability, taking into account the resources (e.g., income) of the commercial customer or by a firm's expected net revenues associated with the added reliability.","Enter Custom"]
[null,"-","calc_input_92",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C98,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Industrial VOS","$/kWh","Represents the true value of the electricity service to the commercial customer without regard to the actual cost of providing the service. This input captures the value of service reliability quantified by the willingness of customers to pay for service reliability, taking into account the resources (e.g., income) of the commercial customer or by a firm's expected net revenues associated with the added reliability.","Enter Custom"]
[null,"-","calc_input_93",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C99,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Number of Months that Demand Charges are Avoided","#","Represents the number of months that all demand charges are avoided by using energy storage to reduce peak load during demand charge periods.","Enter Custom"]
[null,"-","calc_input_94",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C100,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Typical Number of Power Quality Events per Year","#","The typical number of power quality events experienced each year such as variations in voltage magnitude, variations in frequency, or momentary service interruption. These power quality interruptions may disrupt operations, harm equipment, and result in lost revenue. It is assumed that the energy storage solution will avoid all power quality events that would have otherwise taken place.","Enter Custom"]
[null,"-","calc_input_95",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C101,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Value of Avoided Power Quality Events","$/kw peak load","The value of avoiding each power quality event. This parameter may be quantified by taking into account the extent to which power quality events disrupt operations, harm equipment, and result in lost revenue or productivity.","Enter Custom"]
[null,"-","calc_input_96",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C102,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,{"$f":"INDIRECT(C102)","v":"Customer Peak Load"},{"$f":"OFFSET(INDIRECT(C102),0,1)","v":"kW"},{"$f":"OFFSET(INDIRECT(C102),0,2)","v":"The average monthly peak load."},"Enter Custom"]
[null,"-","calc_input_97",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C103,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,{"$f":"INDIRECT(C103)","v":"Average Variable Renewable Generation Costs"},{"$f":"OFFSET(INDIRECT(C103),0,1)","v":"$/MW"},{"$f":"OFFSET(INDIRECT(C103),0,2)","v":"The average variable generation costs for renewable generation units used to charge energy storage devices and accomplish renewable energy time-shifting."},"Enter Custom"]
[null,{"$f":"B103","v":"-"},"calc_input_98",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C104,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,{"$f":"INDIRECT(C104)","v":"Total Renewable Energy Discharged for Arbitrage"},{"$f":"OFFSET(INDIRECT(C104),0,1)","v":"MWh"},{"$f":"OFFSET(INDIRECT(C104),0,2)","v":"The total amount of renewable energy discharged from the energy storage device and used for arbitrage purposes over a year."},"Enter Custom"]
[null,{"$f":"B104","v":"-"},"calc_input_99",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C105,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,{"$f":"INDIRECT(C105)","v":"Total Renewable Energy Discharged for Energy Time-Shift"},{"$f":"OFFSET(INDIRECT(C105),0,1)","v":"MWh"},{"$f":"OFFSET(INDIRECT(C105),0,2)","v":"The total amount of renewable energy discharged from the energy storage device for the purposes of shifting energy from an off-peak time to an on-peak time. This may allow an end user to avoid paying peak-prices for electricity or this may allow a utility to decrease their costs by offsetting the need to run less efficient, more expensive peaking units."},"Enter Custom"]
[null,"-","calc_input_100",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C106,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Effective Load Carrying Capacity of Renewable Post-Firming","%","The effective load carrying capacity is a measure of a power plant's contribution to the greater electric supply system's capacity during times when the amount and reliability of capacity is important. The ELCC of renewable or intermittent sources is usually less than 100%. Firming a renewable resource with energy storage can increase that unit's ELCC. This parameter captures the ELCC post-firming.","Enter Custom"]
[null,"-","calc_input_101",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C107,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Effective Load Carrying Capacity of Renewable Pre-Firming","%","The effective load carrying capacity is a measure of a power plant's contribution to the greater electric supply system's capacity during times when the amount and reliability of capacity is important. The ELCC of renewable or intermittent sources is usually less than 100%. Firming a renewable resource with energy storage can increase that unit's ELCC. This parameter captures the ELCC pre-firming.","Enter Custom"]
[null,"-","calc_input_102",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C108,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Hours of Renewable Energy Capacity Sold","hr","The total hours of renewable energy capacity sold into an hourly capacity market over the course of a year. This input assumes that capacity was firmed with energy storage and the seller therefore was able to sell more capacity into the market than they otherwise would have been able to.","Enter Custom"]
[null,"-","calc_input_103",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C109,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Nameplate Capacity of Renewable Resource","MW","The nameplate capacity of the renewable resource(s) that were firmed with energy storage.","Enter Custom"]
[null,"-","calc_input_104",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C110,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,"Capacity Factor of Renewable Resource","%","The total number of hours the firmed renewable resource runs represented as a percentage of total hours in the year.","Enter Custom"]
[null,null,"calc_input_106",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C111,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,{"$f":"INDIRECT(C111)","v":"Capital Cost of Conventional Voltage Support Solution "},{"$f":"OFFSET(INDIRECT(C111),0,1)","v":"$/kVAR"},{"$f":"OFFSET(INDIRECT(C111),0,2)","v":"The amount of money that would be required to fix a reactive power issue that is causing power quality issues using a conventional solution. This value will be used as a proxy to monetize the power quality benefit provided by the energy storage solution."},"Enter Custom"]
[null,null,"calc_input_107",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C112,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,{"$f":"INDIRECT(C112)","v":"Nameplate Reactive Power Capacity of Energy Storage"},{"$f":"OFFSET(INDIRECT(C112),0,1)","v":"kVAR"},{"$f":"OFFSET(INDIRECT(C112),0,2)","v":"The total reactive power output capacity of the distributed energy storage solution. This reactive power output capability of distributed energy storage devices would be used in the voltage support application to provide reactive power and manage voltage thereby ensuring better power quality and reliability."},"Enter Custom"]
[null,null,"calc_input_108",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C113,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,{"$f":"INDIRECT(C113)","v":"Annual Fixed Charge Rate for Voltage Support Capital Investment"},{"$f":"OFFSET(INDIRECT(C113),0,1)","v":"%"},{"$f":"OFFSET(INDIRECT(C113),0,2)","v":"The rate used to convert the capital cost of an installed conventional voltage support solution into an annuity equivalent (payment) representing annual carrying charges for capital equipment. It includes consideration of interest and equity return rates, annual interest payments and return of debt principal, dividends and return of equity principal, income taxes, and property taxes."},"Enter Custom"]
[null,null,"calc_input_109",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C114,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,{"$f":"INDIRECT(C114)","v":"Capital Cost of Conventional Electric Service Reliability Solution "},{"$f":"OFFSET(INDIRECT(C114),0,1)","v":"$/kW"},{"$f":"OFFSET(INDIRECT(C114),0,2)","v":"The amount of money that would be required to fix a reliability using a conventional solution. This value will be used as a proxy to monetize the reliability benefit provided by the energy storage solution."},"Enter Custom"]
[null,null,"calc_input_110",{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH('Data Input Module'!C115,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},null,{"$f":"INDIRECT(C115)","v":"Annual Fixed Charge Rate for Electric Service Reliability Capital Investment"},{"$f":"OFFSET(INDIRECT(C115),0,1)","v":"%"},{"$f":"OFFSET(INDIRECT(C115),0,2)","v":"The rate used to convert the capital cost of an installed conventional reliability solution into an annuity equivalent (payment) representing annual carrying charges for capital equipment. It includes consideration of interest and equity return rates, annual interest payments and return of debt principal, dividends and return of equity principal, income taxes, and property taxes."},"Enter Custom"]
[null,null,"END",null,null,"END",null,null,"END"]

{"sheet":"Confirmed Inputs","index":19,"n_rows":113,"n_cols":9,"rows_kept":113,"cut":false,"hidden":true,"merged":[]}
[]
[null,"Input Range Name","Input Name",{"$f":"input_EcoParam_8","v":2011},{"$f":"D2+1","v":2012},{"$f":"E2+1","v":2013},{"$f":"F2+1","v":2014},{"$f":"G2+1","v":2015},"END"]
[null,"calc_input_01",{"$f":"INDIRECT(B3)","v":"Total Energy Discharged for Arbitrage"},36000,36000,36000,36000,36000]
[null,"calc_input_02",{"$f":"INDIRECT(B4)","v":"Average On-Peak Price of Electricity"},"null","null","null","null","null"]
[null,"calc_input_03","Average Off-Peak Price of Electricity","null","null","null","null","null"]
[null,"calc_input_04","Total Energy Discharged for Energy Time-Shift",36000,36000,36000,36000,36000]
[null,"calc_input_05","Average Variable Peak Generation Costs",45.6,45.6,45.6,45.6,45.6]
[null,"calc_input_06","Average Variable Off-Peak Generation Costs",24.3,24.3,24.3,24.3,24.3]
[null,"calc_input_07","CO2 Emissions Factor for Generation on the Margin",844.54949999999997,844.54949999999997,844.54949999999997,844.54949999999997,844.54949999999997]
[null,"calc_input_08","CO2 Emissions Factor for Base Generation",0,0,0,0,0]
[null,"calc_input_09","SOx Emissions Factor for Generation on the Margin",7.4700000000000003E-2,7.4700000000000003E-2,7.4700000000000003E-2,7.4700000000000003E-2,7.4700000000000003E-2]
[null,"calc_input_10","SOx Emissions Factor for Base Generation",0,0,0,0,0]
[null,"calc_input_11","NOx Emissions Factor for Generation on the Margin",0.2525,0.2525,0.2525,0.2525,0.2525]
[null,"calc_input_12","NOx Emissions Factor for Base Generation",0,0,0,0,0]
[null,"calc_input_13","PM Emissions Factor for Generation on the Margin",0.04,0.04,0.04,0.04,0.04]
[null,"calc_input_14","PM Emissions Factor for Base Generation",0.2,0.2,0.2,0.2,0.2]
[null,"calc_input_15","Value of CO2",20,20,20,20,20]
[null,"calc_input_16","Value of SOx",520,520,520,520,520]
[null,"calc_input_17","Value of NOx",3000,3000,3000,3000,3000]
[null,"calc_input_18","Value of PM",36000,36000,36000,36000,36000]
[null,"calc_input_19","Total Energy Storage Capacity Sold","null","null","null","null","null"]
[null,"calc_input_20","Average Value of Capacity on the Market ","null","null","null","null","null"]
[null,"calc_input_21","Generation Capacity Deferred","null","null","null","null","null"]
[null,"calc_input_22","Capital Cost of Deferred Generation Capacity","null","null","null","null","null"]
[null,"calc_input_23","Yearly O&M Costs of Deferred Generation Capacity","null","null","null","null","null"]
[null,"calc_input_24","Annual Fixed Charge Rate for Generation Capital Investment","null","null","null","null","null"]
[null,"calc_input_25","Initial Year of Generation Deferral","null","null","null","null","null"]
[null,"calc_input_26","Final year of Generation Deferral","null","null","null","null","null"]
[null,"calc_input_27","Total Load Following Services Provided","null","null","null","null","null"]
[null,"calc_input_28","Average Price for Load Following","null","null","null","null","null"]
[null,"calc_input_29","Capital Cost of Conventional Generation Capacity used for Load Following ","null","null","null","null","null"]
[null,"calc_input_30","Total Energy Discharged for Load Following","null","null","null","null","null"]
[null,"calc_input_31","Marginal Operating Cost of Load Following Generation","null","null","null","null","null"]
[null,"calc_input_32","Marginal Operating Cost of Base Load Generation","null","null","null","null","null"]
[null,"calc_input_33","Total Area Regulation Services Provided","null","null","null","null","null"]
[null,"calc_input_34","Average Price for Area Regulation","null","null","null","null","null"]
[null,"calc_input_105","Energy Storage Capacity for Area Regulation","null","null","null","null","null"]
[null,"calc_input_35","Conventional Capacity Required for Equivalent Level of Area Regulation","null","null","null","null","null"]
[null,"calc_input_36","Price of Conventional Capacity","null","null","null","null","null"]
[null,"calc_input_37","Total Spinning-Reserve Services Provided","null","null","null","null","null"]
[null,"calc_input_38","Average Price for Spinning Reserve Services","null","null","null","null","null"]
[null,"calc_input_39","Total Non-Spinning-Reserve Services Provided","null","null","null","null","null"]
[null,"calc_input_40","Average Price for Non-Spinning Reserve Services","null","null","null","null","null"]
[null,"calc_input_41","Total Backup Supply Services Provided","null","null","null","null","null"]
[null,"calc_input_42","Average Price for Backup Supply Services","null","null","null","null","null"]
[null,"calc_input_43","Marginal Operating Costs of Conventional Generation at Partial Load","null","null","null","null","null"]
[null,"calc_input_44","Marginal Operating Costs of Conventional Generation at Optimal Load","null","null","null","null","null"]
[null,"calc_input_45","CO2 Emissions Factor of Generation at Partial Load","null","null","null","null","null"]
[null,"calc_input_46","CO2 Emissions Factor of Generation at Optimal Load","null","null","null","null","null"]
[null,"calc_input_47","SOx Emissions Factor of Generation at Partial Load","null","null","null","null","null"]
[null,"calc_input_48","SOx Emissions Factor of Generation at Optimal Load","null","null","null","null","null"]
[null,"calc_input_49","NOx Emissions Factor of Generation at Partial Load","null","null","null","null","null"]
[null,"calc_input_50","NOx Emissions Factor of Generation at Optimal Load","null","null","null","null","null"]
[null,"calc_input_51","PM Emissions Factor of Generation at Partial Load","null","null","null","null","null"]
[null,"calc_input_52","PM Emissions Factor of Generation at Optimal Load","null","null","null","null","null"]
[null,"calc_input_53","Annual Reactive Power Capacity Available for Voltage Support","null","null","null","null","null"]
[null,"calc_input_54","Annual Capacity Payment for Voltage Support","null","null","null","null","null"]
[null,"calc_input_55","Average Variable Operating Cost of Non-Congestion Generation","null","null","null","null","null"]
[null,"calc_input_56","Annual Transmission Enhancement Benefit","null","null","null","null","null"]
[null,"calc_input_57","Number of Underfrequency Load-Shedding Occurrences","null","null","null","null","null"]
[null,"calc_input_58","Value of Avoided Load-Shedding Occurrences","null","null","null","null","null"]
[null,"calc_input_59","Total Hours of Congestion Avoided","null","null","null","null","null"]
[null,"calc_input_60","Average Congestion Charge","null","null","null","null","null"]
[null,"calc_input_61","Average Wholesale Price of Electricity","null","null","null","null","null"]
[null,"calc_input_62","Average Variable Operating Cost of Congestion Generation","null","null","null","null","null"]
[null,"calc_input_63","Transmission Capacity Deferred","null","null","null","null","null"]
[null,"calc_input_64","Annual Fixed Charge Rate for Transmission Capital Investment","null","null","null","null","null"]
[null,"calc_input_65",{"$f":"INDIRECT(B68)","v":"Capital Cost of Deferred Transmission Capacity"},"null","null","null","null","null"]
[null,"calc_input_66","Yearly O&M Costs of Deferred Transmission Capacity","null","null","null","null","null"]
[null,"calc_input_67","Initial Year of Transmission Deferral","null","null","null","null","null"]
[null,"calc_input_68","Final year of Transmission Deferral","null","null","null","null","null"]
[null,"calc_input_69","Distribution Capacity Deferred","null","null","null","null","null"]
[null,"calc_input_70","Annual Fixed Charge Rate for Distribution Capital Investment","null","null","null","null","null"]
[null,"calc_input_71","Capital Cost of Deferred Distribution Capacity","null","null","null","null","null"]
[null,"calc_input_72","Yearly O&M Costs of Deferred Distribution Capacity","null","null","null","null","null"]
[null,"calc_input_73","Initial Year of Distribution Deferral","null","null","null","null","null"]
[null,"calc_input_74","Final year of Distribution Deferral","null","null","null","null","null"]
[null,"calc_input_75","Total Energy Discharged for TOU Energy Cost Management","null","null","null","null","null"]
[null,"calc_input_76","Average On-Peak Retail Price of Electricity","null","null","null","null","null"]
[null,"calc_input_77","Average Off-Peak Retail Price of Electricity","null","null","null","null","null"]
[null,"calc_input_78","Average Monthly Load Reduction from ES at Peak","null","null","null","null","null"]
[null,"calc_input_79","Average Monthly Load Reduction from ES at Partial-Peak ","null","null","null","null","null"]
[null,"calc_input_80","Average Monthly Load Reduction from ES at Off-Peak ","null","null","null","null","null"]
[null,"calc_input_81","Peak Demand Charge ","null","null","null","null","null"]
[null,"calc_input_82","Partial-Peak Demand Charge ","null","null","null","null","null"]
[null,"calc_input_83","Off-Peak Demand Charge","null","null","null","null","null"]
[null,"calc_input_84","Outage Minutes Avoided by Residential Customers","null","null","null","null","null"]
[null,"calc_input_85","Outage Minutes Avoided by Commercial Customers","null","null","null","null","null"]
[null,"calc_input_86","Outage Minutes Avoided by Industrial Customers","null","null","null","null","null"]
[null,"calc_input_87","Average Hourly Residential Load Not Served During Outage","null","null","null","null","null"]
[null,"calc_input_88","Average Hourly Commercial Load Not Served During Outage","null","null","null","null","null"]
[null,"calc_input_89","Average Hourly Industrial Load Not Served During Outage","null","null","null","null","null"]
[null,"calc_input_90","Residential VOS","null","null","null","null","null"]
[null,"calc_input_91","Commercial VOS","null","null","null","null","null"]
[null,"calc_input_92","Industrial VOS","null","null","null","null","null"]
[null,"calc_input_93","Number of Months that Demand Charges are Avoided","null","null","null","null","null"]
[null,"calc_input_94","Typical Number of Power Quality Events per Year","null","null","null","null","null"]
[null,"calc_input_95","Value of Avoided Power Quality Events","null","null","null","null","null"]
[null,"calc_input_96","Customer Peak Load","null","null","null","null","null"]
[null,"calc_input_97","Average Variable Renewable Generation Costs","null","null","null","null","null"]
[null,"calc_input_98","Total Renewable Energy Discharged for Arbitrage","null","null","null","null","null"]
[null,"calc_input_99","Total Renewable Energy Discharged for Energy Time-Shift","null","null","null","null","null"]
[null,"calc_input_100",{"$f":"INDIRECT(B103)","v":"Effective Load Carrying Capacity of Renewable Post-Firming"},"null","null","null","null","null"]
[null,"calc_input_101",{"$f":"INDIRECT(B104)","v":"Effective Load Carrying Capacity of Renewable Pre-Firming"},"null","null","null","null","null"]
[null,"calc_input_102","Hours of Renewable Energy Capacity Sold","null","null","null","null","null"]
[null,"calc_input_103","Nameplate Capacity of Renewable Resource","null","null","null","null","null"]
[null,"calc_input_104","Capacity Factor of Renewable Resource","null","null","null","null","null"]
[null,"calc_input_106","Capital Cost of Conventional Voltage Support Solution ","null","null","null","null","null"]
[null,"calc_input_107","Nameplate Reactive Power Capacity of Energy Storage","null","null","null","null","null"]
[null,"calc_input_108","Annual Fixed Charge Rate for Voltage Support Capital Investment","null","null","null","null","null"]
[null,"calc_input_109","Capital Cost of Conventional Electric Service Reliability Solution ","null","null","null","null","null"]
[null,"calc_input_110","Annual Fixed Charge Rate for Electric Service Reliability Capital Investment","null","null","null","null","null"]
[null,null,"END"]

{"sheet":"Input Forecast","index":20,"n_rows":226,"n_cols":46,"rows_kept":226,"cut":false,"hidden":true,"merged":[]}
[]
[null,null,"Reference"]
[null,"Input Range Name","Multiplyer","Input Name","Units","Method For Forecasting",{"$f":"input_EcoParam_8","v":2011},{"$f":"G3+1","v":2012},{"$f":"H3+1","v":2013},{"$f":"I3+1","v":2014},{"$f":"J3+1","v":2015},{"$f":"K3+1","v":2016},{"$f":"L3+1","v":2017},2018,2019,2020,2021,2022,2023,2024,2025,2026,2027,2028,2029,2030,2031,2032,2033,2034,2035,2036,2037,2038,2039,2040,2041,2042,2043,2044,2045,2046,2047,2048,2049,2050]
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[{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(B23,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_20",{"$f":"INDEX('CM Main Page'!$F$22:$H$132,MATCH('Input Forecast'!B23,'CM Main Page'!$C$22:$C$132,0),MATCH('Input Forecast'!$C$2,'CM Main Page'!$F$22:$H$22,0))","v":1},"Average Value of Capacity on the Market ","$/MW-h",null,{"$f":"G136*$C23","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(B24,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_21",{"$f":"INDEX('CM Main Page'!$F$22:$H$132,MATCH('Input Forecast'!B24,'CM Main Page'!$C$22:$C$132,0),MATCH('Input Forecast'!$C$2,'CM Main Page'!$F$22:$H$22,0))","v":1},"Generation Capacity Deferred","MW",null,{"$f":"G137*$C24","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(B25,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_22",{"$f":"INDEX('CM Main Page'!$F$22:$H$132,MATCH('Input Forecast'!B25,'CM Main Page'!$C$22:$C$132,0),MATCH('Input Forecast'!$C$2,'CM Main Page'!$F$22:$H$22,0))","v":1},"Capital Cost of Deferred Generation Capacity","$/MW",null,{"$f":"G138*$C25","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(B26,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_23",{"$f":"INDEX('CM Main Page'!$F$22:$H$132,MATCH('Input Forecast'!B26,'CM Main Page'!$C$22:$C$132,0),MATCH('Input Forecast'!$C$2,'CM Main Page'!$F$22:$H$22,0))","v":1},"Yearly O&M Costs of Deferred Generation Capacity","$/MW-year",null,{"$f":"G139*$C26","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(B27,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_24",{"$f":"INDEX('CM Main Page'!$F$22:$H$132,MATCH('Input Forecast'!B27,'CM Main Page'!$C$22:$C$132,0),MATCH('Input Forecast'!$C$2,'CM Main Page'!$F$22:$H$22,0))","v":1},"Annual Fixed Charge Rate for Generation Capital Investment","%",null,{"$f":"G140*$C27","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
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[{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(B53,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_49",{"$f":"INDEX('CM Main Page'!$F$22:$H$132,MATCH('Input Forecast'!B53,'CM Main Page'!$C$22:$C$132,0),MATCH('Input Forecast'!$C$2,'CM Main Page'!$F$22:$H$22,0))","v":1},"NOx Emissions Factor of Generation at Partial Load","lbs/MWh",null,{"$f":"G166*$C53","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
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[{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(B55,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_51",{"$f":"INDEX('CM Main Page'!$F$22:$H$132,MATCH('Input Forecast'!B55,'CM Main Page'!$C$22:$C$132,0),MATCH('Input Forecast'!$C$2,'CM Main Page'!$F$22:$H$22,0))","v":1},"PM Emissions Factor of Generation at Partial Load","lbs/MWh",null,{"$f":"G168*$C55","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(B56,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_52",{"$f":"INDEX('CM Main Page'!$F$22:$H$132,MATCH('Input Forecast'!B56,'CM Main Page'!$C$22:$C$132,0),MATCH('Input Forecast'!$C$2,'CM Main Page'!$F$22:$H$22,0))","v":1},"PM Emissions Factor of Generation at Optimal Load","lbs/MWh",null,{"$f":"G169*$C56","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
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[]
[]
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{"sheet":"Input Review","index":21,"n_rows":114,"n_cols":14,"rows_kept":114,"cut":false,"hidden":true,"merged":[[2,4,2,8],[2,9,2,13],[1,2,1,5]]}
[null,null,"Review Benefit Calculation Inputs"]
[null,null,"The table below contains the benefit calculation inputs that will be fed into the next phase of the Energy Storage Computational Tool. The purpose of this page is to give the user the opportunity to review the data before proceeding to the next phase of the tool. If the user finds data that has been entered erroneously, or if the user wishes to edit an entry they should navigate to back to the DIM and make the appropriate changes."]
[null,null,null,null,"Entered Data",null,null,null,null,"Projected Data"]
["Is input needed",null,{"$f":"'Input Forecast'!D3","v":"Input Name"},{"$f":"'Input Forecast'!E3","v":"Units"},{"$f":"'Input Forecast'!G3","v":2011},{"$f":"'Input Forecast'!H3","v":2012},{"$f":"'Input Forecast'!I3","v":2013},{"$f":"'Input Forecast'!J3","v":2014},{"$f":"'Input Forecast'!K3","v":2015},{"$f":"'Input Forecast'!L3","v":2016},{"$f":"'Input Forecast'!M3","v":2017},{"$f":"'Input Forecast'!N3","v":2018},{"$f":"'Input Forecast'!O3","v":2019},{"$f":"'Input Forecast'!P3","v":2020}]
[{"$f":"'Input Forecast'!A4","v":"Y"},null,{"$f":"'Input Forecast'!D4","v":"Total Energy Discharged for Arbitrage"},{"$f":"'Input Forecast'!E4","v":"MWh"},{"$f":"'Input Forecast'!G4","v":6.57},{"$f":"'Input Forecast'!H4","v":6.57},{"$f":"'Input Forecast'!I4","v":6.57},{"$f":"'Input Forecast'!J4","v":6.57},{"$f":"'Input Forecast'!K4","v":6.57},{"$f":"'Input Forecast'!L4","v":6.57},{"$f":"'Input Forecast'!M4","v":6.57},{"$f":"'Input Forecast'!N4","v":6.57},{"$f":"'Input Forecast'!O4","v":6.57},{"$f":"'Input Forecast'!P4","v":6.57}]
[{"$f":"'Input Forecast'!A5","v":"Y"},null,{"$f":"'Input Forecast'!D5","v":"Average On-Peak Price of Electricity"},{"$f":"'Input Forecast'!E5","v":"$/MWh"},{"$f":"'Input Forecast'!G5","v":{"$error":"#VALUE!"}},{"$f":"'Input Forecast'!H5","v":{"$error":"#VALUE!"}},{"$f":"'Input Forecast'!I5","v":{"$error":"#VALUE!"}},{"$f":"'Input Forecast'!J5","v":{"$error":"#VALUE!"}},{"$f":"'Input Forecast'!K5","v":{"$error":"#VALUE!"}},{"$f":"'Input Forecast'!L5","v":{"$error":"#VALUE!"}},{"$f":"'Input Forecast'!M5","v":{"$error":"#VALUE!"}},{"$f":"'Input Forecast'!N5","v":{"$error":"#VALUE!"}},{"$f":"'Input Forecast'!O5","v":{"$error":"#VALUE!"}},{"$f":"'Input Forecast'!P5","v":{"$error":"#VALUE!"}}]
[{"$f":"'Input Forecast'!A6","v":"Y"},null,{"$f":"'Input Forecast'!D6","v":"Average Off-Peak Price of Electricity"},{"$f":"'Input Forecast'!E6","v":"$/MWh"},{"$f":"'Input Forecast'!G6","v":{"$error":"#VALUE!"}},{"$f":"'Input Forecast'!H6","v":{"$error":"#VALUE!"}},{"$f":"'Input Forecast'!I6","v":{"$error":"#VALUE!"}},{"$f":"'Input Forecast'!J6","v":{"$error":"#VALUE!"}},{"$f":"'Input Forecast'!K6","v":{"$error":"#VALUE!"}},{"$f":"'Input Forecast'!L6","v":{"$error":"#VALUE!"}},{"$f":"'Input Forecast'!M6","v":{"$error":"#VALUE!"}},{"$f":"'Input Forecast'!N6","v":{"$error":"#VALUE!"}},{"$f":"'Input Forecast'!O6","v":{"$error":"#VALUE!"}},{"$f":"'Input Forecast'!P6","v":{"$error":"#VALUE!"}}]
[{"$f":"'Input Forecast'!A7","v":"Y"},null,{"$f":"'Input Forecast'!D7","v":"Total Energy Discharged for Energy Time-Shift"},{"$f":"'Input Forecast'!E7","v":"MWh"},{"$f":"'Input Forecast'!G7","v":6.57},{"$f":"'Input Forecast'!H7","v":6.57},{"$f":"'Input Forecast'!I7","v":6.57},{"$f":"'Input Forecast'!J7","v":6.57},{"$f":"'Input Forecast'!K7","v":6.57},{"$f":"'Input Forecast'!L7","v":6.57},{"$f":"'Input Forecast'!M7","v":6.57},{"$f":"'Input Forecast'!N7","v":6.57},{"$f":"'Input Forecast'!O7","v":6.57},{"$f":"'Input Forecast'!P7","v":6.57}]
[{"$f":"'Input Forecast'!A8","v":"N"},null,{"$f":"'Input Forecast'!D8","v":"Average Variable Peak Generation Costs"},{"$f":"'Input Forecast'!E8","v":"$/MWh"},{"$f":"'Input Forecast'!G8","v":0},{"$f":"'Input Forecast'!H8","v":45.6},{"$f":"'Input Forecast'!I8","v":45.6},{"$f":"'Input Forecast'!J8","v":45.6},{"$f":"'Input Forecast'!K8","v":45.6},{"$f":"'Input Forecast'!L8","v":46.512},{"$f":"'Input Forecast'!M8","v":47.442239999999998},{"$f":"'Input Forecast'!N8","v":48.391084800000002},{"$f":"'Input Forecast'!O8","v":49.358906496000003},{"$f":"'Input Forecast'!P8","v":50.346084625920007}]
[{"$f":"'Input Forecast'!A9","v":"N"},null,{"$f":"'Input Forecast'!D9","v":"Average Variable Off-Peak Generation Costs"},{"$f":"'Input Forecast'!E9","v":"$/MWh"},{"$f":"'Input Forecast'!G9","v":0},{"$f":"'Input Forecast'!H9","v":24.3},{"$f":"'Input Forecast'!I9","v":24.3},{"$f":"'Input Forecast'!J9","v":24.3},{"$f":"'Input Forecast'!K9","v":24.3},{"$f":"'Input Forecast'!L9","v":24.786000000000001},{"$f":"'Input Forecast'!M9","v":25.281720000000004},{"$f":"'Input Forecast'!N9","v":25.787354400000005},{"$f":"'Input Forecast'!O9","v":26.303101488000006},{"$f":"'Input Forecast'!P9","v":26.829163517760009}]
[{"$f":"'Input Forecast'!A10","v":"Y"},null,{"$f":"'Input Forecast'!D10","v":"CO2 Emissions Factor for Generation on the Margin"},{"$f":"'Input Forecast'!E10","v":"lbs/MWh"},{"$f":"'Input Forecast'!G10","v":844.54949999999997},{"$f":"'Input Forecast'!H10","v":844.54949999999997},{"$f":"'Input Forecast'!I10","v":844.54949999999997},{"$f":"'Input Forecast'!J10","v":844.54949999999997},{"$f":"'Input Forecast'!K10","v":844.54949999999997},{"$f":"'Input Forecast'!L10","v":844.54949999999997},{"$f":"'Input Forecast'!M10","v":844.54949999999997},{"$f":"'Input Forecast'!N10","v":844.54949999999997},{"$f":"'Input Forecast'!O10","v":844.54949999999997},{"$f":"'Input Forecast'!P10","v":844.54949999999997}]
[{"$f":"'Input Forecast'!A11","v":"Y"},null,{"$f":"'Input Forecast'!D11","v":"CO2 Emissions Factor for Base Generation"},{"$f":"'Input Forecast'!E11","v":"lbs/MWh"},{"$f":"'Input Forecast'!G11","v":0},{"$f":"'Input Forecast'!H11","v":0},{"$f":"'Input Forecast'!I11","v":0},{"$f":"'Input Forecast'!J11","v":0},{"$f":"'Input Forecast'!K11","v":0},{"$f":"'Input Forecast'!L11","v":0},{"$f":"'Input Forecast'!M11","v":0},{"$f":"'Input Forecast'!N11","v":0},{"$f":"'Input Forecast'!O11","v":0},{"$f":"'Input Forecast'!P11","v":0}]
[{"$f":"'Input Forecast'!A12","v":"Y"},null,{"$f":"'Input Forecast'!D12","v":"SOx Emissions Factor for Generation on the Margin"},{"$f":"'Input Forecast'!E12","v":"lbs/MWh"},{"$f":"'Input Forecast'!G12","v":7.4700000000000003E-2},{"$f":"'Input Forecast'!H12","v":7.4700000000000003E-2},{"$f":"'Input Forecast'!I12","v":7.4700000000000003E-2},{"$f":"'Input Forecast'!J12","v":7.4700000000000003E-2},{"$f":"'Input Forecast'!K12","v":7.4700000000000003E-2},{"$f":"'Input Forecast'!L12","v":7.4700000000000003E-2},{"$f":"'Input Forecast'!M12","v":7.4700000000000003E-2},{"$f":"'Input Forecast'!N12","v":7.4700000000000003E-2},{"$f":"'Input Forecast'!O12","v":7.4700000000000003E-2},{"$f":"'Input Forecast'!P12","v":7.4700000000000003E-2}]
[{"$f":"'Input Forecast'!A13","v":"Y"},null,{"$f":"'Input Forecast'!D13","v":"SOx Emissions Factor for Base Generation"},{"$f":"'Input Forecast'!E13","v":"lbs/MWh"},{"$f":"'Input Forecast'!G13","v":0},{"$f":"'Input Forecast'!H13","v":0},{"$f":"'Input Forecast'!I13","v":0},{"$f":"'Input Forecast'!J13","v":0},{"$f":"'Input Forecast'!K13","v":0},{"$f":"'Input Forecast'!L13","v":0},{"$f":"'Input Forecast'!M13","v":0},{"$f":"'Input Forecast'!N13","v":0},{"$f":"'Input Forecast'!O13","v":0},{"$f":"'Input Forecast'!P13","v":0}]
[{"$f":"'Input Forecast'!A14","v":"Y"},null,{"$f":"'Input Forecast'!D14","v":"NOx Emissions Factor for Generation on the Margin"},{"$f":"'Input Forecast'!E14","v":"lbs/MWh"},{"$f":"'Input Forecast'!G14","v":0.2525},{"$f":"'Input Forecast'!H14","v":0.2525},{"$f":"'Input Forecast'!I14","v":0.2525},{"$f":"'Input Forecast'!J14","v":0.2525},{"$f":"'Input Forecast'!K14","v":0.2525},{"$f":"'Input Forecast'!L14","v":0.2525},{"$f":"'Input Forecast'!M14","v":0.2525},{"$f":"'Input Forecast'!N14","v":0.2525},{"$f":"'Input Forecast'!O14","v":0.2525},{"$f":"'Input Forecast'!P14","v":0.2525}]
[{"$f":"'Input Forecast'!A15","v":"Y"},null,{"$f":"'Input Forecast'!D15","v":"NOx Emissions Factor for Base Generation"},{"$f":"'Input Forecast'!E15","v":"lbs/MWh"},{"$f":"'Input Forecast'!G15","v":0},{"$f":"'Input Forecast'!H15","v":0},{"$f":"'Input Forecast'!I15","v":0},{"$f":"'Input Forecast'!J15","v":0},{"$f":"'Input Forecast'!K15","v":0},{"$f":"'Input Forecast'!L15","v":0},{"$f":"'Input Forecast'!M15","v":0},{"$f":"'Input Forecast'!N15","v":0},{"$f":"'Input Forecast'!O15","v":0},{"$f":"'Input Forecast'!P15","v":0}]
[{"$f":"'Input Forecast'!A16","v":"Y"},null,{"$f":"'Input Forecast'!D16","v":"PM Emissions Factor for Generation on the Margin"},{"$f":"'Input Forecast'!E16","v":"lbs/MWh"},{"$f":"'Input Forecast'!G16","v":0.04},{"$f":"'Input Forecast'!H16","v":0.04},{"$f":"'Input Forecast'!I16","v":0.04},{"$f":"'Input Forecast'!J16","v":0.04},{"$f":"'Input Forecast'!K16","v":0.04},{"$f":"'Input Forecast'!L16","v":0.04},{"$f":"'Input Forecast'!M16","v":0.04},{"$f":"'Input Forecast'!N16","v":0.04},{"$f":"'Input Forecast'!O16","v":0.04},{"$f":"'Input Forecast'!P16","v":0.04}]
[{"$f":"'Input Forecast'!A17","v":"Y"},null,{"$f":"'Input Forecast'!D17","v":"PM Emissions Factor for Base Generation"},{"$f":"'Input Forecast'!E17","v":"lbs/MWh"},{"$f":"'Input Forecast'!G17","v":0.2},{"$f":"'Input Forecast'!H17","v":0.2},{"$f":"'Input Forecast'!I17","v":0.2},{"$f":"'Input Forecast'!J17","v":0.2},{"$f":"'Input Forecast'!K17","v":0.2},{"$f":"'Input Forecast'!L17","v":0.2},{"$f":"'Input Forecast'!M17","v":0.2},{"$f":"'Input Forecast'!N17","v":0.2},{"$f":"'Input Forecast'!O17","v":0.2},{"$f":"'Input Forecast'!P17","v":0.2}]
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[{"$f":"'Input Forecast'!A84","v":"N"},null,{"$f":"'Input Forecast'!D84","v":"Average Monthly Load Reduction from ES at Off-Peak "},{"$f":"'Input Forecast'!E84","v":"MW"},{"$f":"'Input Forecast'!G84","v":0},{"$f":"'Input Forecast'!H84","v":0},{"$f":"'Input Forecast'!I84","v":0},{"$f":"'Input Forecast'!J84","v":0},{"$f":"'Input Forecast'!K84","v":0},{"$f":"'Input Forecast'!L84","v":0},{"$f":"'Input Forecast'!M84","v":0},{"$f":"'Input Forecast'!N84","v":0},{"$f":"'Input Forecast'!O84","v":0},{"$f":"'Input Forecast'!P84","v":0}]
[{"$f":"'Input Forecast'!A85","v":"N"},null,{"$f":"'Input Forecast'!D85","v":"Peak Demand Charge "},{"$f":"'Input Forecast'!E85","v":"$/MW-month"},{"$f":"'Input Forecast'!G85","v":0},{"$f":"'Input Forecast'!H85","v":0},{"$f":"'Input Forecast'!I85","v":0},{"$f":"'Input Forecast'!J85","v":0},{"$f":"'Input Forecast'!K85","v":0},{"$f":"'Input Forecast'!L85","v":0},{"$f":"'Input Forecast'!M85","v":0},{"$f":"'Input Forecast'!N85","v":0},{"$f":"'Input Forecast'!O85","v":0},{"$f":"'Input Forecast'!P85","v":0}]
[{"$f":"'Input Forecast'!A86","v":"N"},null,{"$f":"'Input Forecast'!D86","v":"Partial-Peak Demand Charge "},{"$f":"'Input Forecast'!E86","v":"$/MW-month"},{"$f":"'Input Forecast'!G86","v":0},{"$f":"'Input Forecast'!H86","v":0},{"$f":"'Input Forecast'!I86","v":0},{"$f":"'Input Forecast'!J86","v":0},{"$f":"'Input Forecast'!K86","v":0},{"$f":"'Input Forecast'!L86","v":0},{"$f":"'Input Forecast'!M86","v":0},{"$f":"'Input Forecast'!N86","v":0},{"$f":"'Input Forecast'!O86","v":0},{"$f":"'Input Forecast'!P86","v":0}]
[{"$f":"'Input Forecast'!A87","v":"N"},null,{"$f":"'Input Forecast'!D87","v":"Off-Peak Demand Charge"},{"$f":"'Input Forecast'!E87","v":"$/MW-month"},{"$f":"'Input Forecast'!G87","v":0},{"$f":"'Input Forecast'!H87","v":0},{"$f":"'Input Forecast'!I87","v":0},{"$f":"'Input Forecast'!J87","v":0},{"$f":"'Input Forecast'!K87","v":0},{"$f":"'Input Forecast'!L87","v":0},{"$f":"'Input Forecast'!M87","v":0},{"$f":"'Input Forecast'!N87","v":0},{"$f":"'Input Forecast'!O87","v":0},{"$f":"'Input Forecast'!P87","v":0}]
[{"$f":"'Input Forecast'!A88","v":"N"},null,{"$f":"'Input Forecast'!D88","v":"Outage Minutes Avoided by Residential Customers"},{"$f":"'Input Forecast'!E88","v":"minutes"},{"$f":"'Input Forecast'!G88","v":0},{"$f":"'Input Forecast'!H88","v":0},{"$f":"'Input Forecast'!I88","v":0},{"$f":"'Input Forecast'!J88","v":0},{"$f":"'Input Forecast'!K88","v":0},{"$f":"'Input Forecast'!L88","v":0},{"$f":"'Input Forecast'!M88","v":0},{"$f":"'Input Forecast'!N88","v":0},{"$f":"'Input Forecast'!O88","v":0},{"$f":"'Input Forecast'!P88","v":0}]
[{"$f":"'Input Forecast'!A89","v":"N"},null,{"$f":"'Input Forecast'!D89","v":"Outage Minutes Avoided by Commercial Customers"},{"$f":"'Input Forecast'!E89","v":"minutes"},{"$f":"'Input Forecast'!G89","v":0},{"$f":"'Input Forecast'!H89","v":0},{"$f":"'Input Forecast'!I89","v":0},{"$f":"'Input Forecast'!J89","v":0},{"$f":"'Input Forecast'!K89","v":0},{"$f":"'Input Forecast'!L89","v":0},{"$f":"'Input Forecast'!M89","v":0},{"$f":"'Input Forecast'!N89","v":0},{"$f":"'Input Forecast'!O89","v":0},{"$f":"'Input Forecast'!P89","v":0}]
[{"$f":"'Input Forecast'!A90","v":"N"},null,{"$f":"'Input Forecast'!D90","v":"Outage Minutes Avoided by Industrial Customers"},{"$f":"'Input Forecast'!E90","v":"minutes"},{"$f":"'Input Forecast'!G90","v":0},{"$f":"'Input Forecast'!H90","v":0},{"$f":"'Input Forecast'!I90","v":0},{"$f":"'Input Forecast'!J90","v":0},{"$f":"'Input Forecast'!K90","v":0},{"$f":"'Input Forecast'!L90","v":0},{"$f":"'Input Forecast'!M90","v":0},{"$f":"'Input Forecast'!N90","v":0},{"$f":"'Input Forecast'!O90","v":0},{"$f":"'Input Forecast'!P90","v":0}]
[{"$f":"'Input Forecast'!A91","v":"N"},null,{"$f":"'Input Forecast'!D91","v":"Average Hourly Residential Load Not Served During Outage"},{"$f":"'Input Forecast'!E91","v":"kW"},{"$f":"'Input Forecast'!G91","v":0},{"$f":"'Input Forecast'!H91","v":0},{"$f":"'Input Forecast'!I91","v":0},{"$f":"'Input Forecast'!J91","v":0},{"$f":"'Input Forecast'!K91","v":0},{"$f":"'Input Forecast'!L91","v":0},{"$f":"'Input Forecast'!M91","v":0},{"$f":"'Input Forecast'!N91","v":0},{"$f":"'Input Forecast'!O91","v":0},{"$f":"'Input Forecast'!P91","v":0}]
[{"$f":"'Input Forecast'!A92","v":"N"},null,{"$f":"'Input Forecast'!D92","v":"Average Hourly Commercial Load Not Served During Outage"},{"$f":"'Input Forecast'!E92","v":"kW"},{"$f":"'Input Forecast'!G92","v":0},{"$f":"'Input Forecast'!H92","v":0},{"$f":"'Input Forecast'!I92","v":0},{"$f":"'Input Forecast'!J92","v":0},{"$f":"'Input Forecast'!K92","v":0},{"$f":"'Input Forecast'!L92","v":0},{"$f":"'Input Forecast'!M92","v":0},{"$f":"'Input Forecast'!N92","v":0},{"$f":"'Input Forecast'!O92","v":0},{"$f":"'Input Forecast'!P92","v":0}]
[{"$f":"'Input Forecast'!A93","v":"N"},null,{"$f":"'Input Forecast'!D93","v":"Average Hourly Industrial Load Not Served During Outage"},{"$f":"'Input Forecast'!E93","v":"kW"},{"$f":"'Input Forecast'!G93","v":0},{"$f":"'Input Forecast'!H93","v":0},{"$f":"'Input Forecast'!I93","v":0},{"$f":"'Input Forecast'!J93","v":0},{"$f":"'Input Forecast'!K93","v":0},{"$f":"'Input Forecast'!L93","v":0},{"$f":"'Input Forecast'!M93","v":0},{"$f":"'Input Forecast'!N93","v":0},{"$f":"'Input Forecast'!O93","v":0},{"$f":"'Input Forecast'!P93","v":0}]
[{"$f":"'Input Forecast'!A94","v":"N"},null,{"$f":"'Input Forecast'!D94","v":"Residential VOS"},{"$f":"'Input Forecast'!E94","v":"$/kWh"},{"$f":"'Input Forecast'!G94","v":0},{"$f":"'Input Forecast'!H94","v":0},{"$f":"'Input Forecast'!I94","v":0},{"$f":"'Input Forecast'!J94","v":0},{"$f":"'Input Forecast'!K94","v":0},{"$f":"'Input Forecast'!L94","v":0},{"$f":"'Input Forecast'!M94","v":0},{"$f":"'Input Forecast'!N94","v":0},{"$f":"'Input Forecast'!O94","v":0},{"$f":"'Input Forecast'!P94","v":0}]
[{"$f":"'Input Forecast'!A95","v":"N"},null,{"$f":"'Input Forecast'!D95","v":"Commercial VOS"},{"$f":"'Input Forecast'!E95","v":"$/kWh"},{"$f":"'Input Forecast'!G95","v":0},{"$f":"'Input Forecast'!H95","v":0},{"$f":"'Input Forecast'!I95","v":0},{"$f":"'Input Forecast'!J95","v":0},{"$f":"'Input Forecast'!K95","v":0},{"$f":"'Input Forecast'!L95","v":0},{"$f":"'Input Forecast'!M95","v":0},{"$f":"'Input Forecast'!N95","v":0},{"$f":"'Input Forecast'!O95","v":0},{"$f":"'Input Forecast'!P95","v":0}]
[{"$f":"'Input Forecast'!A96","v":"N"},null,{"$f":"'Input Forecast'!D96","v":"Industrial VOS"},{"$f":"'Input Forecast'!E96","v":"$/kWh"},{"$f":"'Input Forecast'!G96","v":0},{"$f":"'Input Forecast'!H96","v":0},{"$f":"'Input Forecast'!I96","v":0},{"$f":"'Input Forecast'!J96","v":0},{"$f":"'Input Forecast'!K96","v":0},{"$f":"'Input Forecast'!L96","v":0},{"$f":"'Input Forecast'!M96","v":0},{"$f":"'Input Forecast'!N96","v":0},{"$f":"'Input Forecast'!O96","v":0},{"$f":"'Input Forecast'!P96","v":0}]
[{"$f":"'Input Forecast'!A97","v":"N"},null,{"$f":"'Input Forecast'!D97","v":"Number of Months that Demand Charges are Avoided"},{"$f":"'Input Forecast'!E97","v":"#"},{"$f":"'Input Forecast'!G97","v":0},{"$f":"'Input Forecast'!H97","v":0},{"$f":"'Input Forecast'!I97","v":0},{"$f":"'Input Forecast'!J97","v":0},{"$f":"'Input Forecast'!K97","v":0},{"$f":"'Input Forecast'!L97","v":0},{"$f":"'Input Forecast'!M97","v":0},{"$f":"'Input Forecast'!N97","v":0},{"$f":"'Input Forecast'!O97","v":0},{"$f":"'Input Forecast'!P97","v":0}]
[{"$f":"'Input Forecast'!A98","v":"N"},null,{"$f":"'Input Forecast'!D98","v":"Typical Number of Power Quality Events per Year"},{"$f":"'Input Forecast'!E98","v":"#"},{"$f":"'Input Forecast'!G98","v":0},{"$f":"'Input Forecast'!H98","v":0},{"$f":"'Input Forecast'!I98","v":0},{"$f":"'Input Forecast'!J98","v":0},{"$f":"'Input Forecast'!K98","v":0},{"$f":"'Input Forecast'!L98","v":0},{"$f":"'Input Forecast'!M98","v":0},{"$f":"'Input Forecast'!N98","v":0},{"$f":"'Input Forecast'!O98","v":0},{"$f":"'Input Forecast'!P98","v":0}]
[{"$f":"'Input Forecast'!A99","v":"N"},null,{"$f":"'Input Forecast'!D99","v":"Value of Avoided Power Quality Events"},{"$f":"'Input Forecast'!E99","v":"$/kw peak load"},{"$f":"'Input Forecast'!G99","v":0},{"$f":"'Input Forecast'!H99","v":0},{"$f":"'Input Forecast'!I99","v":0},{"$f":"'Input Forecast'!J99","v":0},{"$f":"'Input Forecast'!K99","v":0},{"$f":"'Input Forecast'!L99","v":0},{"$f":"'Input Forecast'!M99","v":0},{"$f":"'Input Forecast'!N99","v":0},{"$f":"'Input Forecast'!O99","v":0},{"$f":"'Input Forecast'!P99","v":0}]
[{"$f":"'Input Forecast'!A100","v":"N"},null,{"$f":"'Input Forecast'!D100","v":"Customer Peak Load"},{"$f":"'Input Forecast'!E100","v":"kW"},{"$f":"'Input Forecast'!G100","v":0},{"$f":"'Input Forecast'!H100","v":0},{"$f":"'Input Forecast'!I100","v":0},{"$f":"'Input Forecast'!J100","v":0},{"$f":"'Input Forecast'!K100","v":0},{"$f":"'Input Forecast'!L100","v":0},{"$f":"'Input Forecast'!M100","v":0},{"$f":"'Input Forecast'!N100","v":0},{"$f":"'Input Forecast'!O100","v":0},{"$f":"'Input Forecast'!P100","v":0}]
[{"$f":"'Input Forecast'!A101","v":"N"},null,{"$f":"'Input Forecast'!D101","v":"Average Variable Renewable Generation Costs"},{"$f":"'Input Forecast'!E101","v":"$/MW"},{"$f":"'Input Forecast'!G101","v":0},{"$f":"'Input Forecast'!H101","v":0},{"$f":"'Input Forecast'!I101","v":0},{"$f":"'Input Forecast'!J101","v":0},{"$f":"'Input Forecast'!K101","v":0},{"$f":"'Input Forecast'!L101","v":0},{"$f":"'Input Forecast'!M101","v":0},{"$f":"'Input Forecast'!N101","v":0},{"$f":"'Input Forecast'!O101","v":0},{"$f":"'Input Forecast'!P101","v":0}]
[{"$f":"'Input Forecast'!A102","v":"N"},null,{"$f":"'Input Forecast'!D102","v":"Total Renewable Energy Discharged for Arbitrage"},{"$f":"'Input Forecast'!E102","v":"MWh"},{"$f":"'Input Forecast'!G102","v":0},{"$f":"'Input Forecast'!H102","v":0},{"$f":"'Input Forecast'!I102","v":0},{"$f":"'Input Forecast'!J102","v":0},{"$f":"'Input Forecast'!K102","v":0},{"$f":"'Input Forecast'!L102","v":0},{"$f":"'Input Forecast'!M102","v":0},{"$f":"'Input Forecast'!N102","v":0},{"$f":"'Input Forecast'!O102","v":0},{"$f":"'Input Forecast'!P102","v":0}]
[{"$f":"'Input Forecast'!A103","v":"N"},null,{"$f":"'Input Forecast'!D103","v":"Total Renewable Energy Discharged for Energy Time-Shift"},{"$f":"'Input Forecast'!E103","v":"MWh"},{"$f":"'Input Forecast'!G103","v":0},{"$f":"'Input Forecast'!H103","v":0},{"$f":"'Input Forecast'!I103","v":0},{"$f":"'Input Forecast'!J103","v":0},{"$f":"'Input Forecast'!K103","v":0},{"$f":"'Input Forecast'!L103","v":0},{"$f":"'Input Forecast'!M103","v":0},{"$f":"'Input Forecast'!N103","v":0},{"$f":"'Input Forecast'!O103","v":0},{"$f":"'Input Forecast'!P103","v":0}]
[{"$f":"'Input Forecast'!A104","v":"N"},null,{"$f":"'Input Forecast'!D104","v":"Effective Load Carrying Capacity of Renewable Post-Firming"},{"$f":"'Input Forecast'!E104","v":"%"},{"$f":"'Input Forecast'!G104","v":0},{"$f":"'Input Forecast'!H104","v":0},{"$f":"'Input Forecast'!I104","v":0},{"$f":"'Input Forecast'!J104","v":0},{"$f":"'Input Forecast'!K104","v":0},{"$f":"'Input Forecast'!L104","v":0},{"$f":"'Input Forecast'!M104","v":0},{"$f":"'Input Forecast'!N104","v":0},{"$f":"'Input Forecast'!O104","v":0},{"$f":"'Input Forecast'!P104","v":0}]
[{"$f":"'Input Forecast'!A105","v":"N"},null,{"$f":"'Input Forecast'!D105","v":"Effective Load Carrying Capacity of Renewable Pre-Firming"},{"$f":"'Input Forecast'!E105","v":"%"},{"$f":"'Input Forecast'!G105","v":0},{"$f":"'Input Forecast'!H105","v":0},{"$f":"'Input Forecast'!I105","v":0},{"$f":"'Input Forecast'!J105","v":0},{"$f":"'Input Forecast'!K105","v":0},{"$f":"'Input Forecast'!L105","v":0},{"$f":"'Input Forecast'!M105","v":0},{"$f":"'Input Forecast'!N105","v":0},{"$f":"'Input Forecast'!O105","v":0},{"$f":"'Input Forecast'!P105","v":0}]
[{"$f":"'Input Forecast'!A106","v":"N"},null,{"$f":"'Input Forecast'!D106","v":"Hours of Renewable Energy Capacity Sold"},{"$f":"'Input Forecast'!E106","v":"hr"},{"$f":"'Input Forecast'!G106","v":0},{"$f":"'Input Forecast'!H106","v":0},{"$f":"'Input Forecast'!I106","v":0},{"$f":"'Input Forecast'!J106","v":0},{"$f":"'Input Forecast'!K106","v":0},{"$f":"'Input Forecast'!L106","v":0},{"$f":"'Input Forecast'!M106","v":0},{"$f":"'Input Forecast'!N106","v":0},{"$f":"'Input Forecast'!O106","v":0},{"$f":"'Input Forecast'!P106","v":0}]
[{"$f":"'Input Forecast'!A107","v":"N"},null,{"$f":"'Input Forecast'!D107","v":"Nameplate Capacity of Renewable Resource"},{"$f":"'Input Forecast'!E107","v":"MW"},{"$f":"'Input Forecast'!G107","v":0},{"$f":"'Input Forecast'!H107","v":0},{"$f":"'Input Forecast'!I107","v":0},{"$f":"'Input Forecast'!J107","v":0},{"$f":"'Input Forecast'!K107","v":0},{"$f":"'Input Forecast'!L107","v":0},{"$f":"'Input Forecast'!M107","v":0},{"$f":"'Input Forecast'!N107","v":0},{"$f":"'Input Forecast'!O107","v":0},{"$f":"'Input Forecast'!P107","v":0}]
[{"$f":"'Input Forecast'!A108","v":"N"},null,{"$f":"'Input Forecast'!D108","v":"Capacity Factor of Renewable Resource"},{"$f":"'Input Forecast'!E108","v":"%"},{"$f":"'Input Forecast'!G108","v":0},{"$f":"'Input Forecast'!H108","v":0},{"$f":"'Input Forecast'!I108","v":0},{"$f":"'Input Forecast'!J108","v":0},{"$f":"'Input Forecast'!K108","v":0},{"$f":"'Input Forecast'!L108","v":0},{"$f":"'Input Forecast'!M108","v":0},{"$f":"'Input Forecast'!N108","v":0},{"$f":"'Input Forecast'!O108","v":0},{"$f":"'Input Forecast'!P108","v":0}]
[{"$f":"'Input Forecast'!A109","v":"N"},null,{"$f":"'Input Forecast'!D109","v":"Capital Cost of Conventional Voltage Support Solution "},{"$f":"'Input Forecast'!E109","v":"$/kVAR"},{"$f":"'Input Forecast'!G109","v":0},{"$f":"'Input Forecast'!H109","v":0},{"$f":"'Input Forecast'!I109","v":0},{"$f":"'Input Forecast'!J109","v":0},{"$f":"'Input Forecast'!K109","v":0},{"$f":"'Input Forecast'!L109","v":0},{"$f":"'Input Forecast'!M109","v":0},{"$f":"'Input Forecast'!N109","v":0},{"$f":"'Input Forecast'!O109","v":0},{"$f":"'Input Forecast'!P109","v":0}]
[{"$f":"'Input Forecast'!A110","v":"N"},null,{"$f":"'Input Forecast'!D110","v":"Nameplate Reactive Power Capacity of Energy Storage"},{"$f":"'Input Forecast'!E110","v":"kVAR"},{"$f":"'Input Forecast'!G110","v":0},{"$f":"'Input Forecast'!H110","v":0},{"$f":"'Input Forecast'!I110","v":0},{"$f":"'Input Forecast'!J110","v":0},{"$f":"'Input Forecast'!K110","v":0},{"$f":"'Input Forecast'!L110","v":0},{"$f":"'Input Forecast'!M110","v":0},{"$f":"'Input Forecast'!N110","v":0},{"$f":"'Input Forecast'!O110","v":0},{"$f":"'Input Forecast'!P110","v":0}]
[{"$f":"'Input Forecast'!A111","v":"N"},null,{"$f":"'Input Forecast'!D111","v":"Annual Fixed Charge Rate for Voltage Support Capital Investment"},{"$f":"'Input Forecast'!E111","v":"%"},{"$f":"'Input Forecast'!G111","v":0},{"$f":"'Input Forecast'!H111","v":0},{"$f":"'Input Forecast'!I111","v":0},{"$f":"'Input Forecast'!J111","v":0},{"$f":"'Input Forecast'!K111","v":0},{"$f":"'Input Forecast'!L111","v":0},{"$f":"'Input Forecast'!M111","v":0},{"$f":"'Input Forecast'!N111","v":0},{"$f":"'Input Forecast'!O111","v":0},{"$f":"'Input Forecast'!P111","v":0}]
[{"$f":"'Input Forecast'!A112","v":"N"},null,{"$f":"'Input Forecast'!D112","v":"Capital Cost of Conventional Electric Service Reliability Solution "},{"$f":"'Input Forecast'!E112","v":"$/kW"},{"$f":"'Input Forecast'!G112","v":0},{"$f":"'Input Forecast'!H112","v":0},{"$f":"'Input Forecast'!I112","v":0},{"$f":"'Input Forecast'!J112","v":0},{"$f":"'Input Forecast'!K112","v":0},{"$f":"'Input Forecast'!L112","v":0},{"$f":"'Input Forecast'!M112","v":0},{"$f":"'Input Forecast'!N112","v":0},{"$f":"'Input Forecast'!O112","v":0},{"$f":"'Input Forecast'!P112","v":0}]
[{"$f":"'Input Forecast'!A113","v":"N"},null,{"$f":"'Input Forecast'!D113","v":"Annual Fixed Charge Rate for Electric Service Reliability Capital Investment"},{"$f":"'Input Forecast'!E113","v":"%"},{"$f":"'Input Forecast'!G113","v":0},{"$f":"'Input Forecast'!H113","v":0},{"$f":"'Input Forecast'!I113","v":0},{"$f":"'Input Forecast'!J113","v":0},{"$f":"'Input Forecast'!K113","v":0},{"$f":"'Input Forecast'!L113","v":0},{"$f":"'Input Forecast'!M113","v":0},{"$f":"'Input Forecast'!N113","v":0},{"$f":"'Input Forecast'!O113","v":0},{"$f":"'Input Forecast'!P113","v":0}]

{"sheet":"Calculation Module III -->","index":22,"n_rows":0,"n_cols":0,"rows_kept":0,"cut":false,"hidden":true,"merged":[]}

{"sheet":"CM Main Page","index":23,"n_rows":132,"n_cols":13,"rows_kept":132,"cut":false,"hidden":true,"merged":[[2,3,2,5],[3,3,3,5]]}
[]
[null,null,null,"Computational Module (CM) Main Page"]
[null,null,null,"Instructions"]
[null,null,null,"Welcome to the Computational Module (CM) phase of the Energy Storage Computational Tool (ESCT).  The CM is the calculation engine of the tool, it crunches the numbers and generates the output.  The CM also allows the user to complete a sensitivity analysis if desired. \nRunning the CM with Reference Inputs - To run the CM with the inputs that were entered in the DIM phase, simply click the button in the \"Reference Case\" section that says \"Run CM with Reference Case Inputs\". The CM will take about 20 seconds to complete the analysis. Once the analysis is complete the results can be viewed by clicking the \"View Reference Case Results\" button. \nRunning the a Sensitivity Analysis - Before running a sensitivity analysis the CM should be run with the reference case inputs by following the directions above. To run a sensitivity analysis first change the High and Low sensitivity ranges of the desired inputs by using the toggles that are to the right of every input. After all of the desired sensitivity ranges have been set click the button in the \"Sensitivity Analysis\" section that says \"Run CM with Sensitivity Case Inputs\". The CM will take about a 40 seconds to complete the analysis. Once the analysis is complete the results can be viewed by clicking the \"View Sensitivity Results\" button. All of the sensitivity ranges can be reset to 100% by clicking the button above the toggle switches that says \"Reset all values to 100%\"."]
[]
[]
[null,null,null,"Reference Case"]
[]
[]
[]
[]
[]
[]
[null,null,null,"Sensitivity Analysis"]
[]
[]
[]
[]
[]
[]
[null,null,null,null,null,"Select % using toggle",null,null,{"$f":"input_EcoParam_8&\" Values\"","v":"2011 Values"}]
[null,"Input Required?","Range","Input Name","Unit","Low","Reference","High","Low","Reference","High",null,"Sensitivity Toggle"]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C23,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"Y"},"calc_input_01",{"$f":"INDIRECT(C23)","v":"Total Energy Discharged for Arbitrage"},{"$f":"OFFSET(INDIRECT(C23),0,1)","v":"MWh"},0.6,1,1.2500000000000004,{"$f":"IFERROR(J23*F23,\"null\")","v":21600},{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C23,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":36000},{"$f":"IFERROR(J23*H23,\"null\")","v":45000.000000000015},null,0]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C24,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"Y"},"calc_input_02",{"$f":"INDIRECT(C24)","v":"Average On-Peak Price of Electricity"},{"$f":"OFFSET(INDIRECT(C24),0,1)","v":"$/MWh"},1,1,1,{"$f":"IFERROR(J24*F24,\"null\")","v":"null"},{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C24,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},{"$f":"IFERROR(J24*H24,\"null\")","v":"null"},null,{"$f":"M23+5%","v":0.05}]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C25,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"Y"},"calc_input_03","Average Off-Peak Price of Electricity","$/MWh",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C25,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,{"$f":"M24+5%","v":0.1}]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C26,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"Y"},"calc_input_04","Total Energy Discharged for Energy Time-Shift","MWh",1,1,1,36000,{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C26,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":36000},36000,null,0.15000000000000002]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C27,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_05","Average Variable Peak Generation Costs","$/MWh",1,1,1,45.6,{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C27,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":45.6},45.6,null,0.2]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C28,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_06","Average Variable Off-Peak Generation Costs","$/MWh",1,1,1,24.3,{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C28,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":24.3},24.3,null,0.25]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C29,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"Y"},"calc_input_07","CO2 Emissions Factor for Generation on the Margin","lbs/MWh",1,1,1,844.54949999999997,{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C29,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":844.54949999999997},844.54949999999997,null,0.3]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C30,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"Y"},"calc_input_08","CO2 Emissions Factor for Base Generation","lbs/MWh",1,1,1,0,{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C30,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":0},0,null,0.35]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C31,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"Y"},"calc_input_09","SOx Emissions Factor for Generation on the Margin","lbs/MWh",1,1,1,7.4700000000000003E-2,{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C31,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":7.4700000000000003E-2},7.4700000000000003E-2,null,0.39999999999999997]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C32,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"Y"},"calc_input_10","SOx Emissions Factor for Base Generation","lbs/MWh",1,1,1,0,{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C32,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":0},0,null,0.44999999999999996]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C33,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"Y"},"calc_input_11","NOx Emissions Factor for Generation on the Margin","lbs/MWh",1,1,1,0.2525,{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C33,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":0.2525},0.2525,null,0.49999999999999994]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C34,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"Y"},"calc_input_12","NOx Emissions Factor for Base Generation","lbs/MWh",1,1,1,0,{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C34,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":0},0,null,0.54999999999999993]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C35,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"Y"},"calc_input_13","PM Emissions Factor for Generation on the Margin","lbs/MWh",1,1,1,0.04,{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C35,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":0.04},0.04,null,0.6]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C36,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"Y"},"calc_input_14","PM Emissions Factor for Base Generation","lbs/MWh",1,1,1,0.2,{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C36,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":0.2},0.2,null,0.65]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C37,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"Y"},"calc_input_15","Value of CO2","$/ton",1,1,1,20,{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C37,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":20},20,null,0.70000000000000007]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C38,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"Y"},"calc_input_16","Value of SOx","$/ton",1,1,1,520,{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C38,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":520},520,null,0.75000000000000011]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C39,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"Y"},"calc_input_17","Value of NOx","$/ton",1,1,1,3000,{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C39,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":3000},3000,null,0.80000000000000016]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C40,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"Y"},"calc_input_18","Value of PM","$/ton",1,1,1,36000,{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C40,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":36000},36000,null,0.8500000000000002]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C41,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_19","Total Energy Storage Capacity Sold","MW-h",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C41,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,0.90000000000000024]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C42,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_20","Average Value of Capacity on the Market ","$/MW-h",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C42,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,0.95000000000000029]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C43,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_21","Generation Capacity Deferred","MW",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C43,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,1.0000000000000002]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C44,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_22","Capital Cost of Deferred Generation Capacity","$/MW",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C44,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,1.0500000000000003]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C45,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_23","Yearly O&M Costs of Deferred Generation Capacity","$/MW-year",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C45,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,1.1000000000000003]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C46,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_24","Annual Fixed Charge Rate for Generation Capital Investment","%",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C46,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,{"$f":"M45+5%","v":1.1500000000000004}]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C47,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_25","Initial Year of Generation Deferral","year",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C47,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,1.2000000000000004]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C48,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_26","Final year of Generation Deferral","year",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C48,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,1.2500000000000004]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C49,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_27","Total Load Following Services Provided","MW-h",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C49,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,1.3000000000000005]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C50,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_28","Average Price for Load Following","$/MW-h",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C50,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,1.3500000000000005]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C51,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_29","Capital Cost of Conventional Generation Capacity used for Load Following ","$/kW",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C51,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,1.4000000000000006]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C52,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_30","Total Energy Discharged for Load Following","MWh",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C52,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,1.4500000000000006]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C53,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_31","Marginal Operating Cost of Load Following Generation","$/MWh",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C53,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,1.5000000000000007]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C54,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_32","Marginal Operating Cost of Base Load Generation","$/MWh",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C54,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,1.5500000000000007]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C55,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_33","Total Area Regulation Services Provided","MW-h",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C55,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,1.6000000000000008]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C56,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_34","Average Price for Area Regulation","$/MW-h",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C56,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,1.6500000000000008]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C57,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_105","Energy Storage Capacity for Area Regulation","MW",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C57,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,1.7000000000000008]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C58,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_35","Conventional Capacity Required for Equivalent Level of Area Regulation","MW",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C58,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,1.7500000000000009]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C59,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_36","Price of Conventional Capacity","$/MW",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C59,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,1.8000000000000009]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C60,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_37","Total Spinning-Reserve Services Provided","MW-h",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C60,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,1.850000000000001]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C61,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_38","Average Price for Spinning Reserve Services","$/MW-h",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C61,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,1.900000000000001]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C62,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_39","Total Non-Spinning-Reserve Services Provided","MW-h",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C62,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,1.9500000000000011]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C63,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_40","Average Price for Non-Spinning Reserve Services","$/MW-h",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C63,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,{"$f":"M62+5%","v":2.0000000000000009}]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C64,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_41","Total Backup Supply Services Provided","MW-h",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C64,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,{"$f":"M63+10%","v":2.100000000000001}]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C65,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_42","Average Price for Backup Supply Services","$/MW-h",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C65,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,2.2000000000000011]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C66,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_43","Marginal Operating Costs of Conventional Generation at Partial Load","$/MWh",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C66,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,2.3000000000000012]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C67,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_44","Marginal Operating Costs of Conventional Generation at Optimal Load","$/MWh",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C67,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,2.4000000000000012]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C68,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_45","CO2 Emissions Factor of Generation at Partial Load","lbs/MWh",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C68,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,2.5000000000000013]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C69,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_46","CO2 Emissions Factor of Generation at Optimal Load","lbs/MWh",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C69,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,2.6000000000000014]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C70,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_47","SOx Emissions Factor of Generation at Partial Load","lbs/MWh",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C70,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,2.7000000000000015]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C71,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_48","SOx Emissions Factor of Generation at Optimal Load","lbs/MWh",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C71,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,2.8000000000000016]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C72,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_49","NOx Emissions Factor of Generation at Partial Load","lbs/MWh",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C72,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,2.9000000000000017]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C73,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_50","NOx Emissions Factor of Generation at Optimal Load","lbs/MWh",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C73,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,3.0000000000000018]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C74,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_51","PM Emissions Factor of Generation at Partial Load","lbs/MWh",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C74,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,{"$f":"M73+25%","v":3.2500000000000018}]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C75,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_52","PM Emissions Factor of Generation at Optimal Load","lbs/MWh",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C75,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,{"$f":"M74+25%","v":3.5000000000000018}]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C76,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_53","Annual Reactive Power Capacity Available for Voltage Support","MVAR-yr",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C76,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,{"$f":"M75+25%","v":3.7500000000000018}]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C77,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_54","Annual Capacity Payment for Voltage Support","$/MVAR-yr",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C77,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,{"$f":"M76+25%","v":4.0000000000000018}]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C78,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_55","Average Variable Operating Cost of Non-Congestion Generation","$/MWh",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C78,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,{"$f":"M77+50%","v":4.5000000000000018}]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C79,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_56","Annual Transmission Enhancement Benefit","$/kW-yr",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C79,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,{"$f":"M78+50%","v":5.0000000000000018}]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C80,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_57","Number of Underfrequency Load-Shedding Occurrences","#",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C80,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,5.5000000000000018]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C81,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_58","Value of Avoided Load-Shedding Occurrences","$/#",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C81,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,6.0000000000000018]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C82,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_59","Total Hours of Congestion Avoided","hr",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C82,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,{"$f":"M81+50%","v":6.5000000000000018}]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C83,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_60","Average Congestion Charge","$/MW-h",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C83,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,7.0000000000000018]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C84,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_61","Average Wholesale Price of Electricity","$/MWh",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C84,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,7.5000000000000018]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C85,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_62","Average Variable Operating Cost of Congestion Generation","$/MWh",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C85,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,{"$f":"M84+50%","v":8.0000000000000018}]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C86,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_63","Transmission Capacity Deferred","kVA",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C86,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,{"$f":"M85+50%","v":8.5000000000000018}]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C87,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_64","Annual Fixed Charge Rate for Transmission Capital Investment","%",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C87,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,{"$f":"M86+50%","v":9.0000000000000018}]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C88,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_65",{"$f":"INDIRECT(C88)","v":"Capital Cost of Deferred Transmission Capacity"},{"$f":"OFFSET(INDIRECT(C88),0,1)","v":"$/kVA"},1,1,1,{"$f":"IFERROR(J88*F88,\"null\")","v":"null"},{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C88,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},{"$f":"IFERROR(J88*H88,\"null\")","v":"null"},null,{"$f":"M87+50%","v":9.5000000000000018}]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C89,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_66","Yearly O&M Costs of Deferred Transmission Capacity","$/year",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C89,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null",null,{"$f":"M88+50%","v":10.000000000000002}]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C90,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_67","Initial Year of Transmission Deferral","year",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C90,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null"]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C91,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_68","Final year of Transmission Deferral","year",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C91,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null"]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C92,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_69","Distribution Capacity Deferred","kVA",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C92,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null"]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C93,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_70","Annual Fixed Charge Rate for Distribution Capital Investment","%",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C93,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null"]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C94,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_71","Capital Cost of Deferred Distribution Capacity","$/kVA",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C94,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null"]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C95,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_72","Yearly O&M Costs of Deferred Distribution Capacity","$/year",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C95,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null"]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C96,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_73","Initial Year of Distribution Deferral","year",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C96,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null"]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C97,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_74","Final year of Distribution Deferral","year",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C97,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null"]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C98,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_75","Total Energy Discharged for TOU Energy Cost Management","MWh",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C98,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null"]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C99,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_76","Average On-Peak Retail Price of Electricity","$/MWh",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C99,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null"]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C100,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_77","Average Off-Peak Retail Price of Electricity","$/MWh",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C100,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null"]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C101,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_78",{"$f":"INDIRECT(C101)","v":"Average Monthly Load Reduction from ES at Peak"},{"$f":"OFFSET(INDIRECT(C101),0,1)","v":"MW"},1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C101,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null"]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C102,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_79","Average Monthly Load Reduction from ES at Partial-Peak ","MW",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C102,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null"]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C103,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_80","Average Monthly Load Reduction from ES at Off-Peak ","MW",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C103,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null"]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C104,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_81","Peak Demand Charge ","$/MW-month",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C104,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null"]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C105,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_82","Partial-Peak Demand Charge ","$/MW-month",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C105,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null"]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C106,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_83","Off-Peak Demand Charge","$/MW-month",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C106,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null"]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C107,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_84","Outage Minutes Avoided by Residential Customers","minutes",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C107,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null"]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C108,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_85","Outage Minutes Avoided by Commercial Customers","minutes",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C108,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null"]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C109,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_86","Outage Minutes Avoided by Industrial Customers","minutes",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C109,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null"]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C110,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_87","Average Hourly Residential Load Not Served During Outage","kW",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C110,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null"]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C111,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_88","Average Hourly Commercial Load Not Served During Outage","kW",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C111,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null"]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C112,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_89","Average Hourly Industrial Load Not Served During Outage","kW",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C112,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null"]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C113,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_90","Residential VOS","$/kWh",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C113,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null"]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C114,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_91","Commercial VOS","$/kWh",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C114,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null"]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C115,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_92","Industrial VOS","$/kWh",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C115,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null"]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C116,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_93","Number of Months that Demand Charges are Avoided","#",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C116,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null"]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C117,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_94","Typical Number of Power Quality Events per Year","#",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C117,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null"]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C118,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_95","Value of Avoided Power Quality Events","$/kw peak load",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C118,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null"]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C119,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_96","Customer Peak Load","kW",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C119,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null"]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C120,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_97","Average Variable Renewable Generation Costs","$/MW",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C120,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null"]
[null,{"$f":"IF(INDEX('Inputs Required'!$J$3:$J$112,MATCH(C121,'Inputs Required'!$H$3:$H$112,0))=0,\"N\",\"Y\")","v":"N"},"calc_input_98","Total Renewable Energy Discharged for Arbitrage","MWh",1,1,1,"null",{"$f":"INDEX('Confirmed Inputs'!$B$2:$H$112,MATCH('CM Main Page'!C121,'Confirmed Inputs'!$B$2:$B$112,0),3)","v":"null"},"null"]
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[null,null,"Yearly Calculated Benefits",null,null,null,"Yearly Benefits Table",1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,null,null,"Yearly Benefits Table Present Value With Benefit Cut Off",1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40]
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["Ben_01",{"$f":"\"Result_\"&A5","v":"Result_Ben_01"},{"$f":"INDIRECT(A5)","v":"Arbitrage Revenue"},{"$f":"INDIRECT(B5)","v":{"$error":"#VALUE!"}},null,null,{"$f":"INDIRECT(A5)","v":"Arbitrage Revenue"},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,{"$f":"INDIRECT(A5)","v":"Arbitrage Revenue"},{"$f":"IF(AY$3>input_EcoParam_1,,H5*AY$2)","v":0},{"$f":"IF(AZ$3>input_EcoParam_1,,I5*AZ$2)","v":0},{"$f":"IF(BA$3>input_EcoParam_1,,J5*BA$2)","v":0},{"$f":"IF(BB$3>input_EcoParam_1,,K5*BB$2)","v":0},{"$f":"IF(BC$3>input_EcoParam_1,,L5*BC$2)","v":0},{"$f":"IF(BD$3>input_EcoParam_1,,M5*BD$2)","v":0},{"$f":"IF(BE$3>input_EcoParam_1,,N5*BE$2)","v":0},{"$f":"IF(BF$3>input_EcoParam_1,,O5*BF$2)","v":0},{"$f":"IF(BG$3>input_EcoParam_1,,P5*BG$2)","v":0},{"$f":"IF(BH$3>input_EcoParam_1,,Q5*BH$2)","v":0},{"$f":"IF(BI$3>input_EcoParam_1,,R5*BI$2)","v":0},{"$f":"IF(BJ$3>input_EcoParam_1,,S5*BJ$2)","v":0},{"$f":"IF(BK$3>input_EcoParam_1,,T5*BK$2)","v":0},{"$f":"IF(BL$3>input_EcoParam_1,,U5*BL$2)","v":0},{"$f":"IF(BM$3>input_EcoParam_1,,V5*BM$2)","v":0},{"$f":"IF(BN$3>input_EcoParam_1,,W5*BN$2)","v":0},{"$f":"IF(BO$3>input_EcoParam_1,,X5*BO$2)","v":0},{"$f":"IF(BP$3>input_EcoParam_1,,Y5*BP$2)","v":0},{"$f":"IF(BQ$3>input_EcoParam_1,,Z5*BQ$2)","v":0},{"$f":"IF(BR$3>input_EcoParam_1,,AA5*BR$2)","v":0},{"$f":"IF(BS$3>input_EcoParam_1,,AB5*BS$2)","v":0},{"$f":"IF(BT$3>input_EcoParam_1,,AC5*BT$2)","v":0},{"$f":"IF(BU$3>input_EcoParam_1,,AD5*BU$2)","v":0},{"$f":"IF(BV$3>input_EcoParam_1,,AE5*BV$2)","v":0},{"$f":"IF(BW$3>input_EcoParam_1,,AF5*BW$2)","v":0},{"$f":"IF(BX$3>input_EcoParam_1,,AG5*BX$2)","v":0},{"$f":"IF(BY$3>input_EcoParam_1,,AH5*BY$2)","v":0},{"$f":"IF(BZ$3>input_EcoParam_1,,AI5*BZ$2)","v":0},{"$f":"IF(CA$3>input_EcoParam_1,,AJ5*CA$2)","v":0},{"$f":"IF(CB$3>input_EcoParam_1,,AK5*CB$2)","v":0},{"$f":"IF(CC$3>input_EcoParam_1,,AL5*CC$2)","v":0},{"$f":"IF(CD$3>input_EcoParam_1,,AM5*CD$2)","v":0},{"$f":"IF(CE$3>input_EcoParam_1,,AN5*CE$2)","v":0},{"$f":"IF(CF$3>input_EcoParam_1,,AO5*CF$2)","v":0},{"$f":"IF(CG$3>input_EcoParam_1,,AP5*CG$2)","v":0},{"$f":"IF(CH$3>input_EcoParam_1,,AQ5*CH$2)","v":0},{"$f":"IF(CI$3>input_EcoParam_1,,AR5*CI$2)","v":0},{"$f":"IF(CJ$3>input_EcoParam_1,,AS5*CJ$2)","v":0},{"$f":"IF(CK$3>input_EcoParam_1,,AT5*CK$2)","v":0},{"$f":"IF(CL$3>input_EcoParam_1,,AU5*CL$2)","v":0}]
["Ben_02",{"$f":"\"Result_\"&A6","v":"Result_Ben_02"},{"$f":"INDIRECT(A6)","v":"Capacity Market Revenue"},{"$f":"INDIRECT(B6)","v":0},null,null,{"$f":"INDIRECT(A6)","v":"Capacity Market Revenue"},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,{"$f":"INDIRECT(A6)","v":"Capacity Market Revenue"},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["Ben_03","Result_Ben_03","Ancillary Services Revenue",{"$f":"INDIRECT(B7)","v":0},null,null,"Ancillary Services Revenue",5870159.9999999991,5870159.9999999991,5870159.9999999991,5870159.9999999991,5870159.9999999991,6107314.4639999997,6354049.9683456002,6610753.5870667631,6877828.0319842603,7155692.2844764255,7444782.2527692728,7745551.4557811515,8058471.7345947102,8384033.9926723363,8722748.9659763016,9075148.0242017433,9441784.0043794941,9823232.0781564265,10220090.654113945,10632982.316540152,11062554.802128373,11509482.016134361,11974465.089586189,12458233.479205472,12961546.111765375,13485192.574680693,14029994.354697796,14596806.126627587,15186517.094143344,15800052.384746736,16438374.501090506,17102484.830934558,17793425.218104322,18512279.596915729,19260175.692631129,20038286.790613428,20847833.576954208,21690086.053463161,22566365.530023079,23478046.697436005,null,null,"Ancillary Services Revenue",5870159.9999999991,5576651.9999999991,5297819.3999999994,5032928.4299999988,4781282.0084999986,4725723.5115612289,4670810.6043568878,4616535.7851342605,4562891.6393109998,4509870.8384622065,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["Ben_10","Result_Ben_10","Optimized Generator Operation (Non-Utility Merchant)",0,null,null,"Optimized Generator Operation (Non-Utility Merchant)",18240.000000000124,18240.000000000124,18240.000000000124,18240.000000000124,18240.000000000124,18976.896000000244,19743.562598400367,20541.202527375692,21371.067109481559,22234.458220704448,23132.730332820796,24067.292638266932,25039.611260853089,26051.211555791622,27103.680502645457,28198.669194952083,29337.895430428165,30523.146405817406,31756.281520612585,33039.235294045648,34374.020399924928,35762.730824081846,37207.54514937452,38710.729973409383,40274.643464334513,41901.73906029373,43594.569318329137,45355.789918789582,47188.163831508355,49094.565650300916,51077.98610257313,53141.53674111695,55288.454825457658,57522.108400406272,59846.001579782213,62263.780043605315,64779.236757367587,67396.317922365241,70119.129166429018,72951.941984752542,null,null,"Optimized Generator Operation (Non-Utility Merchant)",18240.000000000124,17328.000000000116,16461.600000000111,15638.520000000104,14856.594000000099,14683.960377720186,14513.332758131161,14344.687831481639,14178.002558879749,14013.254169145461,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["Ben_34","Result_Ben_34","Optimized Generator Operation  (Utility/Ratepayer)",0,null,null,"Optimized Generator Operation  (Utility/Ratepayer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Optimized Generator Operation  (Utility/Ratepayer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["Ben_28","Result_Ben_28","Deferred Generation Capacity Investments",0,null,null,"Deferred Generation Capacity Investments",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Deferred Generation Capacity Investments",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["Ben_30","Result_Ben_30","Reduced Congestion Costs (Non-Utility Merchant)",0,null,null,"Reduced Congestion Costs (Non-Utility Merchant)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Reduced Congestion Costs (Non-Utility Merchant)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["Ben_31","Result_Ben_31","Reduced Congestion Costs (Utility/Ratepayer)",0,null,null,"Reduced Congestion Costs (Utility/Ratepayer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Reduced Congestion Costs (Utility/Ratepayer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["Ben_11","Result_Ben_11","Deferred Transmission Investments",0,null,null,"Deferred Transmission Investments",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Deferred Transmission Investments",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["Ben_12","Result_Ben_12","Deferred Distribution Investments",0,null,null,"Deferred Distribution Investments",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Deferred Distribution Investments",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["Ben_04","Result_Ben_04","Reduced Electricity Cost (Consumer)",{"$error":"#VALUE!"},null,null,"Reduced Electricity Cost (Consumer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Reduced Electricity Cost (Consumer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["Ben_14","Result_Ben_14","Reduced Electricity Cost (Utility/Ratepayer)",0,null,null,"Reduced Electricity Cost (Utility/Ratepayer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Reduced Electricity Cost (Utility/Ratepayer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["Ben_32","Result_Ben_32","Reduced Outages (Consumer)",0,null,null,"Reduced Outages (Consumer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Reduced Outages (Consumer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["Ben_29","Result_Ben_29","Reduced Outages (Utility/Ratepayer)",0,null,null,"Reduced Outages (Utility/Ratepayer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Reduced Outages (Utility/Ratepayer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["Ben_33","Result_Ben_33","Improved Power Quality",0,null,null,"Improved Power Quality",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Improved Power Quality",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["Ben_23","Result_Ben_23","Reduced CO2 Emissions",110.96767591938898,null,null,"Reduced CO2 Emissions",13665.45000000001,13665.45000000001,13665.45000000001,13665.45000000001,13665.45000000001,14217.53418000001,14791.922560872012,15389.516232331242,16011.252688117422,16658.107296717368,17331.094831504746,18031.271062697542,18759.734413630518,19517.627683941191,20306.139842372417,21126.507892004265,21980.018810841237,22868.011570799219,23791.879238259513,24753.071159485196,25753.095234328401,26793.52028179527,27875.978501179801,29002.168032627458,30173.855621145605,31392.879388239893,32661.151715524782,33980.662244831983,35353.480999523192,36781.761631903937,38267.744801832865,39813.761691826912,41422.237664176719,43095.696065809469,44836.76218686816,46648.167379217637,48532.75334133803,50493.476576328081,52533.413030011739,54655.762916424224,null,null,"Reduced CO2 Emissions",13665.45000000001,12982.177500000009,12333.068625000009,11716.415193750006,11130.594434062506,11001.256926738699,10873.422321249996,10747.073153877071,10622.192163829017,10498.762290885325,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["Ben_24","Result_Ben_24","Reduced SOx Emissions",0.2551909866391931,null,null,"Reduced SOx Emissions",1247.7919999999997,1247.7919999999997,1247.7919999999997,1247.7919999999997,1247.7919999999997,1298.2027967999998,1350.6501897907197,1405.2164574582648,1461.987202339579,1521.0514853140978,1582.5019653207873,1646.4350447197476,1712.9510205264253,1782.1542417556925,1854.1532731226225,1929.0610653567767,2006.9951323971902,2088.0777357460365,2172.4360762701767,2260.2024937514916,2351.5146744990516,2446.5158673488136,2545.3551083897055,2648.1874547686493,2755.1742279413029,2866.4832667501319,2982.2891907268372,3102.7736740322011,3228.1257304631022,3358.5420099738117,3494.2271071767536,3635.3938823066946,3782.263795151885,3935.0672524760216,4094.0439694760526,4259.4433458428857,4431.5248570149388,4610.5584612383418,4796.8250230723716,4990.6167540044953,null,null,"Reduced SOx Emissions",1247.7919999999997,1185.4023999999997,1126.1322799999996,1069.8256659999995,1016.3343826999995,1004.5245771730257,992.85200158627492,981.31506132784239,969.91218031521305,958.64180077995002,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["Ben_25","Result_Ben_25","Reduced NOx Emissions",0,null,null,"Reduced NOx Emissions",2159.6999999999998,2159.6999999999998,2159.6999999999998,2159.6999999999998,2159.6999999999998,2246.9518800000001,2337.7287359520001,2432.1729768844611,2530.4327651505932,2632.6622488626767,2739.0218037167292,2849.6782845868856,2964.8052872841954,3084.5834208904771,3209.2005910944517,3338.8522949746684,3473.7419276916448,3614.081101570388,3760.0899780738318,3911.9976131880148,4070.0423167608114,4234.4720263579475,4405.5446962228079,4583.5287019502102,4768.7032615089975,4961.3588732739599,5161.797771754229,5370.3344017331001,5587.2959115631174,5813.0226663902686,6047.8687821124358,6292.2026809097779,6546.4076692185326,6810.8825390549619,7086.0421936327812,7372.3182982555472,7670.1599575050714,7980.0344197882769,8302.4278103477227,8637.845893885773,null,null,"Reduced NOx Emissions",2159.6999999999998,2051.7149999999997,1949.1292499999997,1851.6727874999997,1759.0891481249996,1738.6485322237872,1718.4454362793467,1698.4771003097806,1678.7407964041809,1659.2338283499639,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["Ben_26","Result_Ben_26","Reduced PM Emissions",-37.84111015965793,null,null,"Reduced PM Emissions",1440.0000000000011,1440.0000000000011,1440.0000000000011,1440.0000000000011,1440.0000000000011,1498.1760000000013,1558.7023104000016,1621.6738837401615,1687.1895086432639,1755.3519647924516,1826.2681841700671,1900.0494188105379,1976.8114153304834,2056.6745965098348,2139.7642502088329,2226.2107259172694,2316.1496392443273,2409.7220846697983,2507.0748568904582,2608.3606811088325,2713.7384526256296,2823.3734861117046,2937.4377749506175,3056.1102610586231,3179.5771156053911,3308.0320310758489,3441.6765251313127,3580.7202567466175,3725.3813551191811,3875.8867618659965,4032.4725870453817,4195.3844795620162,4364.878012536321,4541.2190842427881,4724.6843352461965,4915.5615823901444,5114.1502703187052,5320.7619412395825,5535.7207236656623,5759.3638409017549,null,null,"Reduced PM Emissions",1440.0000000000011,1368.0000000000009,1299.600000000001,1234.6200000000008,1172.8890000000008,1159.2600298200009,1145.7894282734924,1132.4753551169542,1119.3159914904952,1106.3095396693755,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Yearly Costs Table"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AY4","v":2011},{"$f":"AZ4","v":2012},2013,2014,2015,2016,2017,2018,2019,2020,2021,2022,2023,2024,2025,2026,2027,2028,2029,2030,2031,2032,2033,2034,2035,2036,2037,2038,2039,2040,2041,2042,2043,2044,2045,2046,2047,2048,2049,2050]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Capital Cost of Deployment (fixed charge rate)",{"$f":"IF(AY3>input_EcoParam_1,0,input_EcoParam_4*input_EcoParam_5*AY2)","v":2387000},2267650,2154267.5,2046554.1249999998,1944226.4187499997,1847015.0978124996,1754664.3429218745,1666931.1257757805,1583584.5694869915,1504405.3410126418,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Operating and maintenance costs not related to energy (labor for operation, plant maintenance, equipment wear leading to loss-of-life)",{"$f":"IF(AY3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*AY2,'Maintenance Schedule'!C7))","v":160000},{"$f":"IF(AZ3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*AZ2,'Maintenance Schedule'!D7))","v":152000},{"$f":"IF(BA3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*BA2,'Maintenance Schedule'!E7))","v":144400},{"$f":"IF(BB3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*BB2,'Maintenance Schedule'!F7))","v":137179.99999999997},{"$f":"IF(BC3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*BC2,'Maintenance Schedule'!G7))","v":130320.99999999999},{"$f":"IF(BD3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*BD2,'Maintenance Schedule'!H7))","v":123804.94999999998},{"$f":"IF(BE3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*BE2,'Maintenance Schedule'!I7))","v":117614.70249999997},{"$f":"IF(BF3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*BF2,'Maintenance Schedule'!J7))","v":111733.96737499995},{"$f":"IF(BG3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*BG2,'Maintenance Schedule'!K7))","v":106147.26900624996},{"$f":"IF(BH3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*BH2,'Maintenance Schedule'!L7))","v":100839.90555593745},{"$f":"IF(BI3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*BI2,'Maintenance Schedule'!M7))","v":0},{"$f":"IF(BJ3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*BJ2,'Maintenance Schedule'!N7))","v":0},{"$f":"IF(BK3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*BK2,'Maintenance Schedule'!O7))","v":0},{"$f":"IF(BL3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*BL2,'Maintenance Schedule'!P7))","v":0},{"$f":"IF(BM3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*BM2,'Maintenance Schedule'!Q7))","v":0},{"$f":"IF(BN3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*BN2,'Maintenance Schedule'!R7))","v":0},{"$f":"IF(BO3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*BO2,'Maintenance Schedule'!S7))","v":0},{"$f":"IF(BP3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*BP2,'Maintenance Schedule'!T7))","v":0},{"$f":"IF(BQ3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*BQ2,'Maintenance Schedule'!U7))","v":0},{"$f":"IF(BR3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*BR2,'Maintenance Schedule'!V7))","v":0},{"$f":"IF(BS3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*BS2,'Maintenance Schedule'!W7))","v":0},{"$f":"IF(BT3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*BT2,'Maintenance Schedule'!X7))","v":0},{"$f":"IF(BU3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*BU2,'Maintenance Schedule'!Y7))","v":0},{"$f":"IF(BV3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*BV2,'Maintenance Schedule'!Z7))","v":0},{"$f":"IF(BW3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*BW2,'Maintenance Schedule'!AA7))","v":0},{"$f":"IF(BX3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*BX2,'Maintenance Schedule'!AB7))","v":0},{"$f":"IF(BY3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*BY2,'Maintenance Schedule'!AC7))","v":0},{"$f":"IF(BZ3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*BZ2,'Maintenance Schedule'!AD7))","v":0},{"$f":"IF(CA3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*CA2,'Maintenance Schedule'!AE7))","v":0},{"$f":"IF(CB3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*CB2,'Maintenance Schedule'!AF7))","v":0},{"$f":"IF(CC3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*CC2,'Maintenance Schedule'!AG7))","v":0},{"$f":"IF(CD3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*CD2,'Maintenance Schedule'!AH7))","v":0},{"$f":"IF(CE3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*CE2,'Maintenance Schedule'!AI7))","v":0},{"$f":"IF(CF3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*CF2,'Maintenance Schedule'!AJ7))","v":0},{"$f":"IF(CG3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*CG2,'Maintenance Schedule'!AK7))","v":0},{"$f":"IF(CH3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*CH2,'Maintenance Schedule'!AL7))","v":0},{"$f":"IF(CI3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*CI2,'Maintenance Schedule'!AM7))","v":0},{"$f":"IF(CJ3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*CJ2,'Maintenance Schedule'!AN7))","v":0},{"$f":"IF(CK3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*CK2,'Maintenance Schedule'!AO7))","v":0},{"$f":"IF(CL3>input_EcoParam_1,0,IF(custom_maintenance_schedule=FALSE,input_EcoParam_6*CL2,'Maintenance Schedule'!AP7))","v":0}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Decommissioning and Disposal Costs",{"$f":"IF(AY3=input_EcoParam_1,input_EcoParam_7*AY2,0)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"IF(BR3=input_EcoParam_1,input_EcoParam_7*BR2,0)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Total Annual Cost of Deployment",{"$f":"SUM(AY27,AY28:AY29)","v":2547000},2419650,2298667.5,2183734.1249999995,2074547.4187499997,1970820.0478124996,1872279.0454218744,1778665.0931507805,1689731.8384932415,1605245.2465685792,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Year -->"]
[null,null,null,null,null,null,"Low","Year -->",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Low",1,{"$f":"AY32*(1-input_EcoParam_3)","v":0.95},0.90249999999999997,0.85737499999999989,0.81450624999999988,0.77378093749999988,0.7350918906249998,0.69833729609374973,0.66342043128906225,0.63024940972460908,0.59873693923837856,0.56880009227645956,0.54036008766263655,0.5133420832795047,0.48767497911552943,0.46329123015975293,0.44012666865176525,0.41812033521917696,0.39721431845821809,0.37735360253530714,0.35848592240854177,0.34056162628811465,0.3235335449737089,0.30735686772502346,0.29198902433877227,0.27738957312183365,0.26352009446574198,0.25034408974245487,0.2378268852553321,0.22593554099256549,0.21463876394293721,0.20390682574579033,0.19371148445850081,0.18402591023557577,0.17482461472379698,0.16608338398760714,0.15777921478822676,0.14989025404881542,0.14239574134637464,0.13527595427905589]
[null,null,null,null,null,null,"Yearly Benefits Table",1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,null,null,"Yearly Benefits Table Present Value With Benefit Cut Off",1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40]
[null,null,null,null,null,null,null,2011,2012,2013,2014,2015,2016,2017,2018,2019,2020,2021,2022,2023,2024,2025,2026,2027,2028,2029,2030,2031,2032,2033,2034,2035,2036,2037,2038,2039,2040,2041,2042,2043,2044,2045,2046,2047,2048,2049,2050,null,null,null,2011,2012,2013,2014,2015,2016,2017,2018,2019,2020,2021,2022,2023,2024,2025,2026,2027,2028,2029,2030,2031,2032,2033,2034,2035,2036,2037,2038,2039,2040,2041,2042,2043,2044,2045,2046,2047,2048,2049,2050]
[null,null,null,null,null,null,{"$f":"INDIRECT(A5)","v":"Arbitrage Revenue"},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,{"$f":"G35","v":"Arbitrage Revenue"},{"$f":"IF(AY$3>input_EcoParam_1,,H35*AY$2)","v":0},{"$f":"IF(AZ$3>input_EcoParam_1,,I35*AZ$2)","v":0},{"$f":"IF(BA$3>input_EcoParam_1,,J35*BA$2)","v":0},{"$f":"IF(BB$3>input_EcoParam_1,,K35*BB$2)","v":0},{"$f":"IF(BC$3>input_EcoParam_1,,L35*BC$2)","v":0},{"$f":"IF(BD$3>input_EcoParam_1,,M35*BD$2)","v":0},{"$f":"IF(BE$3>input_EcoParam_1,,N35*BE$2)","v":0},{"$f":"IF(BF$3>input_EcoParam_1,,O35*BF$2)","v":0},{"$f":"IF(BG$3>input_EcoParam_1,,P35*BG$2)","v":0},{"$f":"IF(BH$3>input_EcoParam_1,,Q35*BH$2)","v":0},{"$f":"IF(BI$3>input_EcoParam_1,,R35*BI$2)","v":0},{"$f":"IF(BJ$3>input_EcoParam_1,,S35*BJ$2)","v":0},{"$f":"IF(BK$3>input_EcoParam_1,,T35*BK$2)","v":0},{"$f":"IF(BL$3>input_EcoParam_1,,U35*BL$2)","v":0},{"$f":"IF(BM$3>input_EcoParam_1,,V35*BM$2)","v":0},{"$f":"IF(BN$3>input_EcoParam_1,,W35*BN$2)","v":0},{"$f":"IF(BO$3>input_EcoParam_1,,X35*BO$2)","v":0},{"$f":"IF(BP$3>input_EcoParam_1,,Y35*BP$2)","v":0},{"$f":"IF(BQ$3>input_EcoParam_1,,Z35*BQ$2)","v":0},{"$f":"IF(BR$3>input_EcoParam_1,,AA35*BR$2)","v":0},{"$f":"IF(BS$3>input_EcoParam_1,,AB35*BS$2)","v":0},{"$f":"IF(BT$3>input_EcoParam_1,,AC35*BT$2)","v":0},{"$f":"IF(BU$3>input_EcoParam_1,,AD35*BU$2)","v":0},{"$f":"IF(BV$3>input_EcoParam_1,,AE35*BV$2)","v":0},{"$f":"IF(BW$3>input_EcoParam_1,,AF35*BW$2)","v":0},{"$f":"IF(BX$3>input_EcoParam_1,,AG35*BX$2)","v":0},{"$f":"IF(BY$3>input_EcoParam_1,,AH35*BY$2)","v":0},{"$f":"IF(BZ$3>input_EcoParam_1,,AI35*BZ$2)","v":0},{"$f":"IF(CA$3>input_EcoParam_1,,AJ35*CA$2)","v":0},{"$f":"IF(CB$3>input_EcoParam_1,,AK35*CB$2)","v":0},{"$f":"IF(CC$3>input_EcoParam_1,,AL35*CC$2)","v":0},{"$f":"IF(CD$3>input_EcoParam_1,,AM35*CD$2)","v":0},{"$f":"IF(CE$3>input_EcoParam_1,,AN35*CE$2)","v":0},{"$f":"IF(CF$3>input_EcoParam_1,,AO35*CF$2)","v":0},{"$f":"IF(CG$3>input_EcoParam_1,,AP35*CG$2)","v":0},{"$f":"IF(CH$3>input_EcoParam_1,,AQ35*CH$2)","v":0},{"$f":"IF(CI$3>input_EcoParam_1,,AR35*CI$2)","v":0},{"$f":"IF(CJ$3>input_EcoParam_1,,AS35*CJ$2)","v":0},{"$f":"IF(CK$3>input_EcoParam_1,,AT35*CK$2)","v":0},{"$f":"IF(CL$3>input_EcoParam_1,,AU35*CL$2)","v":0}]
[null,null,null,null,null,null,"Capacity Market Revenue",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,{"$f":"G36","v":"Capacity Market Revenue"},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,"Ancillary Services Revenue",4030689.1304347832,4030689.1304347832,4030689.1304347832,4030689.1304347832,4030689.1304347832,4193528.9713043487,4362947.5417450443,4539210.6224315437,4722594.7315777782,4913387.558733522,5111888.4161063554,5318408.708117052,5533272.41992498,5756816.6256899508,5989392.0173678258,6231363.4548694855,6483110.5384462113,6745028.2041994389,7017527.3436490968,7301035.4483325211,7595997.2804451538,7902875.5705751376,8222151.7436263757,8554326.6740688831,8899921.4717012644,9259478.2991579976,9633561.2224439792,10022757.095830718,10427676.482502278,10848954.612395372,11287252.378736146,11743257.374837087,12217684.972780507,12711279.445680836,13224815.135286346,13759097.666751914,14314965.212488692,14893289.807073236,15494978.715278992,16120975.855376266,null,null,"Ancillary Services Revenue",4030689.1304347832,3829154.6739130439,3637696.9402173916,3455812.0932065216,3283021.4885461954,3244872.7788492888,3207167.35715906,3169900.0724688708,3133065.833626783,3096659.6086400403,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,"Optimized Generator Operation (Non-Utility Merchant)",18240.000000000124,18240.000000000124,18240.000000000124,18240.000000000124,18240.000000000124,18976.896000000244,19743.562598400367,20541.202527375692,21371.067109481559,22234.458220704448,23132.730332820796,24067.292638266932,25039.611260853089,26051.211555791622,27103.680502645457,28198.669194952083,29337.895430428165,30523.146405817406,31756.281520612585,33039.235294045648,34374.020399924928,35762.730824081846,37207.54514937452,38710.729973409383,40274.643464334513,41901.73906029373,43594.569318329137,45355.789918789582,47188.163831508355,49094.565650300916,51077.98610257313,53141.53674111695,55288.454825457658,57522.108400406272,59846.001579782213,62263.780043605315,64779.236757367587,67396.317922365241,70119.129166429018,72951.941984752542,null,null,"Optimized Generator Operation (Non-Utility Merchant)",18240.000000000124,17328.000000000116,16461.600000000111,15638.520000000104,14856.594000000099,14683.960377720186,14513.332758131161,14344.687831481639,14178.002558879749,14013.254169145461,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,"Optimized Generator Operation  (Utility/Ratepayer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Optimized Generator Operation  (Utility/Ratepayer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,"Deferred Generation Capacity Investments",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Deferred Generation Capacity Investments",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,"Reduced Congestion Costs (Non-Utility Merchant)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Reduced Congestion Costs (Non-Utility Merchant)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,"Reduced Congestion Costs (Utility/Ratepayer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Reduced Congestion Costs (Utility/Ratepayer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,"Deferred Transmission Investments",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Deferred Transmission Investments",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,"Deferred Distribution Investments",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Deferred Distribution Investments",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,"Reduced Electricity Cost (Consumer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Reduced Electricity Cost (Consumer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,"Reduced Electricity Cost (Utility/Ratepayer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Reduced Electricity Cost (Utility/Ratepayer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,"Reduced Outages (Consumer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Reduced Outages (Consumer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,"Reduced Outages (Utility/Ratepayer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Reduced Outages (Utility/Ratepayer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,"Improved Power Quality",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Improved Power Quality",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,"Reduced CO2 Emissions",25600,25600,25600,25600,25600,26634.240000000002,27710.263296000001,28829.757933158402,29994.480153657998,31206.257151865782,32466.989940801162,33778.656334409527,35143.31405031967,36563.103937952583,38040.25333704587,39577.07957186253,41175.993586565775,42839.50372746303,44570.219678052534,46370.856553045858,48244.239157788914,50193.306419763598,52221.115999122048,54330.849085486574,56525.815388540221,58809.458330237256,61185.360446778832,63657.249008828709,66229.001868785388,68904.653544284316,71688.401547473419,74584.612969991344,77597.831333978989,80732.783719871746,83994.388182154566,87387.761464713622,90918.227027888046,94591.323399814719,98412.81286516723,102388.69050492,null,null,"Reduced CO2 Emissions",25600,24320,23104,21948.799999999996,20851.359999999997,20609.067196799999,20369.58983597318,20132.895202079169,19898.950959831007,19667.725149677768,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,"Reduced SOx Emissions",3.1199999999999992,3.1199999999999992,3.1199999999999992,3.1199999999999992,3.1199999999999992,3.2460479999999987,3.3771883391999991,3.5136267481036794,3.6555772687270678,3.8032625903836412,3.9569143990351408,4.1167737407561606,4.2830913998827098,4.4561282924379713,4.6361558754524648,4.8234565728207448,5.0183242183627028,5.2210645167845549,5.4319955232626516,5.6514481424024625,5.879766647355523,6.1173092199086847,6.3644485123929959,6.6215722322936728,6.8890837504783367,7.1674027339976609,7.4569658044511673,7.7582272229509934,8.0716596027582135,8.397754650709647,8.7370239385983162,9.0899997057176893,9.4572356938286823,9.8393080158593644,10.236816059700082,10.650383428511967,11.080658919023849,11.528317539352413,11.99406156794225,12.478621655287119,null,null,"Reduced SOx Emissions",3.1199999999999992,2.9639999999999991,2.8157999999999994,2.675009999999999,2.5412594999999989,2.5117300646099987,2.4825437612592305,2.4536966027533982,2.4251846482294037,2.3970040026169777,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,"Reduced NOx Emissions",3300.00000000001,3300.00000000001,3300.00000000001,3300.00000000001,3300.00000000001,3433.3200000000097,3572.0261280000104,3716.3359835712113,3866.4759573074875,4022.6815859827102,4185.1979220564126,4354.2799181074906,4530.1928267990343,4713.2126170017154,4903.6264067285847,5101.7329135604195,5307.8429232682602,5522.2797773682987,5745.3798803739792,5977.4932275410883,6218.9839539337481,6470.2309056726717,6731.628234261846,7003.5860149260243,7286.5308899290358,7580.9067378821692,7887.1753700926074,8205.8172550443487,8537.3322721481418,8882.2404959429277,9241.0830119790226,9614.4227656629737,10002.845445395758,10406.960401389748,10827.401601605892,11264.828626310773,11719.927702813728,12193.412782007405,12686.026658400502,13198.542135399885,null,null,"Reduced NOx Emissions",3300.00000000001,3135.0000000000095,2978.2500000000091,2829.3375000000083,2687.8706250000077,2656.6375683375072,2625.7674397934252,2595.2560221430258,2565.099147165723,2535.2926950756573,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,{"$f":"INDIRECT(A23)","v":"Reduced PM Emissions"},1440.0000000000011,1440.0000000000011,1440.0000000000011,1440.0000000000011,1440.0000000000011,1498.1760000000013,1558.7023104000016,1621.6738837401615,1687.1895086432639,1755.3519647924516,1826.2681841700671,1900.0494188105379,1976.8114153304834,2056.6745965098348,2139.7642502088329,2226.2107259172694,2316.1496392443273,2409.7220846697983,2507.0748568904582,2608.3606811088325,2713.7384526256296,2823.3734861117046,2937.4377749506175,3056.1102610586231,3179.5771156053911,3308.0320310758489,3441.6765251313127,3580.7202567466175,3725.3813551191811,3875.8867618659965,4032.4725870453817,4195.3844795620162,4364.878012536321,4541.2190842427881,4724.6843352461965,4915.5615823901444,5114.1502703187052,5320.7619412395825,5535.7207236656623,5759.3638409017549,null,null,"Reduced PM Emissions",1440.0000000000011,1368.0000000000009,1299.600000000001,1234.6200000000008,1172.8890000000008,1159.2600298200009,1145.7894282734924,1132.4753551169542,1119.3159914904952,1106.3095396693755,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Year -->"]
[null,null,null,null,null,null,"High","Year -->",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"High",1,{"$f":"AY55*(1-input_EcoParam_3)","v":0.95},0.90249999999999997,0.85737499999999989,0.81450624999999988,0.77378093749999988,0.7350918906249998,0.69833729609374973,0.66342043128906225,0.63024940972460908,0.59873693923837856,0.56880009227645956,0.54036008766263655,0.5133420832795047,0.48767497911552943,0.46329123015975293,0.44012666865176525,0.41812033521917696,0.39721431845821809,0.37735360253530714,0.35848592240854177,0.34056162628811465,0.3235335449737089,0.30735686772502346,0.29198902433877227,0.27738957312183365,0.26352009446574198,0.25034408974245487,0.2378268852553321,0.22593554099256549,0.21463876394293721,0.20390682574579033,0.19371148445850081,0.18402591023557577,0.17482461472379698,0.16608338398760714,0.15777921478822676,0.14989025404881542,0.14239574134637464,0.13527595427905589]
[null,null,null,null,null,null,"Yearly Benefits Table",1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,null,null,"Yearly Benefits Table Present Value With Benefit Cut Off",1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40]
[null,null,null,null,null,null,null,2011,2012,2013,2014,2015,2016,2017,2018,2019,2020,2021,2022,2023,2024,2025,2026,2027,2028,2029,2030,2031,2032,2033,2034,2035,2036,2037,2038,2039,2040,2041,2042,2043,2044,2045,2046,2047,2048,2049,2050,null,null,null,2011,2012,2013,2014,2015,2016,2017,2018,2019,2020,2021,2022,2023,2024,2025,2026,2027,2028,2029,2030,2031,2032,2033,2034,2035,2036,2037,2038,2039,2040,2041,2042,2043,2044,2045,2046,2047,2048,2049,2050]
[null,null,null,null,null,null,{"$f":"INDIRECT(A5)","v":"Arbitrage Revenue"},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,{"$f":"G58","v":"Arbitrage Revenue"},{"$f":"IF(AY$3>input_EcoParam_1,0,H58*AY$2)","v":0},{"$f":"IF(AZ$3>input_EcoParam_1,0,I58*AZ$2)","v":0},{"$f":"IF(BA$3>input_EcoParam_1,0,J58*BA$2)","v":0},{"$f":"IF(BB$3>input_EcoParam_1,0,K58*BB$2)","v":0},{"$f":"IF(BC$3>input_EcoParam_1,0,L58*BC$2)","v":0},{"$f":"IF(BD$3>input_EcoParam_1,0,M58*BD$2)","v":0},{"$f":"IF(BE$3>input_EcoParam_1,0,N58*BE$2)","v":0},{"$f":"IF(BF$3>input_EcoParam_1,0,O58*BF$2)","v":0},{"$f":"IF(BG$3>input_EcoParam_1,0,P58*BG$2)","v":0},{"$f":"IF(BH$3>input_EcoParam_1,0,Q58*BH$2)","v":0},{"$f":"IF(BI$3>input_EcoParam_1,0,R58*BI$2)","v":0},{"$f":"IF(BJ$3>input_EcoParam_1,0,S58*BJ$2)","v":0},{"$f":"IF(BK$3>input_EcoParam_1,0,T58*BK$2)","v":0},{"$f":"IF(BL$3>input_EcoParam_1,0,U58*BL$2)","v":0},{"$f":"IF(BM$3>input_EcoParam_1,0,V58*BM$2)","v":0},{"$f":"IF(BN$3>input_EcoParam_1,0,W58*BN$2)","v":0},{"$f":"IF(BO$3>input_EcoParam_1,0,X58*BO$2)","v":0},{"$f":"IF(BP$3>input_EcoParam_1,0,Y58*BP$2)","v":0},{"$f":"IF(BQ$3>input_EcoParam_1,0,Z58*BQ$2)","v":0},{"$f":"IF(BR$3>input_EcoParam_1,0,AA58*BR$2)","v":0},{"$f":"IF(BS$3>input_EcoParam_1,0,AB58*BS$2)","v":0},{"$f":"IF(BT$3>input_EcoParam_1,0,AC58*BT$2)","v":0},{"$f":"IF(BU$3>input_EcoParam_1,0,AD58*BU$2)","v":0},{"$f":"IF(BV$3>input_EcoParam_1,0,AE58*BV$2)","v":0},{"$f":"IF(BW$3>input_EcoParam_1,0,AF58*BW$2)","v":0},{"$f":"IF(BX$3>input_EcoParam_1,0,AG58*BX$2)","v":0},{"$f":"IF(BY$3>input_EcoParam_1,0,AH58*BY$2)","v":0},{"$f":"IF(BZ$3>input_EcoParam_1,0,AI58*BZ$2)","v":0},{"$f":"IF(CA$3>input_EcoParam_1,0,AJ58*CA$2)","v":0},{"$f":"IF(CB$3>input_EcoParam_1,0,AK58*CB$2)","v":0},{"$f":"IF(CC$3>input_EcoParam_1,0,AL58*CC$2)","v":0},{"$f":"IF(CD$3>input_EcoParam_1,0,AM58*CD$2)","v":0},{"$f":"IF(CE$3>input_EcoParam_1,0,AN58*CE$2)","v":0},{"$f":"IF(CF$3>input_EcoParam_1,0,AO58*CF$2)","v":0},{"$f":"IF(CG$3>input_EcoParam_1,0,AP58*CG$2)","v":0},{"$f":"IF(CH$3>input_EcoParam_1,0,AQ58*CH$2)","v":0},{"$f":"IF(CI$3>input_EcoParam_1,0,AR58*CI$2)","v":0},{"$f":"IF(CJ$3>input_EcoParam_1,0,AS58*CJ$2)","v":0},{"$f":"IF(CK$3>input_EcoParam_1,0,AT58*CK$2)","v":0},{"$f":"IF(CL$3>input_EcoParam_1,0,AU58*CL$2)","v":0}]
[null,null,null,null,null,null,"Capacity Market Revenue",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,{"$f":"G59","v":"Capacity Market Revenue"},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,"Ancillary Services Revenue",6577015.2173913065,6577015.2173913065,6577015.2173913065,6577015.2173913065,6577015.2173913065,6842726.6321739154,7119172.7881137403,7406787.3687535366,7706021.578451178,8017344.8502206085,8341245.5821695216,8678231.9036891703,9028832.4725982118,9393597.3044911809,9773098.6355926245,10167931.820470566,10578716.266017577,11006096.403164687,11450742.697852543,11913352.702845784,12394652.152040754,12895396.0989832,13416370.101382123,13958391.453477962,14522310.468198474,15109011.811113693,15719415.888282686,16354480.290169306,17015201.293892149,17702615.426165391,18417801.089382477,19161880.253393531,19936020.215630628,20741435.432342105,21579389.423808731,22451196.756530605,23358225.10549444,24301897.399756417,25283694.054706577,26305155.29451672,null,null,"Ancillary Services Revenue",6577015.2173913065,6248164.4565217411,5935756.2336956542,5638968.4220108707,5357020.0009103268,5294771.4284997489,5233246.1845005807,5172435.8638366843,5112332.1590989009,5052926.8594101733,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,"Optimized Generator Operation (Non-Utility Merchant)",18240.000000000124,18240.000000000124,18240.000000000124,18240.000000000124,18240.000000000124,18976.896000000244,19743.562598400367,20541.202527375692,21371.067109481559,22234.458220704448,23132.730332820796,24067.292638266932,25039.611260853089,26051.211555791622,27103.680502645457,28198.669194952083,29337.895430428165,30523.146405817406,31756.281520612585,33039.235294045648,34374.020399924928,35762.730824081846,37207.54514937452,38710.729973409383,40274.643464334513,41901.73906029373,43594.569318329137,45355.789918789582,47188.163831508355,49094.565650300916,51077.98610257313,53141.53674111695,55288.454825457658,57522.108400406272,59846.001579782213,62263.780043605315,64779.236757367587,67396.317922365241,70119.129166429018,72951.941984752542,null,null,"Optimized Generator Operation (Non-Utility Merchant)",18240.000000000124,17328.000000000116,16461.600000000111,15638.520000000104,14856.594000000099,14683.960377720186,14513.332758131161,14344.687831481639,14178.002558879749,14013.254169145461,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,"Optimized Generator Operation  (Utility/Ratepayer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Optimized Generator Operation  (Utility/Ratepayer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,"Deferred Generation Capacity Investments",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Deferred Generation Capacity Investments",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,"Reduced Congestion Costs (Non-Utility Merchant)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Reduced Congestion Costs (Non-Utility Merchant)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,"Reduced Congestion Costs (Utility/Ratepayer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Reduced Congestion Costs (Utility/Ratepayer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,"Deferred Transmission Investments",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Deferred Transmission Investments",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,"Deferred Distribution Investments",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Deferred Distribution Investments",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,"Reduced Electricity Cost (Consumer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Reduced Electricity Cost (Consumer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,"Reduced Electricity Cost (Utility/Ratepayer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Reduced Electricity Cost (Utility/Ratepayer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,"Reduced Outages (Consumer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Reduced Outages (Consumer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,"Reduced Outages (Utility/Ratepayer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Reduced Outages (Utility/Ratepayer)",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,"Improved Power Quality",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Improved Power Quality",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,"Reduced CO2 Emissions",25600,25600,25600,25600,25600,26634.240000000002,27710.263296000001,28829.757933158402,29994.480153657998,31206.257151865782,32466.989940801162,33778.656334409527,35143.31405031967,36563.103937952583,38040.25333704587,39577.07957186253,41175.993586565775,42839.50372746303,44570.219678052534,46370.856553045858,48244.239157788914,50193.306419763598,52221.115999122048,54330.849085486574,56525.815388540221,58809.458330237256,61185.360446778832,63657.249008828709,66229.001868785388,68904.653544284316,71688.401547473419,74584.612969991344,77597.831333978989,80732.783719871746,83994.388182154566,87387.761464713622,90918.227027888046,94591.323399814719,98412.81286516723,102388.69050492,null,null,"Reduced CO2 Emissions",25600,24320,23104,21948.799999999996,20851.359999999997,20609.067196799999,20369.58983597318,20132.895202079169,19898.950959831007,19667.725149677768,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,"Reduced SOx Emissions",3.1199999999999992,3.1199999999999992,3.1199999999999992,3.1199999999999992,3.1199999999999992,3.2460479999999987,3.3771883391999991,3.5136267481036794,3.6555772687270678,3.8032625903836412,3.9569143990351408,4.1167737407561606,4.2830913998827098,4.4561282924379713,4.6361558754524648,4.8234565728207448,5.0183242183627028,5.2210645167845549,5.4319955232626516,5.6514481424024625,5.879766647355523,6.1173092199086847,6.3644485123929959,6.6215722322936728,6.8890837504783367,7.1674027339976609,7.4569658044511673,7.7582272229509934,8.0716596027582135,8.397754650709647,8.7370239385983162,9.0899997057176893,9.4572356938286823,9.8393080158593644,10.236816059700082,10.650383428511967,11.080658919023849,11.528317539352413,11.99406156794225,12.478621655287119,null,null,"Reduced SOx Emissions",3.1199999999999992,2.9639999999999991,2.8157999999999994,2.675009999999999,2.5412594999999989,2.5117300646099987,2.4825437612592305,2.4536966027533982,2.4251846482294037,2.3970040026169777,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,"Reduced NOx Emissions",3300.00000000001,3300.00000000001,3300.00000000001,3300.00000000001,3300.00000000001,3433.3200000000097,3572.0261280000104,3716.3359835712113,3866.4759573074875,4022.6815859827102,4185.1979220564126,4354.2799181074906,4530.1928267990343,4713.2126170017154,4903.6264067285847,5101.7329135604195,5307.8429232682602,5522.2797773682987,5745.3798803739792,5977.4932275410883,6218.9839539337481,6470.2309056726717,6731.628234261846,7003.5860149260243,7286.5308899290358,7580.9067378821692,7887.1753700926074,8205.8172550443487,8537.3322721481418,8882.2404959429277,9241.0830119790226,9614.4227656629737,10002.845445395758,10406.960401389748,10827.401601605892,11264.828626310773,11719.927702813728,12193.412782007405,12686.026658400502,13198.542135399885,null,null,"Reduced NOx Emissions",3300.00000000001,3135.0000000000095,2978.2500000000091,2829.3375000000083,2687.8706250000077,2656.6375683375072,2625.7674397934252,2595.2560221430258,2565.099147165723,2535.2926950756573,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,{"$f":"INDIRECT(A23)","v":"Reduced PM Emissions"},1440.0000000000011,1440.0000000000011,1440.0000000000011,1440.0000000000011,1440.0000000000011,1498.1760000000013,1558.7023104000016,1621.6738837401615,1687.1895086432639,1755.3519647924516,1826.2681841700671,1900.0494188105379,1976.8114153304834,2056.6745965098348,2139.7642502088329,2226.2107259172694,2316.1496392443273,2409.7220846697983,2507.0748568904582,2608.3606811088325,2713.7384526256296,2823.3734861117046,2937.4377749506175,3056.1102610586231,3179.5771156053911,3308.0320310758489,3441.6765251313127,3580.7202567466175,3725.3813551191811,3875.8867618659965,4032.4725870453817,4195.3844795620162,4364.878012536321,4541.2190842427881,4724.6843352461965,4915.5615823901444,5114.1502703187052,5320.7619412395825,5535.7207236656623,5759.3638409017549,null,null,"Reduced PM Emissions",1440.0000000000011,1368.0000000000009,1299.600000000001,1234.6200000000008,1172.8890000000008,1159.2600298200009,1145.7894282734924,1132.4753551169542,1119.3159914904952,1106.3095396693755,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]

{"sheet":"Result Tables","index":26,"n_rows":71,"n_cols":50,"rows_kept":71,"cut":false,"hidden":true,"merged":[[65,4,65,8],[22,3,25,3],[6,3,8,3],[19,3,20,3],[9,3,13,3],[14,3,15,3],[17,3,18,3],[59,4,59,8],[60,4,60,8],[61,4,61,8],[62,4,62,8],[63,4,63,8],[2,4,2,9],[41,3,45,3],[46,3,47,3],[38,3,40,3],[54,3,57,3],[51,3,52,3],[49,3,50,3],[28,4,28,8],[29,4,29,8],[30,4,30,8],[27,4,27,8],[31,4,31,8],[33,4,33,8]]}
[]
[null,null,null,null,"Reference Case Output: Annual and Cumulative Results Tables"]
[null,null,null,null,"The tables below display the annual and cumulative project benefits and costs. The benefits are organized by category. The total gross benefit, total cost, and net benefit are also displayed at the bottom of each chart. All values are present value terms. To calculate additional benefits navigate to the additional benefits worksheets from the Additional Benefits tab."]
[]
[null,null,null,null,"Annual Benefit and Cost Table"]
[null,null,null,null,"Benefits","Additional Benefits - Total Present Value over the Deployment Period","+","Primary and Secondary Benefits - Total Present Value over the Deployment Period","=","Total Benefit - Present Value over the Deployment Period",{"$f":"input_EcoParam_8","v":2011},{"$f":"K6+1","v":2012},{"$f":"L6+1","v":2013},2014,2015,2016,2017,2018,2019,2020,2021,2022,2023,2024,2025,2026,2027,2028,2029,2030,2031,2032,2033,2034,2035,2036,2037,2038,2039,2040,2041,2042,2043,2044,2045,2046,2047,2048,2049,2050]
[null,"Ben_01",null,"Market Revenue",{"$f":"INDIRECT(B7)","v":"Arbitrage Revenue"},0,null,{"$f":"SUM(K7:AX7)","v":0},null,{"$f":"SUM(F7,H7)","v":0},{"$f":"ROUND('Benefit Result Tables'!AY5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!AZ5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BA5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BB5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BC5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BD5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BE5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BF5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BG5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BH5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BI5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BJ5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BK5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BL5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BM5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BN5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BO5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BP5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BQ5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BR5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BS5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BT5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BU5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BV5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BW5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BX5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BY5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BZ5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CA5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CB5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CC5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CD5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CE5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CF5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CG5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CH5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CI5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CJ5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CK5,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CL5,-2)","v":0}]
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[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cumulative Net Benefit (Present Value Dollars)",{"$f":"IF(P43>input_EcoParam_1,0,'Result Tables'!K66)","v":3359900},{"$f":"IF(Q43>input_EcoParam_1,0,'Result Tables'!L66)","v":6551900},{"$f":"IF(R43>input_EcoParam_1,0,'Result Tables'!M66)","v":9584100},{"$f":"IF(S43>input_EcoParam_1,0,'Result Tables'!N66)","v":12464800},{"$f":"IF(T43>input_EcoParam_1,0,'Result Tables'!O66)","v":15201600},{"$f":"IF(U43>input_EcoParam_1,0,'Result Tables'!P66)","v":17986100},{"$f":"IF(V43>input_EcoParam_1,0,'Result Tables'!Q66)","v":20813800},{"$f":"IF(W43>input_EcoParam_1,0,'Result Tables'!R66)","v":23680400},{"$f":"IF(X43>input_EcoParam_1,0,'Result Tables'!S66)","v":26582200},{"$f":"IF(Y43>input_EcoParam_1,0,'Result Tables'!T66)","v":29515200},{"$f":"IF(Z43>input_EcoParam_1,0,'Result Tables'!U66)","v":0},{"$f":"IF(AA43>input_EcoParam_1,0,'Result Tables'!V66)","v":0},{"$f":"IF(AB43>input_EcoParam_1,0,'Result Tables'!W66)","v":0},{"$f":"IF(AC43>input_EcoParam_1,0,'Result Tables'!X66)","v":0},{"$f":"IF(AD43>input_EcoParam_1,0,'Result Tables'!Y66)","v":0},{"$f":"IF(AE43>input_EcoParam_1,0,'Result Tables'!Z66)","v":0},{"$f":"IF(AF43>input_EcoParam_1,0,'Result Tables'!AA66)","v":0},{"$f":"IF(AG43>input_EcoParam_1,0,'Result Tables'!AB66)","v":0},{"$f":"IF(AH43>input_EcoParam_1,0,'Result Tables'!AC66)","v":0},{"$f":"IF(AI43>input_EcoParam_1,0,'Result Tables'!AD66)","v":0},{"$f":"IF(AJ43>input_EcoParam_1,0,'Result Tables'!AE66)","v":0},{"$f":"IF(AK43>input_EcoParam_1,0,'Result Tables'!AF66)","v":0},{"$f":"IF(AL43>input_EcoParam_1,0,'Result Tables'!AG66)","v":0},{"$f":"IF(AM43>input_EcoParam_1,0,'Result Tables'!AH66)","v":0},{"$f":"IF(AN43>input_EcoParam_1,0,'Result Tables'!AI66)","v":0},{"$f":"IF(AO43>input_EcoParam_1,0,'Result Tables'!AJ66)","v":0},{"$f":"IF(AP43>input_EcoParam_1,0,'Result Tables'!AK66)","v":0},{"$f":"IF(AQ43>input_EcoParam_1,0,'Result Tables'!AL66)","v":0},{"$f":"IF(AR43>input_EcoParam_1,0,'Result Tables'!AM66)","v":0},{"$f":"IF(AS43>input_EcoParam_1,0,'Result Tables'!AN66)","v":0},{"$f":"IF(AT43>input_EcoParam_1,0,'Result Tables'!AO66)","v":0},{"$f":"IF(AU43>input_EcoParam_1,0,'Result Tables'!AP66)","v":0},{"$f":"IF(AV43>input_EcoParam_1,0,'Result Tables'!AQ66)","v":0},{"$f":"IF(AW43>input_EcoParam_1,0,'Result Tables'!AR66)","v":0},{"$f":"IF(AX43>input_EcoParam_1,0,'Result Tables'!AS66)","v":0},{"$f":"IF(AY43>input_EcoParam_1,0,'Result Tables'!AT66)","v":0},{"$f":"IF(AZ43>input_EcoParam_1,0,'Result Tables'!AU66)","v":0},{"$f":"IF(BA43>input_EcoParam_1,0,'Result Tables'!AV66)","v":0},{"$f":"IF(BB43>input_EcoParam_1,0,'Result Tables'!AW66)","v":0},{"$f":"IF(BC43>input_EcoParam_1,0,'Result Tables'!AX66)","v":0}]

{"sheet":"Additional Benefits","index":28,"n_rows":84,"n_cols":8,"rows_kept":84,"cut":false,"hidden":true,"merged":[[1,3,2,4]]}
[null,null,null,"Reference Case Output: Additional Benefits"]
[null,null,null,"Below are the additional benefits that the various energy storage applications could result in. These benefits are explained qualitatively because of one or more of the following reasons: \n1) The equations to calculate these benefits would require inputs that are very difficult to know or estimate.\n2) These benefits typically accrue to stakeholders that are not the actual owners of the energy storage assets.\n3) The monetary value associated with these benefits may be very small when only considering a single deployment as opposed to a system-wide deployment of energy storage.\n4) The benefit only arises under specific circumstances.\n5) The calculations utilize estimated inputs as opposed to measured data to monetize the benefits.\nThese benefits will generally tend to be smaller in magnitude than the primary benefits that were calculated using inputs collected in the beginning of the model. For this reason, and because they tend to accrue to stakeholders other than the energy storage owner, they will not likely be the primary business case drivers for deploying energy storage. However, if the user wants to quantify all of the possible benefits of an energy storage deployment the user can work through the calculation worksheets for each additional benefit by clicking on the link next to the benefit.\n"]
[]
[]
[null,"Application Benefit","Application Benefit Owner","Application","Additional Benefit","Is the Application Benefit Activated","Explanation of the Additional Benefit","Calculate Additional Benefit"]
[null,"App_1_Ben_34","App_1_Ben_34_Utility",{"$f":"INDIRECT(MID(B6,1,5))","v":"Electric Energy Time-shift"},{"$f":"INDIRECT(RIGHT(B6,6))","v":"Optimized Generator Operation  (Utility/Ratepayer)"},{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C6,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Storage devices used for this application will be providing energy during peak times and may enable conventional generators to operate closer to their optimal loading conditions thus improving overall generation system performance and reducing variable operation costs.",{"$f":"\"Calculate Additional Benefit: \"&E6","v":"Calculate Additional Benefit: Optimized Generator Operation  (Utility/Ratepayer)"}]
[null,"App_1_Ben_28","App_1_Ben_28_Utility",{"$f":"INDIRECT(MID(B7,1,5))","v":"Electric Energy Time-shift"},{"$f":"INDIRECT(RIGHT(B7,6))","v":"Deferred Generation Capacity Investments"},{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C7,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Using energy storage for this application can effectively reduce peak energy load, reducing the need for utility investments in generation capacity.",{"$f":"\"Calculate Additional Benefit: \"&E7","v":"Calculate Additional Benefit: Deferred Generation Capacity Investments"}]
[null,"App_1_Ben_11","App_1_Ben_11_Utility","Electric Energy Time-shift","Deferred Transmission Investments",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C8,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o If the energy storage device that is shifting electricity from off-peak to peak is located downstream on a transmission system, it can defer the need to upgrade the transmission system to meet peak demand conditions.","Calculate Additional Benefit: Deferred Transmission Investments"]
[null,"App_1_Ben_15","App_1_Ben_15_Utility","Electric Energy Time-shift","Reduced Electricity Losses",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C9,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o If the storage device that is time-shifting is located downstream on the transmission or distribution system then peak load on the transmission or distribution lines upstream will be reduced. Since losses are proportional to square of current, reducing peak load on lines will result in fewer losses overall.","Calculate Additional Benefit: Reduced Electricity Losses"]
[null,"App_1_Ben_12","App_1_Ben_12_Utility","Electric Energy Time-shift","Deferred Distribution Investments",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C10,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o If the energy storage device that is shifting electricity from off-peak to peak is located downstream on a distribution system, it can defer the need to upgrade the distribution system to meet peak demand conditions.","Calculate Additional Benefit: Deferred Distribution Investments"]
[null,"App_1_Ben_10","App_1_Ben_10_Non-Utility Merchant/Independent Power Producer","Electric Energy Time-shift","Optimized Generator Operation (Non-Utility Merchant)",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C11,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":1},"o Storage devices used for this application will be providing energy during peak times and may thereby allow enable conventional generators to operate closer to their optimal loading conditions thus improving overall generation system performance.","Calculate Additional Benefit: Optimized Generator Operation (Non-Utility Merchant)"]
[null,"App_1_Ben_28","App_1_Ben_28_Non-Utility Merchant/Independent Power Producer","Electric Energy Time-shift","Deferred Generation Capacity Investments",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C12,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":1},"o Storage can effectively reduce peak energy load, reducing the need for further investments in generation capacity from merchant generators.","Calculate Additional Benefit: Deferred Generation Capacity Investments"]
[null,"App_1_Ben_11","App_1_Ben_11_Non-Utility Merchant/Independent Power Producer","Electric Energy Time-shift","Deferred Transmission Investments",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C13,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":1},"o If the energy storage device that is shifting electricity from off-peak to peak is located downstream on a transmission system, it can defer the need to upgrade the transmission system to meet peak demand conditions.","Calculate Additional Benefit: Deferred Transmission Investments"]
[null,"App_1_Ben_15","App_1_Ben_15_Non-Utility Merchant/Independent Power Producer","Electric Energy Time-shift","Reduced Electricity Losses",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C14,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":1},"o If the storage device that is time-shifting is located downstream on the transmission system then peak load on the transmission lines upstream will be reduced. Since losses are proportional to square of current, reducing peak load on lines will result in fewer losses overall.","Calculate Additional Benefit: Reduced Electricity Losses"]
[null,"App_3_Ben_23","App_3_Ben_23_Utility","Load Following","Reduced CO2 Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C15,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Using energy storage to provide this ancillary service may result in a system benefit since generators that would have provided this service can now operate at more optimal conditions since they can avoid operating a partial load conditions. This can improve overall heat rate and result fewer emissions.","Calculate Additional Benefit: Reduced CO2 Emissions"]
[null,"App_3_Ben_24","App_3_Ben_24_Utility","Load Following","Reduced SOx Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C16,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Using energy storage to provide this ancillary service may result in a system benefit since generators that would have provided this service can now operate at more optimal conditions since they can avoid operating a partial load conditions. This can improve overall heat rate and result fewer emissions.","Calculate Additional Benefit: Reduced SOx Emissions"]
[null,"App_3_Ben_25","App_3_Ben_25_Utility","Load Following","Reduced NOx Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C17,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Using energy storage to provide this ancillary service may result in a system benefit since generators that would have provided this service can now operate at more optimal conditions since they can avoid operating a partial load conditions. This can improve overall heat rate and result fewer emissions.","Calculate Additional Benefit: Reduced NOx Emissions"]
[null,"App_3_Ben_26","App_3_Ben_26_Utility","Load Following","Reduced PM Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C18,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Using energy storage to provide this ancillary service may result in a system benefit since generators that would have provided this service can now operate at more optimal conditions since they can avoid operating a partial load conditions. This can improve overall heat rate and result fewer emissions.","Calculate Additional Benefit: Reduced PM Emissions"]
[null,"App_3_Ben_10","App_3_Ben_10_Non-Utility Merchant/Independent Power Producer","Load Following","Optimized Generator Operation (Non-Utility Merchant)",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C19,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Using energy storage to provide load following may result in a system benefit since generators that would have provided this service can now operate at more optimal conditions since they can avoid operating a partial load conditions. This can improve overall heat rate resulting in more cost effective operation.","Calculate Additional Benefit: Optimized Generator Operation (Non-Utility Merchant)"]
[null,"App_3_Ben_28","App_3_Ben_28_Non-Utility Merchant/Independent Power Producer","Load Following","Deferred Generation Capacity Investments",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C20,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Using energy storage to provide this ancillary service frees up conventional generation to meet load and may therefore result in deferred generation capacity investment.","Calculate Additional Benefit: Deferred Generation Capacity Investments"]
[null,"App_3_Ben_23","App_3_Ben_23_Non-Utility Merchant/Independent Power Producer","Load Following","Reduced CO2 Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C21,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Using energy storage to provide load following may result in an emissions benefit since generators that would have provided this service can now operate at more optimal conditions since they can avoid operating a partial load conditions. This can improve overall heat rate and result fewer emissions.","Calculate Additional Benefit: Reduced CO2 Emissions"]
[null,"App_3_Ben_24","App_3_Ben_24_Non-Utility Merchant/Independent Power Producer","Load Following","Reduced SOx Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C22,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Using energy storage to provide load following may result in an emissions benefit since generators that would have provided this service can now operate at more optimal conditions since they can avoid operating a partial load conditions. This can improve overall heat rate and result fewer emissions.","Calculate Additional Benefit: Reduced SOx Emissions"]
[null,"App_3_Ben_25","App_3_Ben_25_Non-Utility Merchant/Independent Power Producer","Load Following","Reduced NOx Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C23,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Using energy storage to provide load following may result in an emissions benefit since generators that would have provided this service can now operate at more optimal conditions since they can avoid operating a partial load conditions. This can improve overall heat rate and result fewer emissions.","Calculate Additional Benefit: Reduced NOx Emissions"]
[null,"App_3_Ben_26","App_3_Ben_26_Non-Utility Merchant/Independent Power Producer","Load Following","Reduced PM Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C24,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Using energy storage to provide load following may result in an emissions benefit since generators that would have provided this service can now operate at more optimal conditions since they can avoid operating a partial load conditions. This can improve overall heat rate and result fewer emissions.","Calculate Additional Benefit: Reduced PM Emissions"]
[null,"App_4_Ben_34","App_4_Ben_34_Utility","Area Regulation","Optimized Generator Operation  (Utility/Ratepayer)",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C25,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Storage can provide regulation services, reducing the need for regulation from generators.  Regulation requires rapid generator ramping, reducing generation efficiency. Therefore, using energy storage to provide area regulation may result in a system benefit since generators that would have provided this service would be able to operate at more optimal conditions since they can avoid ramping and operating at partial load conditions. This can improve overall heat rate resulting in more cost effective operation.",{"$f":"\"Calculate Additional Benefit: \"&E25","v":"Calculate Additional Benefit: Optimized Generator Operation  (Utility/Ratepayer)"}]
[null,"App_4_Ben_23","App_4_Ben_23_Utility","Area Regulation","Reduced CO2 Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C26,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Using energy storage to provide area regulation may result in an emissions benefit since generators that would have provided this service can now operate at more optimal conditions since they can avoid operating a partial load conditions. This can improve overall heat rate and result fewer emissions.","Calculate Additional Benefit: Reduced CO2 Emissions"]
[null,"App_4_Ben_24","App_4_Ben_24_Utility","Area Regulation","Reduced SOx Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C27,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Using energy storage to provide area regulation may result in an emissions benefit since generators that would have provided this service can now operate at more optimal conditions since they can avoid operating a partial load conditions. This can improve overall heat rate and result fewer emissions.","Calculate Additional Benefit: Reduced SOx Emissions"]
[null,"App_4_Ben_25","App_4_Ben_25_Utility","Area Regulation","Reduced NOx Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C28,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Using energy storage to provide area regulation may result in an emissions benefit since generators that would have provided this service can now operate at more optimal conditions since they can avoid operating a partial load conditions. This can improve overall heat rate and result fewer emissions.","Calculate Additional Benefit: Reduced NOx Emissions"]
[null,"App_4_Ben_26","App_4_Ben_26_Utility","Area Regulation","Reduced PM Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C29,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Using energy storage to provide area regulation may result in an emissions benefit since generators that would have provided this service can now operate at more optimal conditions since they can avoid operating a partial load conditions. This can improve overall heat rate and result fewer emissions.","Calculate Additional Benefit: Reduced PM Emissions"]
[null,"App_4_Ben_10","App_4_Ben_10_Non-Utility Merchant/Independent Power Producer","Area Regulation","Optimized Generator Operation (Non-Utility Merchant)",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C30,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Storage can provide regulation services, reducing the need for regulation from generators.  Regulation requires rapid generator ramping, reducing generation efficiency. Therefore, using energy storage to provide area regulation may result in a system benefit since generators that would have provided this service would be able to operate at more optimal conditions since they can avoid ramping and operating at partial load conditions. This can improve overall heat rate resulting in more cost effective operation.","Calculate Additional Benefit: Optimized Generator Operation (Non-Utility Merchant)"]
[null,"App_4_Ben_28","App_4_Ben_28_Non-Utility Merchant/Independent Power Producer","Area Regulation","Deferred Generation Capacity Investments",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C31,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Using energy storage to provide this ancillary service frees up conventional generation to meet load and may therefore result in deferred generation capacity investment.","Calculate Additional Benefit: Deferred Generation Capacity Investments"]
[null,"App_4_Ben_23","App_4_Ben_23_Non-Utility Merchant/Independent Power Producer","Area Regulation","Reduced CO2 Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C32,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Using energy storage to provide area regulation may result in an emissions benefit since generators that would have provided this service would be able to operate at more optimal conditions since they would avoid operating a partial load conditions. This would improve overall heat rate and result fewer emissions.","Calculate Additional Benefit: Reduced CO2 Emissions"]
[null,"App_4_Ben_24","App_4_Ben_24_Non-Utility Merchant/Independent Power Producer","Area Regulation","Reduced SOx Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C33,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Using energy storage to provide area regulation may result in an emissions benefit since generators that would have provided this service would be able to operate at more optimal conditions since they would avoid operating a partial load conditions. This would improve overall heat rate and result fewer emissions.","Calculate Additional Benefit: Reduced SOx Emissions"]
[null,"App_4_Ben_25","App_4_Ben_25_Non-Utility Merchant/Independent Power Producer","Area Regulation","Reduced NOx Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C34,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Using energy storage to provide area regulation may result in an emissions benefit since generators that would have provided this service would be able to operate at more optimal conditions since they would avoid operating a partial load conditions. This would improve overall heat rate and result fewer emissions.","Calculate Additional Benefit: Reduced NOx Emissions"]
[null,"App_4_Ben_26","App_4_Ben_26_Non-Utility Merchant/Independent Power Producer","Area Regulation","Reduced PM Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C35,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Using energy storage to provide area regulation may result in an emissions benefit since generators that would have provided this service would be able to operate at more optimal conditions since they would avoid operating a partial load conditions. This would improve overall heat rate and result fewer emissions.","Calculate Additional Benefit: Reduced PM Emissions"]
[null,"App_5_Ben_28","App_5_Ben_28_Utility","Electric Supply Reserve Capacity","Deferred Generation Capacity Investments",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C36,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Using energy storage to provide this ancillary service frees up conventional generation to meet load and may therefore result in deferred generation capacity investment.","Calculate Additional Benefit: Deferred Generation Capacity Investments"]
[null,"App_5_Ben_28","App_5_Ben_28_Non-Utility Merchant/Independent Power Producer","Electric Supply Reserve Capacity","Deferred Generation Capacity Investments",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C37,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Using energy storage to provide this ancillary service frees up conventional generation to meet load and may therefore result in deferred generation capacity investment.","Calculate Additional Benefit: Deferred Generation Capacity Investments"]
[null,"App_9_Ben_34","App_9_Ben_34_Utility","Transmission & Distribution (T&D) Upgrade Deferral",{"$f":"INDIRECT(RIGHT(B38,6))","v":"Optimized Generator Operation  (Utility/Ratepayer)"},{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C38,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Storage devices used for this application will be providing energy during peak times and may enable conventional generators to operate closer to their optimal loading conditions thus improving overall generation system performance.",{"$f":"\"Calculate Additional Benefit: \"&E38","v":"Calculate Additional Benefit: Optimized Generator Operation  (Utility/Ratepayer)"}]
[null,"App_9_Ben_28","App_9_Ben_28_Utility","Transmission & Distribution (T&D) Upgrade Deferral","Deferred Generation Capacity Investments",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C39,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o To defer a transmission or distribution upgrade using energy storage the unit is located downstream of strained assets and charged during off-peak times and discharged during peak times. This will effectively shift load away from the peak time of the system reducing the need for utility investments in generation capacity to meet peak load.","Calculate Additional Benefit: Deferred Generation Capacity Investments"]
[null,"App_9_Ben_15","App_9_Ben_15_Utility","Transmission & Distribution (T&D) Upgrade Deferral","Reduced Electricity Losses",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C40,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o To defer a transmission or distribution upgrade using energy storage the unit is located downstream of strained assets and charged during off-peak times and discharged during peak times. This will effectively reduce the peak load on the transmission and distribution system thereby reducing losses overall.","Calculate Additional Benefit: Reduced Electricity Losses"]
[null,"App_9_Ben_23","App_9_Ben_23_Utility","Transmission & Distribution (T&D) Upgrade Deferral","Reduced CO2 Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C41,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o A storage device used for this application will be shifting peak electricity usage which may result in optimized generator operation and/or reduced electricity losses. Both of these benefits will result in the additional benefit of reducing emissions.","Calculate Additional Benefit: Reduced CO2 Emissions"]
[null,"App_9_Ben_24","App_9_Ben_24_Utility","Transmission & Distribution (T&D) Upgrade Deferral","Reduced SOx Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C42,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o A storage device used for this application will be shifting peak electricity usage which may result in optimized generator operation and/or reduced electricity losses. Both of these benefits will result in the additional benefit of reducing emissions.","Calculate Additional Benefit: Reduced SOx Emissions"]
[null,"App_9_Ben_25","App_9_Ben_25_Utility","Transmission & Distribution (T&D) Upgrade Deferral","Reduced NOx Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C43,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o A storage device used for this application will be shifting peak electricity usage which may result in optimized generator operation and/or reduced electricity losses. Both of these benefits will result in the additional benefit of reducing emissions.","Calculate Additional Benefit: Reduced NOx Emissions"]
[null,"App_9_Ben_26","App_9_Ben_26_Utility","Transmission & Distribution (T&D) Upgrade Deferral","Reduced PM Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C44,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o A storage device used for this application will be shifting peak electricity usage which may result in optimized generator operation and/or reduced electricity losses. Both of these benefits will result in the additional benefit of reducing emissions.","Calculate Additional Benefit: Reduced PM Emissions"]
[null,"App_11_Ben_34","App_11_Ben_34_End-User",{"$f":"INDIRECT(MID(B45,1,6))","v":"Time-of-use (TOU) Energy Cost Management"},"Optimized Generator Operation  (Utility/Ratepayer)",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C45,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Storage used by many End Users for this application  may effectively reduce peak energy usage and may enable conventional generators to operate closer to their optimal loading conditions thus improving overall generation system performance.",{"$f":"\"Calculate Additional Benefit: \"&E45","v":"Calculate Additional Benefit: Optimized Generator Operation  (Utility/Ratepayer)"}]
[null,"App_11_Ben_28","App_11_Ben_28_End-User",{"$f":"INDIRECT(MID(B46,1,6))","v":"Time-of-use (TOU) Energy Cost Management"},"Deferred Generation Capacity Investments",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C46,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o A deferred generation investment benefit may result if many end-users take advantage of the TOU Energy Cost Management application since the shifting of energy from peak to off-peak by multiple End Users may allow base-load and intermediate generation capacity to meet peak generation needs.","Calculate Additional Benefit: Deferred Generation Capacity Investments"]
[null,"App_11_Ben_11","App_11_Ben_11_End-User","Time-of-use (TOU) Energy Cost Management","Deferred Transmission Investments",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C47,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Storage used by many End Users for this application may effectively reduce on-peak energy usage, reducing the need for further utility investments in transmission capacity.","Calculate Additional Benefit: Deferred Transmission Investments"]
[null,"App_11_Ben_12","App_11_Ben_12_End-User","Time-of-use (TOU) Energy Cost Management","Deferred Distribution Investments",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C48,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Storage used by many End Users for this application may effectively reduce on-peak energy usage, reducing the need for further utility investments in distribution capacity.","Calculate Additional Benefit: Deferred Distribution Investments"]
[null,"App_11_Ben_15","App_11_Ben_15_End-User","Time-of-use (TOU) Energy Cost Management","Reduced Electricity Losses",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C49,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o If many End Users use storage to reduce their effective peak energy usage, the peak load on the system will be reduced reducing fewer line losses overall.","Calculate Additional Benefit: Reduced Electricity Losses"]
[null,"App_11_Ben_23","App_11_Ben_23_End-User","Time-of-use (TOU) Energy Cost Management","Reduced CO2 Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C50,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o If many end-users take advantage of the TOU Energy Cost Management application, peak energy usage on the system overall may be shifted. This shifting can result in lower electricity losses and/or optimized generator operation both of which will also lead to reduced emissions.","Calculate Additional Benefit: Reduced CO2 Emissions"]
[null,"App_11_Ben_24","App_11_Ben_24_End-User","Time-of-use (TOU) Energy Cost Management","Reduced SOx Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C51,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o If many end-users take advantage of the TOU Energy Cost Management application, peak energy usage on the system overall may be shifted. This shifting can result in lower electricity losses and/or optimized generator operation both of which will also lead to reduced emissions.","Calculate Additional Benefit: Reduced SOx Emissions"]
[null,"App_11_Ben_25","App_11_Ben_25_End-User","Time-of-use (TOU) Energy Cost Management","Reduced NOx Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C52,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o If many end-users take advantage of the TOU Energy Cost Management application, peak energy usage on the system overall may be shifted. This shifting can result in lower electricity losses and/or optimized generator operation both of which will also lead to reduced emissions.","Calculate Additional Benefit: Reduced NOx Emissions"]
[null,"App_11_Ben_26","App_11_Ben_26_End-User","Time-of-use (TOU) Energy Cost Management","Reduced PM Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C53,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o If many end-users take advantage of the TOU Energy Cost Management application, peak energy usage on the system overall may be shifted. This shifting can result in lower electricity losses and/or optimized generator operation both of which will also lead to reduced emissions.","Calculate Additional Benefit: Reduced PM Emissions"]
[null,"App_11_Ben_10","App_11_Ben_10_End-User","Time-of-use (TOU) Energy Cost Management","Optimized Generator Operation (Non-Utility Merchant)",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C54,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Storage used by many End Users for this application  may effectively reduce peak energy usage and may enable conventional generators to operate closer to their optimal loading conditions thus improving overall generation system performance.","Calculate Additional Benefit: Optimized Generator Operation (Non-Utility Merchant)"]
[null,"App_12_Ben_34","App_12_Ben_34_End-User","Demand Charge Management","Optimized Generator Operation  (Utility/Ratepayer)",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C55,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Storage used by many End Users for this application  may effectively reduce peak energy usage and may enable conventional generators to operate closer to their optimal loading conditions thus improving overall generation system performance.",{"$f":"\"Calculate Additional Benefit: \"&E55","v":"Calculate Additional Benefit: Optimized Generator Operation  (Utility/Ratepayer)"}]
[null,"App_12_Ben_28","App_12_Ben_28_End-User","Demand Charge Management",{"$f":"INDIRECT(RIGHT(B56,6))","v":"Deferred Generation Capacity Investments"},{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C56,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o A deferred generation investment benefit may result if many end-users take advantage of the Demand Charge Management application since the shifting of energy from peak to off-peak by multiple End-Users may allow base-load and intermediate generation capacity to meet peak generation needs. ","Calculate Additional Benefit: Deferred Generation Capacity Investments"]
[null,"App_12_Ben_11","App_12_Ben_11_End-User","Demand Charge Management","Deferred Transmission Investments",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C57,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Storage used by many End Users for this application may effectively reduce on-peak energy usage, reducing the need for further utility investments in transmission capacity.","Calculate Additional Benefit: Deferred Transmission Investments"]
[null,"App_12_Ben_12","App_12_Ben_12_End-User","Demand Charge Management","Deferred Distribution Investments",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C58,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Storage used by many End Users for this application may effectively reduce on-peak energy usage, reducing the need for further utility investments in distribution capacity. ","Calculate Additional Benefit: Deferred Distribution Investments"]
[null,"App_12_Ben_15","App_12_Ben_15_End-User","Demand Charge Management","Reduced Electricity Losses",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C59,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o If many End Users use storage to reduce their effective peak energy usage, the peak load on the system will be reduced reducing fewer line losses overall.","Calculate Additional Benefit: Reduced Electricity Losses"]
[null,"App_12_Ben_23","App_12_Ben_23_End-User","Demand Charge Management","Reduced CO2 Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C60,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o If many end-users take advantage of the Demand Charge Management application, peak energy usage on the system overall may be shifted. This shifting can result in lower electricity losses and/or optimized generator operation both of which will also lead to reduced emissions.","Calculate Additional Benefit: Reduced CO2 Emissions"]
[null,"App_12_Ben_24","App_12_Ben_24_End-User","Demand Charge Management","Reduced SOx Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C61,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o If many end-users take advantage of the Demand Charge Management application, peak energy usage on the system overall may be shifted. This shifting can result in lower electricity losses and/or optimized generator operation both of which will also lead to reduced emissions.","Calculate Additional Benefit: Reduced SOx Emissions"]
[null,"App_12_Ben_25","App_12_Ben_25_End-User","Demand Charge Management","Reduced NOx Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C62,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o If many end-users take advantage of the Demand Charge Management application, peak energy usage on the system overall may be shifted. This shifting can result in lower electricity losses and/or optimized generator operation both of which will also lead to reduced emissions.","Calculate Additional Benefit: Reduced NOx Emissions"]
[null,"App_12_Ben_26","App_12_Ben_26_End-User","Demand Charge Management","Reduced PM Emissions",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C63,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o If many end-users take advantage of the Demand Charge Management application, peak energy usage on the system overall may be shifted. This shifting can result in lower electricity losses and/or optimized generator operation both of which will also lead to reduced emissions.","Calculate Additional Benefit: Reduced PM Emissions"]
[null,"App_12_Ben_10","App_12_Ben_10_End-User","Demand Charge Management","Optimized Generator Operation (Non-Utility Merchant)",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C64,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Storage used by many End Users for this application  may effectively reduce peak energy usage and may enable conventional generators to operate closer to their optimal loading conditions thus improving overall generation system performance.","Calculate Additional Benefit: Optimized Generator Operation (Non-Utility Merchant)"]
[null,"App_15_Ben_34","App_15_Ben_34_Utility","Renewables Energy Time-shift","Optimized Generator Operation  (Utility/Ratepayer)",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C65,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Storage devices used for Renewables Energy Time-shift will be providing energy during peak times and may thereby obviate the need to ramp up generators and/or run less efficient peaking units. This could have the overall effect of allowing generation to be run at its optimal loading conditions thus improving overall generation system performance and reducing variable operations costs. Furthermore, since the energy provided by the energy storage would have come from renewable sources variable operations cost would be decreased to an even greater degree. ",{"$f":"\"Calculate Additional Benefit: \"&E65","v":"Calculate Additional Benefit: Optimized Generator Operation  (Utility/Ratepayer)"}]
[null,"App_15_Ben_28","App_15_Ben_28_Utility","Renewables Energy Time-shift","Deferred Generation Capacity Investments",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C66,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Using energy storage for this application can effectively reduce peak energy load, reducing the need for utility investments in generation capacity.","Calculate Additional Benefit: Deferred Generation Capacity Investments"]
[null,"App_15_Ben_11","App_15_Ben_11_Utility","Renewables Energy Time-shift","Deferred Transmission Investments",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C67,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o If the energy storage device that is shifting electricity from off-peak to peak is located downstream on a transmission system, it can defer the need to upgrade the transmission system to meet peak demand conditions.","Calculate Additional Benefit: Deferred Transmission Investments"]
[null,"App_15_Ben_15","App_15_Ben_15_Utility","Renewables Energy Time-shift","Reduced Electricity Losses",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C68,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o If the storage device that is time-shifting is located downstream on the transmission or distribution system then peak loading on the lines upstream will be reduced. Since losses are proportional to square of current, reducing peak load on lines will result in fewer losses overall.","Calculate Additional Benefit: Reduced Electricity Losses"]
[null,"App_15_Ben_12","App_15_Ben_12_Utility","Renewables Energy Time-shift","Deferred Distribution Investments",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C69,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o If the energy storage device that is shifting electricity from off-peak to peak is located downstream on a distribution system, it can defer the need to upgrade the distribution system to meet peak demand conditions. ","Calculate Additional Benefit: Deferred Distribution Investments"]
[null,"App_15_Ben_10","App_15_Ben_10_Non-Utility Merchant/Independent Power Producer","Renewables Energy Time-shift","Optimized Generator Operation (Non-Utility Merchant)",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C70,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Storage devices used for Renewables Energy Time-shift will be providing energy during peak times and may thereby obviate the need to ramp up generators and/or run less efficient peaking units. This could have the overall effect of allowing generation to be run at its optimal loading conditions thus improving overall generation system performance and reducing variable operations costs. Furthermore, since the energy provided by the energy storage would have come from renewable sources variable operations cost would be decreased to an even greater degree.  ","Calculate Additional Benefit: Optimized Generator Operation (Non-Utility Merchant)"]
[null,"App_15_Ben_28","App_15_Ben_28_Non-Utility Merchant/Independent Power Producer","Renewables Energy Time-shift","Deferred Generation Capacity Investments",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C71,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Storage can effectively reduce peak energy load, reducing the need for further investments in generation capacity from merchant generators.","Calculate Additional Benefit: Deferred Generation Capacity Investments"]
[null,"App_15_Ben_11","App_15_Ben_11_Non-Utility Merchant/Independent Power Producer","Renewables Energy Time-shift","Deferred Transmission Investments",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C72,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o If the energy storage device that is shifting electricity from off-peak to peak is located downstream on a transmission system, it can defer the need to upgrade the transmission system to meet peak demand conditions.","Calculate Additional Benefit: Deferred Transmission Investments"]
[null,"App_15_Ben_15","App_15_Ben_15_Non-Utility Merchant/Independent Power Producer","Renewables Energy Time-shift","Reduced Electricity Losses",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C73,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o If the storage device that is time-shifting is located downstream on the transmission system then peak loading on the transmission lines upstream will be reduced. Since losses are proportional to square of current, reducing peak load on lines will result in fewer losses overall.","Calculate Additional Benefit: Reduced Electricity Losses"]
[null,"App_15_Ben_12","App_15_Ben_12_Non-Utility Merchant/Independent Power Producer","Renewables Energy Time-shift","Deferred Distribution Investments",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C74,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o If the energy storage device that is shifting electricity from off-peak to peak is located downstream on a distribution system, it can defer the need to upgrade the distribution system to meet peak demand conditions.",{"$f":"\"Calculate Additional Benefit: \"&E74","v":"Calculate Additional Benefit: Deferred Distribution Investments"}]
[null,"App_18_Ben_34","App_18_Ben_34_Utility","Wind Generation Grid Integration - Long Duration","Optimized Generator Operation  (Utility/Ratepayer)",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C75,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Storage devices used for Renewables Energy Time-shift will be providing energy during peak times and may thereby obviate the need to ramp up generators and/or run less efficient peaking units. This could have the overall effect of allowing generation to be run at its optimal loading conditions thus improving overall generation system performance and reducing variable operations costs. Furthermore, since the energy provided by the energy storage would have come from renewable sources variable operations cost would be decreased to an even greater degree. ",{"$f":"\"Calculate Additional Benefit: \"&E75","v":"Calculate Additional Benefit: Optimized Generator Operation  (Utility/Ratepayer)"}]
[null,"App_18_Ben_28","App_18_Ben_28_Utility","Wind Generation Grid Integration - Long Duration","Deferred Generation Capacity Investments",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C76,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Using energy storage for this application can effectively reduce peak energy load, reducing the need for utility investments in generation capacity.","Calculate Additional Benefit: Deferred Generation Capacity Investments"]
[null,"App_18_Ben_11","App_18_Ben_11_Utility","Wind Generation Grid Integration - Long Duration","Deferred Transmission Investments",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C77,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o If the energy storage device that is shifting electricity from off-peak to peak is located downstream on a transmission system, it can defer the need to upgrade the transmission system to meet peak demand conditions.","Calculate Additional Benefit: Deferred Transmission Investments"]
[null,"App_18_Ben_15","App_18_Ben_15_Utility","Wind Generation Grid Integration - Long Duration","Reduced Electricity Losses",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C78,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o If the storage device that is time-shifting is located downstream on the transmission or distribution system then peak loading on the lines upstream will be reduced. Since losses are proportional to square of current, reducing peak load on lines will result in fewer losses overall.","Calculate Additional Benefit: Reduced Electricity Losses"]
[null,"App_18_Ben_12","App_18_Ben_12_Utility","Wind Generation Grid Integration - Long Duration","Deferred Distribution Investments",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C79,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o If the energy storage device that is shifting electricity from off-peak to peak is located downstream on a distribution system, it can defer the need to upgrade the distribution system to meet peak demand conditions. ","Calculate Additional Benefit: Deferred Distribution Investments"]
[null,"App_18_Ben_10","App_18_Ben_10_Non-Utility Merchant/Independent Power Producer","Wind Generation Grid Integration - Long Duration","Optimized Generator Operation (Non-Utility Merchant)",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C80,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Storage devices used for Renewables Energy Time-shift will be providing energy during peak times and may thereby obviate the need to ramp up generators and/or run less efficient peaking units. This could have the overall effect of allowing generation to be run at its optimal loading conditions thus improving overall generation system performance and reducing variable operations costs. Furthermore, since the energy provided by the energy storage would have come from renewable sources variable operations cost would be decreased to an even greater degree.  ","Calculate Additional Benefit: Optimized Generator Operation (Non-Utility Merchant)"]
[null,"App_18_Ben_28","App_18_Ben_28_Non-Utility Merchant/Independent Power Producer","Wind Generation Grid Integration - Long Duration","Deferred Generation Capacity Investments",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C81,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o Storage can effectively reduce peak energy load, reducing the need for further investments in generation capacity from merchant generators.","Calculate Additional Benefit: Deferred Generation Capacity Investments"]
[null,"App_18_Ben_11","App_18_Ben_11_Non-Utility Merchant/Independent Power Producer","Wind Generation Grid Integration - Long Duration","Deferred Transmission Investments",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C82,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o If the energy storage device that is shifting electricity from off-peak to peak is located downstream on a transmission system, it can defer the need to upgrade the transmission system to meet peak demand conditions.","Calculate Additional Benefit: Deferred Transmission Investments"]
[null,"App_18_Ben_15","App_18_Ben_15_Non-Utility Merchant/Independent Power Producer","Wind Generation Grid Integration - Long Duration","Reduced Electricity Losses",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C83,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o If the storage device that is time-shifting is located downstream on the transmission system then peak loading on the transmission lines upstream will be reduced. Since losses are proportional to square of current, reducing peak load on lines will result in fewer losses overall.","Calculate Additional Benefit: Reduced Electricity Losses"]
[null,"App_18_Ben_12","App_18_Ben_12_Non-Utility Merchant/Independent Power Producer","Wind Generation Grid Integration - Long Duration","Deferred Distribution Investments",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,C84,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"o If the energy storage device that is shifting electricity from off-peak to peak is located downstream on a distribution system, it can defer the need to upgrade the distribution system to meet peak demand conditions.","Calculate Additional Benefit: Deferred Distribution Investments"]

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[]
[null,null,null,null,"Low and High Case Output: Annual and Cumulative Results Tables"]
[null,null,null,null,"The tables below display the annual and cumulative project benefits and costs. The benefits are organized by category. The total gross benefit, total cost, and net benefit are also displayed at the bottom of each chart. All values are present value terms."]
[]
[null,null,null,null,"Annual Benefit and Cost Table: Low Case"]
[null,null,null,null,"Benefits","Net Present Value over the Deployment Period",{"$f":"input_EcoParam_8","v":2011},{"$f":"G6+1","v":2012},{"$f":"H6+1","v":2013},2014,2015,2016,2017,2018,2019,2020,2021,2022,2023,2024,2025,2026,2027,2028,2029,2030,2031,2032,2033,2034,2035,2036,2037,2038,2039,2040,2041,2042,2043,2044,2045,2046,2047,2048,2049,2050]
[null,"Ben_01",null,"Market Revenue",{"$f":"INDIRECT(B7)","v":"Arbitrage Revenue"},{"$f":"SUM(G7:AT7)","v":0},{"$f":"ROUND('Benefit Result Tables'!AY35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!AZ35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BA35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BB35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BC35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BD35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BE35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BF35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BG35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BH35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BI35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BJ35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BK35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BL35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BM35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BN35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BO35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BP35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BQ35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BR35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BS35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BT35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BU35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BV35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BW35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BX35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BY35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BZ35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CA35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CB35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CC35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CD35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CE35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CF35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CG35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CH35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CI35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CJ35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CK35,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CL35,-2)","v":0}]
[null,"Ben_02",null,null,{"$f":"INDIRECT(B8)","v":"Capacity Market Revenue"},{"$f":"SUM(G8:AT8)","v":0},{"$f":"ROUND('Benefit Result Tables'!AY36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!AZ36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BA36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BB36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BC36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BD36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BE36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BF36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BG36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BH36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BI36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BJ36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BK36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BL36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BM36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BN36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BO36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BP36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BQ36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BR36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BS36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BT36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BU36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BV36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BW36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BX36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BY36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BZ36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CA36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CB36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CC36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CD36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CE36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CF36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CG36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CH36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CI36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CJ36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CK36,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CL36,-2)","v":0}]
[null,"Ben_03",null,null,"Ancillary Services Revenue",34088200,{"$f":"ROUND('Benefit Result Tables'!AY37,-2)","v":4030700},{"$f":"ROUND('Benefit Result Tables'!AZ37,-2)","v":3829200},{"$f":"ROUND('Benefit Result Tables'!BA37,-2)","v":3637700},{"$f":"ROUND('Benefit Result Tables'!BB37,-2)","v":3455800},{"$f":"ROUND('Benefit Result Tables'!BC37,-2)","v":3283000},{"$f":"ROUND('Benefit Result Tables'!BD37,-2)","v":3244900},{"$f":"ROUND('Benefit Result Tables'!BE37,-2)","v":3207200},{"$f":"ROUND('Benefit Result Tables'!BF37,-2)","v":3169900},{"$f":"ROUND('Benefit Result Tables'!BG37,-2)","v":3133100},{"$f":"ROUND('Benefit Result Tables'!BH37,-2)","v":3096700},{"$f":"ROUND('Benefit Result Tables'!BI37,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BJ37,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BK37,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BL37,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BM37,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BN37,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BO37,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BP37,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BQ37,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BR37,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BS37,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BT37,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BU37,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BV37,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BW37,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BX37,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BY37,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BZ37,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CA37,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CB37,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CC37,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CD37,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CE37,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CF37,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CG37,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CH37,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CI37,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CJ37,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CK37,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CL37,-2)","v":0}]
[null,"Ben_10",null,"Improved Asset Utilization","Optimized Generator Operation (Non-Utility Merchant)",154200,{"$f":"ROUND('Benefit Result Tables'!AY38,-2)","v":18200},{"$f":"ROUND('Benefit Result Tables'!AZ38,-2)","v":17300},{"$f":"ROUND('Benefit Result Tables'!BA38,-2)","v":16500},{"$f":"ROUND('Benefit Result Tables'!BB38,-2)","v":15600},{"$f":"ROUND('Benefit Result Tables'!BC38,-2)","v":14900},{"$f":"ROUND('Benefit Result Tables'!BD38,-2)","v":14700},{"$f":"ROUND('Benefit Result Tables'!BE38,-2)","v":14500},{"$f":"ROUND('Benefit Result Tables'!BF38,-2)","v":14300},{"$f":"ROUND('Benefit Result Tables'!BG38,-2)","v":14200},{"$f":"ROUND('Benefit Result Tables'!BH38,-2)","v":14000},{"$f":"ROUND('Benefit Result Tables'!BI38,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BJ38,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BK38,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BL38,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BM38,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BN38,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BO38,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BP38,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BQ38,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BR38,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BS38,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BT38,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BU38,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BV38,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BW38,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BX38,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BY38,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BZ38,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CA38,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CB38,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CC38,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CD38,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CE38,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CF38,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CG38,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CH38,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CI38,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CJ38,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CK38,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CL38,-2)","v":0}]
[null,"Ben_34",null,null,"Optimized Generator Operation  (Utility/Ratepayer)",0,{"$f":"ROUND('Benefit Result Tables'!AY39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!AZ39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BA39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BB39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BC39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BD39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BE39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BF39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BG39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BH39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BI39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BJ39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BK39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BL39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BM39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BN39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BO39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BP39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BQ39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BR39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BS39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BT39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BU39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BV39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BW39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BX39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BY39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!BZ39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CA39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CB39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CC39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CD39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CE39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CF39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CG39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CH39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CI39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CJ39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CK39,-2)","v":0},{"$f":"ROUND('Benefit Result Tables'!CL39,-2)","v":0}]
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[null,null,null,null,"Annual Benefit and Cost Table: High Case"]
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[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"'Result Tables Sensitivity Cases'!E22","v":"Reduced CO2 Emissions"},{"$f":"'Result Tables Sensitivity Cases'!F22","v":216500},{"$f":"'Result Tables'!H23","v":115500},{"$f":"'Result Tables Sensitivity Cases'!F45","v":216500}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"'Result Tables Sensitivity Cases'!E23","v":"Reduced SOx Emissions"},{"$f":"'Result Tables Sensitivity Cases'!F23","v":0},{"$f":"'Result Tables'!H24","v":10600},{"$f":"'Result Tables Sensitivity Cases'!F46","v":0}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"'Result Tables Sensitivity Cases'!E24","v":"Reduced NOx Emissions"},{"$f":"'Result Tables Sensitivity Cases'!F24","v":27900},{"$f":"'Result Tables'!H25","v":18400},{"$f":"'Result Tables Sensitivity Cases'!F47","v":27900}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"'Result Tables Sensitivity Cases'!E25","v":"Reduced PM Emissions"},{"$f":"'Result Tables Sensitivity Cases'!F25","v":12100},{"$f":"'Result Tables'!H26","v":12100},{"$f":"'Result Tables Sensitivity Cases'!F48","v":12100}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"'Result Tables Sensitivity Cases'!E26","v":"Total Benefit"},{"$f":"'Result Tables Sensitivity Cases'!F26","v":34498900},{"$f":"'Result Tables'!J27","v":49955500},{"$f":"'Result Tables Sensitivity Cases'!F49","v":56033300}]

{"sheet":"Add Ben Opt Gen Op Utility","index":31,"n_rows":72,"n_cols":60,"rows_kept":72,"cut":false,"hidden":true,"merged":[[0,0,0,6],[40,0,40,2],[42,0,42,1],[4,0,4,2],[7,0,7,2],[9,0,9,1]]}
["Additional Benefit Calculation Worksheet"]
["Additional Benefit:",{"$f":"Ben_34","v":"Optimized Generator Operation  (Utility/Ratepayer)"}]
["Is the benefit applicable?",{"$f":"IF(K3=0,\"No\",\"Yes\")","v":"No"},null,null,null,null,null,null,null,"Is the benefit applicable?",{"$f":"SUM(K4:K10)","v":0}]
[null,null,null,null,null,null,null,null,null,"App_1_Ben_34_Utility",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J4,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},{"$f":"INDIRECT(LEFT(J4,5))","v":"Electric Energy Time-shift"}]
["Description: Using energy storage to respond to changes in load by absorbing or discharging energy as needed by the system can enable generators to run closer to their optimum operating conditions. Therefore, by smoothing the load curve that the generation fleet must meet, storage can improve generation performance as measured by improved heat rate efficiency and startup costs and lead to lower overall operating costs. The benefit calculated in this worksheet accrues to the utility directly or is ultimately passed down to the ratepayer in the form of lower electricity costs.\n",null,null,null,null,null,null,null,null,"App_4_Ben_34_Utility",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J5,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},{"$f":"INDIRECT(LEFT(J5,5))","v":"Area Regulation"}]
[null,null,null,null,null,null,null,null,null,"App_9_Ben_34_Utility",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J6,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},{"$f":"INDIRECT(LEFT(J6,5))","v":"Transmission & Distribution (T&D) Upgrade Deferral"}]
["The General Calculation",null,null,null,null,null,null,null,null,"App_11_Ben_34_End-User",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J7,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},{"$f":"INDIRECT(LEFT(J7,6))","v":"Time-of-use (TOU) Energy Cost Management"}]
["This calculation assumes that a generic system benefit results from the improved heat rate and reduced startup costs of an entire fleet of generation units. By providing energy time-shifting, ancillary services, or peak-shedding services energy storage systems enable the conventional generation fleet as a whole to operate closer to the optimum conditions. This benefit calculation assumes that the change in generation operation cannot be traced back to a particular plant. Therefore, the value of this benefit is captured by the monetization parameter called \"Improved System Performance\" which represents the incremental monetary value that each MWh of relevant energy storage discharge yields. The main assumption of this calculation is that each MWh of energy storage discharge that provides energy time-shifting, ancillary services, or peak-shedding, results in the general improvement of conventional generation fleet operation.\n",null,null,null,null,null,null,null,null,"App_12_Ben_34_End-User",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J8,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},{"$f":"INDIRECT(LEFT(J8,6))","v":"Demand Charge Management"}]
[null,null,null,null,null,null,null,null,null,"App_15_Ben_34_Utility",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J9,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},{"$f":"INDIRECT(LEFT(J9,6))","v":"Renewables Energy Time-shift"}]
["Do you want to use the General Calculation to quantify this additional benefit?",null,"No",null,null,null,null,null,{"$f":"IF(C10=\"Yes\", 1, 0)","v":0},"App_18_Ben_34_Utility",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J10,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},{"$f":"INDIRECT(LEFT(J10,6))","v":"Wind Generation Grid Integration - Long Duration"}]
[]
["Inputs","Units","Notes","Value","Default Value Suggestion","Default Value Suggestion Source"]
[{"$f":"INDIRECT(J13)","v":"Total Energy Discharged for Energy Time-Shift"},{"$f":"OFFSET(INDIRECT(J13),0,1)","v":"MWh"},"Only enter a value for this input if the energy storage is being used for the Electric Energy Time Shift application. This value represents the average amount of energy discharged yearly for energy time shift purposes.  If the total amount of energy varies from year to year, enter a typical value.",null,{"$f":"INDEX('Confirmed Inputs'!D:D,MATCH(A13,'Confirmed Inputs'!C:C,0),1)","v":36000},"User input from primary and secondary benefits.",null,null,null,"calc_input_04"]
[{"$f":"INDIRECT(J14)","v":"Total Area Regulation Services Provided"},{"$f":"OFFSET(INDIRECT(J14),0,1)","v":"MW-h"},"Only enter a value for this input if the energy storage is being used for the Area Regulation application. This value represents the average amount of energy discharged yearly for area regulation purposes.  If the total amount of energy varies from year to year, enter a typical value.",null,{"$f":"INDEX('Confirmed Inputs'!D:D,MATCH(A14,'Confirmed Inputs'!C:C,0),1)","v":"null"},"User input from primary and secondary benefits.",null,null,null,"calc_input_33"]
["Peak Shedding for T&D Deferral","MWh","Only enter a value for this input if the energy storage is being used for peak shedding in order to defer a transmission or distribution investment. This value represents the average amount energy discharged yearly in order to defer a T&D investment.  If the total amount of energy time varies from year to year, enter a typical value.",null,"None","None"]
[{"$f":"INDIRECT(J16)","v":"Total Energy Discharged for TOU Energy Cost Management"},{"$f":"OFFSET(INDIRECT(J16),0,1)","v":"MWh"},"Only enter a value for this input if the energy storage is being used for the TOU Energy-Cost Management application. This value represents the average amount of energy discharged yearly for TOU energy cost management purposes.  If the total amount of energy varies from year to year, enter an typical value. Only enter a value if magnitude is large enough to likely make an impact the generation fleet operation (i.e. on the order of thousands of MWh's). If this application is being pursued, it is likely that the Peak Demand Management application is also being pursued. If this is the case the battery is probably being operated to achieve both ends simultaneously at least part of the time. Therefore, to prevent double counting of benefits if you are pursuing both applications be mindful when entering the values for this metric.",null,{"$f":"INDEX('Confirmed Inputs'!D:D,MATCH(A16,'Confirmed Inputs'!C:C,0),1)","v":"null"},"User input from primary and secondary benefits.",null,null,null,"calc_input_75"]
["Total Energy Discharged for Peak Demand Management","MWh","Only enter a value for this input if the energy storage is being used for the Demand Charge Management application. This value represents the average amount of energy discharged yearly for demand charge management purposes.  If the total amount of energy varies from year to year, enter an typical value. Only enter a value if magnitude is large enough to likely make an impact the generation fleet operation (i.e. on the order of thousands of MWh's). If this application is being pursued, it is likely that the TOU Energy-Cost Management application is also being pursued. If this is the case the battery is probably being operated to achieve both ends simultaneously at least part of the time. Therefore, to prevent double counting of benefits if you are pursuing both applications be mindful when entering the values for this metric.",null,{"$f":"IF(ISERROR('Confirmed Inputs'!D81*3.5*5*30),0,'Confirmed Inputs'!D81*3.5*5*30)","v":0},"User input from primary and secondary benefits. Value was determined by multiplying the average monthly load reduction from ES at peak by 3.5 hours by 150 days a year."]
[{"$f":"INDIRECT(J18)","v":"Total Renewable Energy Discharged for Energy Time-Shift"},{"$f":"OFFSET(INDIRECT(J18),0,1)","v":"MWh"},"Only enter a value for this input if the energy storage is being used for the Renewable Energy Time Shift  or the Wind Generation Grid Integration application. This value represents the average amount of energy discharged yearly for renewable energy time shift purposes.  If the total amount of energy varies from year to year, enter an typical value.",null,{"$f":"INDEX('Confirmed Inputs'!D:D,MATCH(A18,'Confirmed Inputs'!C:C,0),1)","v":"null"},"User input from primary and secondary benefits.",null,null,null,"calc_input_99"]
["Years of Deferral","Years","Only enter a value for this input if the energy storage is being used for peak shedding in order to defer a transmission or distribution investment. This value represents the total number of years a T&D investment will be deferred.",null,"None","None"]
["Improved System Performance","$/MWh","This parameter monetizes the general improvement of the conventional generation fleet operation. It captures the improvement in heat rate and startup costs that result from using energy storage in such a way that allows conventional generation to operate at more optimal conditions. The default value suggestion comes from a study of how controlled off-peak charging electric vehicles can result in a similar benefit.",null,2.6,"Agrees with value presented in: Costs and Emissions Associated with Plug in Hybrid Electric Vehicle Charging in the Xcel Energy, pg. 18, NREL Technical Report NREL/TP-640-41410, May 2007. See user guide for full explanation of estimate."]
[{"$f":"EcoParam_1","v":"Assumed Project Life"},"Years","This parameter captures the total lifetime of the energy storage deployment. It is used to calculate a Lifecycle Value Multiplier for all calculations except the one related to T&D deferral.",null,{"$f":"input_EcoParam_1","v":10},"User input",null,null,null,"EcoParam_1"]
[{"$f":"EcoParam_2","v":"Annual Inflation Rate"},"%","This parameter captures the general inflation rate. The annual average rate at which the price of goods and services increases during a specific time period. It is used to calculate the Lifecycle Value Multiplier for all calculations.",null,{"$f":"input_EcoParam_2","v":0.02},"User input"]
[{"$f":"EcoParam_3","v":"Discount Rate"},"%","This parameter captures the general discount rate. The interest rate used to discount future cash flows to account for the time value of money. It is used to calculate the Lifecycle Value Multiplier for all calculations.",null,{"$f":"input_EcoParam_3","v":0.05},"User input"]
[null,null,null,null,null,null,null,null,null,null,"PW Factor Calculation Table"]
["Intermediate Calculated Values:",null,null,null,null,null,null,null,null,null,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50]
["Lifecycle Value Multiplier",null,null,{"$f":"SUMIF(K25:BH25,\"<\"&D21+1,K26:BH26)","v":0},null,null,null,null,null,null,{"$f":"((1+$D$22)^(K25-0.5))/((1+$D$23)^(K25-0.5))","v":1},{"$f":"((1+$D$22)^(L25-0.5))/((1+$D$23)^(L25-0.5))","v":1},1,1,1,1,1,1,1,{"$f":"((1+$D$22)^(T25-0.5))/((1+$D$23)^(T25-0.5))","v":1},1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1]
["Lifecycle Value Multiplier (for T&D deferral)",null,null,{"$f":"SUMIF(K25:BH25,\"<\"&D19+1,K26:BH26)","v":0}]
[]
["Calculations of Additional Benefit from:",null,null,null,null,null,null,null,null,null,"Is Benefit Applicable?"]
[{"$f":"INDIRECT(MID(J30,1,5))","v":"Electric Energy Time-shift"},null,null,{"$f":"D13*D20*D26*K30","v":0},null,null,null,null,null,"App_1_Ben_34",{"$f":"K4","v":0}]
[{"$f":"INDIRECT(MID(J31,1,5))","v":"Area Regulation"},null,null,{"$f":"D14*D20*D26*K31","v":0},null,null,null,null,null,"App_4_Ben_34",0]
[{"$f":"INDIRECT(MID(J32,1,5))","v":"Transmission & Distribution (T&D) Upgrade Deferral"},null,null,{"$f":"D15*D20*D27*K32","v":0},null,null,null,null,null,"App_9_Ben_34",0]
[{"$f":"INDIRECT(MID(J33,1,6))","v":"Time-of-use (TOU) Energy Cost Management"},null,null,{"$f":"D16*D20*D26*K33","v":0},null,null,null,null,null,"App_11_Ben_34",0]
[{"$f":"INDIRECT(MID(J34,1,6))","v":"Demand Charge Management"},null,null,{"$f":"D17*D20*D26*K34","v":0},null,null,null,null,null,"App_12_Ben_34",0]
[{"$f":"INDIRECT(MID(J35,1,6))","v":"Renewables Energy Time-shift"},null,null,{"$f":"D18*D20*D26*K35","v":0},null,null,null,null,null,"App_15_Ben_34",0]
[{"$f":"INDIRECT(MID(J36,1,6))","v":"Wind Generation Grid Integration - Long Duration"},null,null,{"$f":"D18*D20*D26*K36","v":0},null,null,null,null,null,"App_18_Ben_34",0]
[]
["Total Additional Benefit (General Calculation)",null,null,{"$f":"IF(B3=\"Yes\",SUM(D30:D36),0)*I10","v":0}]
[]
["The Specific Calculation"]
["This calculation assumes that benefits result from the improved heat rate and reduced startup costs of a specific generation unit. By providing energy time-shifting, ancillary services, or peak-shedding services energy storage systems enable a particular generation unit to operate closer to the optimum conditions. The main assumption of this calculation is that the user has knowledge about how the operation of a particular plant has improved as a result of the energy storage deployment. The other main assumption of these calculations is that all energy discharged to perform a relevant application results in an optimized generator operation benefit for a particular plant. This calculation does not take into consideration the variable operations cost of the plant that charged the battery, because the financial cost of charging the battery has already been taken into account in the primary and secondary equations associated with each application. It is acknowledged that it is difficult to estimate what system heat rates are with and without ES. Accurate estimations will likely require the running of dispatch models and/or detailed analysis of how plant heat rates are correlated with loading and ramping conditions.\n"]
[]
["Do you want to use the Specific Calculation to quantify this additional benefit?",null,"No",null,null,null,null,null,{"$f":"IF(C43=\"Yes\", 1, 0)","v":0}]
[]
["Inputs","Units","Notes","Value","Default Value Suggestion","Default Value Suggestion Source"]
["Percent Decrease in Plant Efficiency","%","This parameter represents the average decrease in efficiency that the plant experiences when it is operating at conditions that are suboptimal. That is if the energy storage were not providing energy time-shifting, ancillary services, or peak-shedding services the heat rate of the plant would be increased by this percentage. If this parameter varies from year to year, enter a typical value.",null,"0.5-1.5%","Emissions Comparison for a 20 MW Flywheel-based Frequency Regulation Power Plant, KEMA Project: BPCC.0003.001, Final Report with Updated Data, May 2007"]
["Optimum Variable Operations Costs","$/MWh","This parameter represents the optimum variable operations costs of the plant. If this parameter varies from year to year, enter a typical value.",null,45.6,"EIA AEO 2011, DOE/EIA-0383(2010), Variable O&M for Conventional Combined Cycle Natural Gas Plant"]
["Number of Avoided Startups per Year","#","This parameter represents the number of avoided startups per year that the plant experiences as a result of the energy time-shifting, ancillary services, or peak-shedding services the energy storage provided. By charging off-peak to provide these services, the energy storage may enable the plant reduce the number of times it must be shut down, only to be restarted in the morning. If this parameter varies from year to year, enter a typical value.",null,30,"Costs and Emissions Associated with Plug in Hybrid Electric Vehicle Charging in the Xcel Energy, pg. 17, NREL Technical Report NREL/TP-640-41410, May 2007"]
["Startup Costs","$/#","This parameter represents that average startup costs incurred by a plant when it needs to be shut down and then restarted sometime later. If this parameter varies from year to year, enter a typical value.",null,8000,"Incorporating Operational Characteristics and Startup Costs in Option-Based Valuation of Power Generation Capacity, Shi-Jie Deng, Startup Costs for a Hypothetical Natural Gas Fired Power Plant, "]
[{"$f":"INDIRECT(J50)","v":"Total Energy Discharged for Energy Time-Shift"},{"$f":"OFFSET(INDIRECT(J50),0,1)","v":"MWh"},"Only enter a value for this input if the energy storage is being used for the Electric Energy Time Shift application. This value represents the average amount of energy discharged yearly for energy time shift purposes.  If the total amount of energy varies from year to year, enter an typical value.",null,{"$f":"INDEX('Confirmed Inputs'!D:D,MATCH(A50,'Confirmed Inputs'!C:C,0),1)","v":36000},"User input from primary and secondary benefits.",null,null,null,"calc_input_04"]
["Total Area Regulation Services Provided","MWh","Only enter a value for this input if the energy storage is being used for the Area Regulation application. This value represents the average amount of energy discharged yearly for area regulation purposes.  If the total amount of energy varies from year to year, enter an typical value.",null,{"$f":"IF(ISERROR(INDEX('Confirmed Inputs'!D:D,MATCH(J51,'Confirmed Inputs'!C:C,0),1)*4380),0,INDEX('Confirmed Inputs'!D:D,MATCH(J51,'Confirmed Inputs'!C:C,0),1)*4380)","v":0},"User input from primary and secondary benefits. Multiplies the capacity of energy storage being used for area regulation and assumes operation for 50% of the year.",null,null,null,"Energy Storage Capacity for Area Regulation"]
["Peak Shedding for T&D Deferral","MWh","Only enter a value for this input if the energy storage is being used for peak shedding in order to defer a transmission or distribution investment. A utility deferring a T&D deferral would likely be able to determine how this impacts the performance of a particular plant if they also owned generation. Therefore, if you do not own generation you should use the general calculation. This value represents the average amount energy discharged yearly in order to defer a T&D investment.  If the total amount of energy time varies from year to year, enter an typical value.",null,"None","None"]
[{"$f":"INDIRECT(J53)","v":"Total Renewable Energy Discharged for Energy Time-Shift"},{"$f":"OFFSET(INDIRECT(J53),0,1)","v":"MWh"},"Only enter a value for this input if the energy storage is being used for the Renewable Energy Time Shift  or the Wind Generation Grid Integration application. This value represents the average amount of energy discharged yearly for renewable energy time shift purposes.  If the total amount of energy varies from year to year, enter an typical value.",null,{"$f":"INDEX('Confirmed Inputs'!D:D,MATCH(A53,'Confirmed Inputs'!C:C,0),1)","v":"null"},"User input from primary and secondary benefits.",null,null,null,"calc_input_99"]
["Years of Deferral","Years","Only enter a value for this input if the energy storage is being used for peak shedding in order to defer a transmission or distribution investment. This value represents the total number of years a T&D investment will be deferred.",null,"None","None"]
[{"$f":"EcoParam_1","v":"Assumed Project Life"},"Years","This parameter captures the total lifetime of the energy storage deployment. It is used to calculate a Lifecycle Value Multiplier for all calculations except the one related to T&D deferral.",null,{"$f":"input_EcoParam_1","v":10},"User input",null,null,null,"EcoParam_1"]
[{"$f":"EcoParam_2","v":"Annual Inflation Rate"},"%","This parameter captures the general inflation rate. The annual average rate at which the price of goods and services increases during a specific time period. It is used to calculate the Lifecycle Value Multiplier for all calculations.",null,{"$f":"input_EcoParam_2","v":0.02},"User input"]
[{"$f":"EcoParam_3","v":"Discount Rate"},"%","This parameter captures the general discount rate. The interest rate used to discount future cash flows to account for the time value of money. It is used to calculate the Lifecycle Value Multiplier for all calculations.",null,{"$f":"input_EcoParam_3","v":0.05},"User input"]
[null,null,null,null,null,null,null,null,null,null,"PW Factor Calculation Table"]
["Intermediate Calculated Values:",null,null,null,null,null,null,null,null,null,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50]
["Lifecycle Value Multiplier",null,null,{"$f":"SUMIF(K59:BH59,\"<\"&D55+1,K60:BH60)","v":0},null,null,null,null,null,null,{"$f":"((1+$D$56)^(K59-0.5))/((1+$D$57)^(K59-0.5))","v":1},1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,{"$f":"((1+$D$56)^(AQ59-0.5))/((1+$D$57)^(AQ59-0.5))","v":1},1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1]
["Lifecycle Value Multiplier (for T&D deferral)",null,null,{"$f":"SUMIF(K59:BH59,\"<\"&D54+1,K60:BH60)","v":0}]
[]
["Calculations of Additional Benefit from:",null,null,null,null,null,null,null,null,null,"Is Benefit Applicable?"]
[{"$f":"INDIRECT(MID(J64,1,5))","v":"Electric Energy Time-shift"},null,null,{"$f":"(D46*D47*D50+D48*D49)*D60*K64","v":0},null,null,null,null,null,"App_1_Ben_34",{"$f":"K30","v":0},{"$f":"INDIRECT(LEFT(J64,5))","v":"Electric Energy Time-shift"}]
[{"$f":"INDIRECT(MID(J65,1,5))","v":"Area Regulation"},null,null,{"$f":"(D46*D47*D51+D48*D49)*D60*K65","v":0},null,null,null,null,null,"App_4_Ben_34",{"$f":"K31","v":0},{"$f":"INDIRECT(LEFT(J65,5))","v":"Area Regulation"}]
[{"$f":"INDIRECT(MID(J66,1,5))","v":"Transmission & Distribution (T&D) Upgrade Deferral"},null,null,{"$f":"(D46*D47*D52+D48*D49)*D61*K66","v":0},null,null,null,null,null,"App_9_Ben_34",{"$f":"K32","v":0},{"$f":"INDIRECT(LEFT(J66,5))","v":"Transmission & Distribution (T&D) Upgrade Deferral"}]
[{"$f":"INDIRECT(MID(J67,1,6))","v":"Renewables Energy Time-shift"},null,null,{"$f":"(D46*D47*D53+D48*D49)*D60*K67","v":0},null,null,null,null,null,"App_15_Ben_34",{"$f":"K35","v":0},{"$f":"INDIRECT(LEFT(J67,6))","v":"Renewables Energy Time-shift"}]
[{"$f":"INDIRECT(MID(J68,1,6))","v":"Wind Generation Grid Integration - Long Duration"},null,null,{"$f":"(D46*D47*D53+D48*D49)*D60*K68","v":0},null,null,null,null,null,"App_18_Ben_34",{"$f":"K36","v":0},{"$f":"INDIRECT(LEFT(J68,6))","v":"Wind Generation Grid Integration - Long Duration"}]
[]
["Total Additional Benefit (Specific Calculation)",null,null,{"$f":"IF(B3=\"Yes\",SUM(D64:D68),0)*I43","v":0}]
[]
["Final Additional Benefit Value",null,null,{"$f":"MAX(D70,D38)","v":0}]

{"sheet":"Add Ben Opt Gen Op Non-Utility","index":32,"n_rows":36,"n_cols":60,"rows_kept":36,"cut":false,"hidden":true,"merged":[[0,0,0,6],[4,0,4,2],[7,0,7,2],[9,0,9,1]]}
["Additional Benefit Calculation Worksheet"]
["Additional Benefit:",{"$f":"Ben_10","v":"Optimized Generator Operation (Non-Utility Merchant)"}]
["Is the benefit applicable?",{"$f":"IF(K3=0,\"No\",\"Yes\")","v":"Yes"},null,null,null,null,null,null,null,"Is the benefit applicable?",{"$f":"SUM(K4:K10)","v":1}]
[null,null,null,null,null,null,null,null,null,"App_1_Ben_10_Non-Utility Merchant/Independent Power Producer",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J4,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":1},{"$f":"App_1","v":"Electric Energy Time-shift"}]
["Description: Using energy storage to respond to changes in load by absorbing or discharging energy as needed by the system can enable generators to run closer to their optimum operating conditions. Therefore, by smoothing the load curve that the generation fleet must meet, storage can improve generation performance as measured by improved heat rate efficiency and startup costs and lead to lower overall operating costs. The benefit calculated in this worksheet ultimately accrues to the ratepayer in the form of lower electricity costs since the cost effectiveness of the entire system is optimized. The non-utility merchant that is pursuing the application which results in this additional benefit does not accrue any generation operational benefit since it is assumed that they will operate their generation and storage assets in a way that maximizes their profits according to the market. That is, they may choose to run their generation assets even at suboptimal conditions if the value for that service, as determined by the market, adequately reimburses them for the additional operational costs. Therefore, only a general calculation is offered in this worksheet for calculating this benefit. Similarly, if an end-user is in a deregulated market and is pursuing an application that results in this benefit it is assumed that the cost effectiveness of the entire generation system is optimized and the benefit will ultimately flow to the entire population of ratepayers.\n",null,null,null,null,null,null,null,null,"App_3_Ben_10_Non-Utility Merchant/Independent Power Producer",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J5,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},{"$f":"App_3","v":"Load Following"}]
[null,null,null,null,null,null,null,null,null,"App_4_Ben_10_Non-Utility Merchant/Independent Power Producer",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J6,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},{"$f":"App_4","v":"Area Regulation"}]
["The General Calculation",null,null,null,null,null,null,null,null,"App_11_Ben_10_End-User",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J7,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},{"$f":"App_11","v":"Time-of-use (TOU) Energy Cost Management"}]
["This calculation assumes that a generic system benefit results from the improved heat rate and reduced startup costs of an entire fleet of generation units. By providing energy time-shifting, ancillary services, or peak-shedding services energy storage systems enable the conventional generation fleet as a whole to operate closer to the optimum conditions. This benefit calculation assumes that the change in generation operation cannot be traced back to a particular plant. Therefore, the value of this benefit is captured by the monetization parameter called \"Improved System Performance\" which represents the incremental monetary value that each MWh of relevant energy storage discharge yields. The main assumption of this calculation is that each MWh of energy storage discharge that provides energy time-shifting, ancillary services, or peak-shedding, results in the general improvement of conventional generation fleet operation. This benefit, which is derived from improvement in heat rate, should only be calculated if it isn’t already captured in price signals used in the primary and secondary benefit calculations.\n",null,null,null,null,null,null,null,null,"App_12_Ben_10_End-User",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J8,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},{"$f":"App_12","v":"Demand Charge Management"}]
[null,null,null,null,null,null,null,null,null,"App_15_Ben_10_Non-Utility Merchant/Independent Power Producer",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J9,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},{"$f":"App_15","v":"Renewables Energy Time-shift"}]
["Do you want to use the General Calculation to quantify this additional benefit?",null,"No",null,null,null,null,null,{"$f":"IF(C10=\"Yes\", 1, 0)","v":0},"App_18_Ben_10_Non-Utility Merchant/Independent Power Producer",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J10,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},{"$f":"App_18","v":"Wind Generation Grid Integration - Long Duration"}]
[]
["Inputs","Units","Notes","Value","Default Value Suggestion","Default Value Suggestion Source"]
[{"$f":"INDIRECT(J13)","v":"Total Energy Discharged for Arbitrage"},{"$f":"OFFSET(INDIRECT(J13),0,1)","v":"MWh"},"Only enter a value for this input if the energy storage is being used for the Electric Energy Time Shift application. This value represents the average amount of energy discharged yearly for energy arbitrage purposes.  If the total amount of energy varies from year to year, enter a typical value.",null,{"$f":"INDEX('Confirmed Inputs'!D:D,MATCH(A13,'Confirmed Inputs'!C:C,0),1)","v":36000},"User input from primary and secondary benefits.",null,null,null,"calc_input_01"]
[{"$f":"INDIRECT(J14)","v":"Total Load Following Services Provided"},{"$f":"OFFSET(INDIRECT(J14),0,1)","v":"MW-h"},"Only enter a value for this input if the energy storage is being used for the Load Following application. This value represents the average amount of energy discharged yearly for area load following purposes.  If the total amount of energy varies from year to year, enter a typical value.",null,{"$f":"INDEX('Confirmed Inputs'!D:D,MATCH(A14,'Confirmed Inputs'!C:C,0),1)","v":"null"},"User input from primary and secondary benefits.",null,null,null,"calc_input_27"]
[{"$f":"INDIRECT(J15)","v":"Total Area Regulation Services Provided"},{"$f":"OFFSET(INDIRECT(J15),0,1)","v":"MW-h"},"Only enter a value for this input if the energy storage is being used for the Area Regulation application. This value represents the average amount of energy discharged yearly for area regulation purposes.  If the total amount of energy varies from year to year, enter a typical value.",null,{"$f":"INDEX('Confirmed Inputs'!D:D,MATCH(A15,'Confirmed Inputs'!C:C,0),1)","v":"null"},"User input from primary and secondary benefits.",null,null,null,"calc_input_33"]
[{"$f":"INDIRECT(J16)","v":"Total Energy Discharged for TOU Energy Cost Management"},{"$f":"OFFSET(INDIRECT(J16),0,1)","v":"MWh"},"Only enter a value for this input if the energy storage is being used for the TOU Energy-Cost Management application. This value represents the average amount of energy discharged yearly for energy cost management purposes.  If the total amount of energy varies from year to year, enter an typical value. Only enter a value if magnitude is large enough to likely make an impact the generation fleet operation (i.e. on the order of thousands of MWh's).",null,{"$f":"INDEX('Confirmed Inputs'!D:D,MATCH(A16,'Confirmed Inputs'!C:C,0),1)","v":"null"},"User input from primary and secondary benefits.",null,null,null,"calc_input_75"]
["Total Energy Discharged for Peak Demand Management","MWh","Only enter a value for this input if the energy storage is being used for the Demand Charge Management application. This value represents the average amount of energy discharged yearly for demand charge management purposes.  If the total amount of energy varies from year to year, enter an typical value. Only enter a value if magnitude is large enough to likely make an impact the generation fleet operation (i.e. on the order of thousands of MWh's). If this application is being pursued, it is likely that the TOU Energy-Cost Management application is also being pursued. If this is the case the battery is probably being operated to achieve both ends simultaneously at least part of the time. Therefore, to prevent double counting of benefits if you are pursuing both applications be mindful when entering the values for this metric.",null,{"$f":"IF(ISERROR('Confirmed Inputs'!D81*3.5*5*30),0,'Confirmed Inputs'!D81*3.5*5*30)","v":0},"User input from primary and secondary benefits. Value was determined by multiplying the average monthly load reduction from ES at peak by 3.5 hours by 150 days a year."]
[{"$f":"INDIRECT(J18)","v":"Total Renewable Energy Discharged for Arbitrage"},{"$f":"OFFSET(INDIRECT(J18),0,1)","v":"MWh"},"Only enter a value for this input if the energy storage is being used for the Renewable Energy Time Shift  or the Wind Generation Grid Integration application. This value represents the average amount of energy discharged yearly for renewable energy arbitrage purposes.  If the total amount of energy varies from year to year, enter an typical value.",null,{"$f":"INDEX('Confirmed Inputs'!D:D,MATCH(A18,'Confirmed Inputs'!C:C,0),1)","v":"null"},"User input from primary and secondary benefits.",null,null,null,"calc_input_98"]
["Improved System Performance","$/MWh","This parameter monetizes the general improvement of the conventional generation fleet operation. It captures the improvement in heat rate and startup costs that result from using energy storage in such a way that allows conventional generation to operate at more optimal conditions. The default value suggestion comes from a study of how controlled off-peak charging electric vehicles can result in a similar benefit.",null,2.6,"Agrees with value presented in: Costs and Emissions Associated with Plug in Hybrid Electric Vehicle Charging in the Xcel Energy, pg. 18, NREL Technical Report NREL/TP-640-41410, May 2007. See user guide for full explanation of estimate."]
[{"$f":"EcoParam_1","v":"Assumed Project Life"},"Years","This parameter captures the total lifetime of the energy storage deployment. It is used to calculate a Lifecycle Value Multiplier for all calculations.",null,{"$f":"input_EcoParam_1","v":10},"User input"]
[{"$f":"EcoParam_2","v":"Annual Inflation Rate"},"%","This parameter captures the general inflation rate. The annual average rate at which the price of goods and services increases during a specific time period. It is used to calculate the Lifecycle Value Multiplier for all calculations.",null,{"$f":"input_EcoParam_2","v":0.02},"User input"]
[{"$f":"EcoParam_3","v":"Discount Rate"},"%","This parameter captures the general discount rate. The interest rate used to discount future cash flows to account for the time value of money. It is used to calculate the Lifecycle Value Multiplier for all calculations.",null,{"$f":"input_EcoParam_3","v":0.05},"User input"]
[null,null,null,null,null,null,null,null,null,null,"PW Factor Calculation Table"]
["Intermediate Calculated Values:",null,null,null,null,null,null,null,null,null,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50]
["Lifecycle Value Multiplier",null,null,{"$f":"SUMIF(K24:BH24,\"<\"&D20+1,K25:BH25)","v":0},null,null,null,null,null,null,{"$f":"((1+$D$21)^(K24-0.5))/((1+$D$22)^(K24-0.5))","v":1},{"$f":"((1+$D$21)^(L24-0.5))/((1+$D$22)^(L24-0.5))","v":1},1,1,1,1,1,1,1,{"$f":"((1+$D$21)^(T24-0.5))/((1+$D$22)^(T24-0.5))","v":1},1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1]
[]
["Calculations of Additional Benefit from:",null,null,null,null,null,null,null,null,null,"Is Benefit Applicable?"]
[{"$f":"INDIRECT(MID(J28,1,5))","v":"Electric Energy Time-shift"},null,null,{"$f":"D13*D19*D25*K28","v":0},null,null,null,null,null,"App_1_Ben_10",{"$f":"K4","v":1}]
[{"$f":"INDIRECT(MID(J29,1,5))","v":"Load Following"},null,null,{"$f":"D14*$D$19*$D$25*K29","v":0},null,null,null,null,null,"App_3_Ben_10",0]
[{"$f":"INDIRECT(MID(J30,1,5))","v":"Area Regulation"},null,null,{"$f":"D15*$D$19*$D$25*K30","v":0},null,null,null,null,null,"App_4_Ben_10",0]
[{"$f":"INDIRECT(MID(J31,1,6))","v":"Time-of-use (TOU) Energy Cost Management"},null,null,{"$f":"D16*$D$19*$D$25*K31","v":0},null,null,null,null,null,"App_11_Ben_10",0]
[{"$f":"INDIRECT(MID(J32,1,6))","v":"Demand Charge Management"},null,null,{"$f":"D17*$D$19*$D$25*K32","v":0},null,null,null,null,null,"App_12_Ben_10",0]
[{"$f":"INDIRECT(MID(J33,1,6))","v":"Renewables Energy Time-shift"},null,null,{"$f":"D18*D19*D25*K33","v":0},null,null,null,null,null,"App_15_Ben_10",0]
[{"$f":"INDIRECT(MID(J34,1,6))","v":"Wind Generation Grid Integration - Long Duration"},null,null,{"$f":"D18*D19*D25*K34","v":0},null,null,null,null,null,"App_18_Ben_10",0]
[]
["Final Additional Benefit",null,null,{"$f":"IF(B3=\"Yes\",SUM(D28:D34),0)*I10","v":0}]

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["Additional Benefit Calculation Worksheet"]
["Additional Benefit:",{"$f":"Ben_28","v":"Deferred Generation Capacity Investments"}]
["Is the benefit applicable?",{"$f":"IF(K3=0,\"No\",\"Yes\")","v":"Yes"},null,null,null,null,null,null,null,"Is the benefit applicable?",{"$f":"SUM(K4:K16)","v":1}]
[null,null,null,null,null,null,null,null,null,"App_1_Ben_28_Utility",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J4,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0}," "]
["Description: By shifting peak demand or providing ancillary services that are typically provided by conventional generation assets, energy storage can result in deferred generation capacity investment benefits. By shifting peak demand, less generation capacity will be required to meet the system needs and by providing ancillary services more generation capacity will be freed up to meet system energy needs. In both a regulated and deregulated market the need for investment in generation capacity by the utility or non-utility merchant is reduced, which ultimately results in lower system and electricity costs overall. Therefore, in each instance the benefit ultimately accrues to the utility/ratepayer group.\n",null,null,null,null,null,null,null,null,"App_1_Ben_28_Non-Utility Merchant/Independent Power Producer",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J5,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":1},{"$f":"INDIRECT(LEFT(J5,5))","v":"Electric Energy Time-shift"}]
[null,null,null,null,null,null,null,null,null,"App_3_Ben_28_Non-Utility Merchant/Independent Power Producer",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J6,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"Load Following"]
["The Incremental Calculation",null,null,null,null,null,null,null,null,"App_4_Ben_28_Non-Utility Merchant/Independent Power Producer",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J7,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"Area Regulation"]
["This calculation assumes that one can monetize an incremental amount of generation deferral by using the unit cost of capacity as a proxy for deferral value. Using this methodology allows a value for generation deferral to be calculated even if an actual generation plant will not necessarily be deferred. This is a useful calculation if the impact of an energy storage application is small or if the user does not have visibility into whether a generation unit will actually be deferred or not (e.g. a non-utility merchant in a deregulated market may not have this kind of insight). This equation assumes that deferral begins in the first year that peak demand is reduced or ancillary services are provided.\n",null,null,null,null,null,null,null,null,"App_5_Ben_28_Utility",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J8,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"Electric Supply Reserve Capacity"]
[null,null,null,null,null,null,null,null,null,"App_5_Ben_28_Non-Utility Merchant/Independent Power Producer",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J9,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"Electric Supply Reserve Capacity"]
["Do you want to use the Incremental Calculation to quantify this additional benefit?",null,"No",null,null,null,null,null,{"$f":"IF(C10=\"Yes\", 1, 0)","v":0},"App_9_Ben_28_Utility",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J10,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"Transmission & Distribution (T&D) Upgrade Deferral"]
[null,null,null,null,null,null,null,null,null,"App_11_Ben_28_End-User",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J11,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},{"$f":"INDIRECT(LEFT(J11,6))","v":"Time-of-use (TOU) Energy Cost Management"}]
["Inputs","Units","Notes","Value","Default Value Suggestion","Default Value Suggestion Source",null,null,null,"App_12_Ben_28_End-User",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J12,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"Demand Charge Management"]
["Fuel Type on the Margin","NA","This parameter sets the default value for the overnight capital cost of generation parameter. The plant fuel type that is typically on the margin should be designated.",null,"NA","NA",null,null,null,"App_15_Ben_28_Utility",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J13,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"Renewables Energy Time-shift"]
["Overnight Capital Cost of Fuel on the Margin","$/kW","This parameter represents the overnight capital cost of the fuel type that is typically operating on the margin.",null,{"$f":"LOOKUP(D13,P15:AA15,P16:AA16)","v":{"$error":"#N/A"}},"Updated Capital Cost Estimates for Electricity Generation Plants, EIA, November 2010, Table 1",null,null,null,"App_15_Ben_28_Non-Utility Merchant/Independent Power Producer",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J14,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"Renewables Energy Time-shift",null,null,"Updated Capital Cost Estimates for Electricity Generation Plants, EIA, November 2010, Table 1"]
[{"$f":"EcoParam_5","v":"Fixed Charge Rate"},"%","The rate used to convert capital plant installed cost into an annuity equivalent (payment) representing annual carrying charges for capital equipment. It includes consideration of interest and equity return rates, annual interest payments and return of debt principal, dividends and return of equity principal, income taxes, and property taxes.",null,{"$f":"input_EcoParam_5","v":0.11},"User input",null,null,null,"App_18_Ben_28_Utility",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J15,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"Wind Generation Grid Integration - Long Duration",null,null,"Plant Type:","Coal: Dual Unit Advanced PC","Coal: Dual Unit IGCC","Natural Gas: Conventional NGCC","Natural Gas: Conventional CT","Nuclear","Wind: Onshore","Solar Thermal","Large PV","Geothermal: Dual Flash","Hydro-electric","Pumped Storage","Other"]
["Average Peak Reduction from Grid Level Peak Reduction Strategies","MW","Only enter a value for this input if the energy storage is being used for the Electric Energy Time Shift, Transmission and Distribution Upgrade Deferral, Renewable Energy Time Shift, or Wind Generation Grid Integration (Long Duration) applications. This value represents the average amount of system peak shedding (in one hour) that results from these grid level applications. If the total amount of peak shedding varies from year to year, enter a typical value.",null,{"$f":"input_Param_1/1000","v":1E-3},"Energy storage deployment capacity",null,null,"calc_input_04","App_18_Ben_28_Non-Utility Merchant/Independent Power Producer",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J16,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"Wind Generation Grid Integration - Long Duration",null,null,"Overnight Capital Cost (2010 $/kW)",3167,3221,978,974,5335,2438,4692,4755,5578,3076,5595,"NA"]
["Average Number of Hours that Peak is Reduced per year from Grid Level Peak Reduction Strategies","hours","Only enter a value for this input if the energy storage is being used for the Electric Energy Time Shift, Transmission and Distribution Upgrade Deferral, Renewable Energy Time Shift, or Wind Generation Grid Integration (Long Duration) applications. This value represents the average number of hours system peak is shed as a result of these grid level applications. If the total hours of peak shedding varies from year to year, enter a typical value.",null,600,"Assume 4 hours of peak shedding a day for five months out of the year."]
["Total Ancillary Services Provided","MW-h","Only enter a value for this input if the energy storage is being used for the Area Regulation, Load Following, and/or Electric Supply Reserve Capacity applications. This value represents the total amount of ancillary services that were provided by the storage annually. Providing these ancillary services with the storage device frees up conventional generation capacity to meet energy needs. This effect can be monetized as a deferred capacity benefit. This calculation assumes that the storage is charged with off-peak energy.",null,{"$f":"IF('Confirmed Inputs'!D29=\"null\",0,'Confirmed Inputs'!D29)+IF('Confirmed Inputs'!D35=\"null\",0,'Confirmed Inputs'!D35)+IF('Confirmed Inputs'!D40=\"null\",0,'Confirmed Inputs'!D40)","v":0},"User input from primary and secondary benefits.",null,null,null,null,"PW Factor Calculation Table"]
["Average Peak Reduction from End-User Applications","MW","Only enter a value for this input if the energy storage is being used for the TOU Energy Cost Management and or Demand Charge Management applications. This value represents the average amount of system peak shedding (in one hour) that results from these applications. It is likely that the TOU Energy-Cost Management and Demand Charge management applications are being pursued simultaneously. Therefore, to prevent double counting of benefits if you are pursuing both applications be mindful when entering the values for this metric. If the total amount of peak shedding varies from year to year, enter a typical value.",null,{"$f":"MAX('Confirmed Inputs'!D78/(4*150),'Confirmed Inputs'!D81)","v":{"$error":"#VALUE!"}},null,null,null,null,null,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50]
["Average Number of Hours that Peak is Reduced per year from End User Applications","hours","Only enter a value for this input if the energy storage is being used for the TOU Energy Cost Management and or Demand Charge Management applications. This value represents the average number of hours system peak is shed as a result of these grid level applications. If the total hours of peak shedding varies from year to year, enter a typical value.",null,600,"Assume 4 hours of peak shedding a day for five months out of the year.",null,null,null,null,{"$f":"((1+$D$22)^(K19-0.5))/((1+$D$23)^(K19-0.5))","v":1},1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,{"$f":"((1+$D$22)^(AQ19-0.5))/((1+$D$23)^(AQ19-0.5))","v":1},1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1]
[{"$f":"EcoParam_1","v":"Assumed Project Life"},"Years","This parameter captures the total lifetime of the energy storage deployment. It is used to calculate a Lifecycle Value Multiplier.",null,{"$f":"input_EcoParam_1","v":10},"User input"]
[{"$f":"EcoParam_2","v":"Annual Inflation Rate"},"%","This parameter captures the general inflation rate. The annual average rate at which the price of goods and services increases during a specific time period. It is used to calculate the Lifecycle Value Multiplier for all calculations.",null,{"$f":"input_EcoParam_2","v":0.02},"User input"]
[{"$f":"EcoParam_3","v":"Discount Rate"},"%","This parameter captures the general discount rate. The interest rate used to discount future cash flows to account for the time value of money. It is used to calculate the Lifecycle Value Multiplier for all calculations.",null,{"$f":"input_EcoParam_3","v":0.05},"User input"]
[]
["Intermediate Calculated Values:"]
["Lifecycle Value Multiplier",null,null,{"$f":"SUMIF(K19:BH19,\"<\"&D21+1,K20:BH20)","v":0}]
[]
["Calculations of Additional Benefit from:",null,null,null,null,null,null,null,null,"Is Benefit Applicable?"]
["Electric Energy Time-shift, Transmission & Distribution (T&D) Upgrade Deferral, Renewables Energy Time-shift, and/or Wind Generation Grid Integration - Long Duration",null,null,{"$f":"(D14*1000*D15/8760*D16*D17*D26)*J29","v":0},null,null,null,null,null,{"$f":"IF(OR(K4=1,K5=1,K10=1,K13=1,K14=1,K15=1,K16=1),1,0)","v":1}]
["Load Following, Area Regulation, and/or Electric Supply Reserve Capacity",null,null,{"$f":"(D14*1000*D15/8760*D18*D26)*J30","v":0},null,null,null,null,null,{"$f":"IF(OR(K6=1,K7=1,K8=1,K9=1),1,0)","v":0}]
["Time-of-use (TOU) Energy Cost Management, Demand Charge Management",null,null,{"$f":"(D14*1000*D15/8760*D19*D20*D26)*J31","v":0},null,null,null,null,null,{"$f":"IF(OR(K11=1,K12=1),1,0)","v":0}]
[]
["Total Additional Benefit (General Calculation)",null,null,{"$f":"IF(B3=\"Yes\",SUM(D29:D31),0)*I10","v":0}]
[]
["The Specific Calculation"]
["This calculation assumes that a small investment in energy storage capacity caused enough peak demand shifting or freed up enough peak generation capacity so that the construction of a generation plant can be deferred for a year or more. This calculation assumes that a user has enough visibility into the system peak load and generation mix to make a determination as to whether generation capacity will be deferred or not. It is likely that only a utility in a regulated market could take advantage of the calculation below.\n"]
[]
["Do you want to use the Specific Calculation to quantify this additional benefit?",null,"No",null,null,null,null,null,{"$f":"IF(C38=\"Yes\", 1, 0)","v":0}]
[]
["Inputs","Units","Notes","Value","Default Value Suggestion","Default Value Suggestion Source"]
["Fuel Type being deferred","NA","This parameter sets the default value for the overnight capital cost of generation parameter. The plant fuel type that is typically on the margin should be designated.",null,"NA","NA"]
["Overnight Capital Cost of Fuel on the Margin","$/kW","This parameter represents the overnight capital cost of the fuel type that is being deferred.",null,{"$f":"LOOKUP(D41,P15:AA15,P16:AA16)","v":{"$error":"#N/A"}},"Updated Capital Cost Estimates for Electricity Generation Plants, EIA, November 2010, Table 1"]
["Generation Capacity Deferred","MW","This parameter represents the total generation capacity being deferred.",null,"NA","NA",null,null,null,null,"PW Factor Calculation Table"]
[{"$f":"EcoParam_5","v":"Fixed Charge Rate"},"%","The rate used to convert capital plant installed cost into an annuity equivalent (payment) representing annual carrying charges for capital equipment. It includes consideration of interest and equity return rates, annual interest payments and return of debt principal, dividends and return of equity principal, income taxes, and property taxes.",null,{"$f":"input_EcoParam_5","v":0.11},"User input",null,null,null,null,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50]
["Initial Year of Deferral","Year","This parameter represents the initial year of deferral. With 1 representing the current year.",null,"NA","NA",null,null,null,null,{"$f":"((1+$D$47)^(K44-0.5))/((1+$D$48)^(K44-0.5))","v":1},{"$f":"((1+$D$47)^(L44-0.5))/((1+$D$48)^(L44-0.5))","v":1},1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1]
["Final Year of Deferral","Year","This parameter represents the final year of deferral. With 1 representing the current year.",null,"NA","NA"]
[{"$f":"EcoParam_2","v":"Annual Inflation Rate"},"%","This parameter captures the general inflation rate. The annual average rate at which the price of goods and services increases during a specific time period. It is used to calculate the Lifecycle Value Multiplier for all calculations.",null,{"$f":"input_EcoParam_2","v":0.02},"User input"]
[{"$f":"EcoParam_3","v":"Discount Rate"},"%","This parameter captures the general discount rate. The interest rate used to discount future cash flows to account for the time value of money. It is used to calculate the Lifecycle Value Multiplier for all calculations.",null,{"$f":"input_EcoParam_3","v":0.05},"User input"]
[]
["Intermediate Calculated Values:"]
["Lifecycle Value Multiplier",null,null,{"$f":"SUMIFS(K45:BH45,K44:BH44,\"<\"&D46+1,K44:BH44,\">\"&D45-1)","v":0}]
[]
["Calculations of Additional Benefit",null,null,null,null,null,null,null,null,"Is Benefit Applicable?"]
["Electric Energy Time-shift, Electric Supply Reserve Capacity, Transmission & Distribution (T&D) Upgrade Deferral, Renewables Energy Time-shift, and/or Wind Generation Grid Integration - Long Duration",null,null,{"$f":"(D42*1000*D43*D44*D51)*J54","v":0},null,null,null,null,null,{"$f":"IF(OR(K4=1,K8=1,K10=1,K13=1,K15=1),1,0)","v":0}]
[]
["Total Additional Benefit (Specific Calculation)",null,null,{"$f":"IF(B3=\"Yes\",SUM(D54),0)*I38","v":0}]
[]
["Final Additional Benefit Value",null,null,{"$f":"MAX(D56,D33)","v":0}]

{"sheet":"Add Ben Def Trans Cap Inv","index":34,"n_rows":57,"n_cols":60,"rows_kept":57,"cut":false,"hidden":true,"merged":[[36,0,36,1],[0,0,0,6],[4,0,4,2],[7,0,7,2],[9,0,9,1],[34,0,34,2]]}
["Additional Benefit Calculation Worksheet"]
["Additional Benefit:",{"$f":"Ben_11","v":"Deferred Transmission Investments"}]
["Is the benefit applicable?",{"$f":"IF(K3=0,\"No\",\"Yes\")","v":"Yes"},null,null,null,null,null,null,null,"Is the benefit applicable?",{"$f":"SUM(K4:K16)","v":1}]
[null,null,null,null,null,null,null,null,null,"App_1_Ben_11_Utility",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J4,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},{"$f":"INDIRECT(LEFT(J4,5))","v":"Electric Energy Time-shift"}]
["Description: By shifting peak demand energy storage can result in deferred transmission capacity investment benefits. In both a regulated and deregulated market the need for investment in transmission capacity by the utility will be reduced if energy storage systems operate in such a way that reduces peak. This ultimately results in lower system and electricity costs overall. Therefore, in each instance the benefit ultimately accrues to the utility/ratepayer group.\n",null,null,null,null,null,null,null,null,"App_1_Ben_11_Non-Utility Merchant/Independent Power Producer",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J5,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":1},{"$f":"INDIRECT(LEFT(J5,5))","v":"Electric Energy Time-shift"}]
[null,null,null,null,null,null,null,null,null,"App_11_Ben_11_End-User",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J6,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},{"$f":"INDIRECT(LEFT(J6,6))","v":"Time-of-use (TOU) Energy Cost Management"}]
["The Incremental Calculation",null,null,null,null,null,null,null,null,"App_12_Ben_11_End-User",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J7,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"Demand Charge Management"]
["This calculation assumes that one can monetize an incremental amount of transmission deferral by using the unit cost of capacity as a proxy for deferral value. Using this methodology allows a value for transmission deferral to be calculated even if an actual transmission line will not necessarily be deferred. This is a useful calculation if the impact of an energy storage application is small or if the user does not have visibility into whether a transmission line will be deferred or not (e.g. a non-utility merchant in a deregulated market may not have this kind of insight). This equation assumes that deferral begins in the first year that peak demand is reduced.\n",null,null,null,null,null,null,null,null,"App_15_Ben_11_Utility",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J8,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"Renewables Energy Time-shift"]
[null,null,null,null,null,null,null,null,null,"App_15_Ben_11_Non-Utility Merchant/Independent Power Producer",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J9,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"Renewables Energy Time-shift"]
["Do you want to use the Incremental Calculation to quantify this additional benefit?",null,"No",null,null,null,null,null,{"$f":"IF(C10=\"Yes\", 1, 0)","v":0},"App_18_Ben_11_Utility",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J10,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"Wind Generation Grid Integration - Long Duration"]
[null,null,null,null,null,null,null,null,null,"App_18_Ben_11_Non-Utility Merchant/Independent Power Producer",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J11,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"Wind Generation Grid Integration - Long Duration"]
["Inputs","Units","Notes","Value","Default Value Suggestion","Default Value Suggestion Source"]
["Miles Downstream Storage is Located","Miles","This parameter describes the number of miles downstream on the transmission line that the storage is located. This will help determine the number of transmission miles of incremental upgrade the energy storage deployment caused. If the storage is located at the end user location, please estimate the number of transmission miles from the closest step-down substation to the closest generation plant.",null,"NA","NA"]
["Incremental Cost of Transmission Upgrade/Capacity","$/MW-Mile","This parameter represents the average capital cost of new transmission line on a per mile and MW capacity basis. The default value was derived by calculating average cost per mile per MW capacity for 11 different proposed transmission projects in ISO-NE. These projects ranged in voltage from 345kV to 765kV. If the potential transmission upgrade voltage in the area is lower you should consider using a lower value for this parameter.",null,1400," A Survey of Transmission Cost Allocation Methodologies for Regional Transmission Organizations, S. Fink, February 2011, Table 2 Summary of ISE-NE Scenarios for Renewable Resources"]
[{"$f":"EcoParam_5","v":"Fixed Charge Rate"},"%","The rate used to convert installed cost into an annuity equivalent (payment) representing annual carrying charges for capital equipment. It includes consideration of interest and equity return rates, annual interest payments and return of debt principal, dividends and return of equity principal, income taxes, and property taxes.",null,{"$f":"input_EcoParam_5","v":0.11},"User input"]
["Average Peak Reduction from Grid Level Peak Reduction Strategies","MW","Only enter a value for this input if the energy storage is being used for the Electric Energy Time Shift, Renewable Energy Time Shift, or Wind Generation Grid Integration (Long Duration) applications. This value represents the average amount of system peak shedding (in one hour) that results from these grid level applications. If the total amount of peak shedding varies from year to year, enter a typical value.",null,{"$f":"input_Param_1/1000","v":1E-3},"Energy storage deployment capacity"]
["Average Number of Hours that Peak is Reduced per year from Grid Level Peak Reduction Strategies","hours","Only enter a value for this input if the energy storage is being used for the Electric Energy Time Shift, Renewable Energy Time Shift, or Wind Generation Grid Integration (Long Duration) applications. This value represents the average number of hours system peak is shed as a result of these grid level applications. If the total hours of peak shedding varies from year to year, enter a typical value.",null,600,"Assume 4 hours of peak shedding a day for five months out of the year."]
["Average Peak Reduction from End-User Applications","MW","Only enter a value for this input if the energy storage is being used for the TOU Energy Cost Management and or Demand Charge Management applications. This value represents the average amount of system peak shedding (in one hour) that results from these applications. It is likely that the TOU Energy-Cost Management and Demand Charge management applications are being pursued simultaneously. Therefore, to prevent double counting of benefits if you are pursuing both applications be mindful when entering the values for this metric. If the total amount of peak shedding varies from year to year, enter a typical value.",null,{"$f":"MAX('Confirmed Inputs'!D78/(4*150),'Confirmed Inputs'!D81)","v":{"$error":"#VALUE!"}},null,null,null,null,null,"PW Factor Calculation Table"]
["Average Number of Hours that Peak is Reduced per year from End User Applications","hours","Only enter a value for this input if the energy storage is being used for the TOU Energy Cost Management and or Demand Charge Management applications. This value represents the average number of hours system peak is shed as a result of these grid level applications. If the total hours of peak shedding varies from year to year, enter a typical value.",null,600,null,null,null,null,null,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50]
[{"$f":"EcoParam_1","v":"Assumed Project Life"},"Years","This parameter captures the total lifetime of the energy storage deployment. It is used to calculate a Lifecycle Value Multiplier.",null,{"$f":"input_EcoParam_1","v":10},"User input",null,null,null,null,{"$f":"((1+$D$21)^(K19-0.5))/((1+$D$22)^(K19-0.5))","v":1},1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,{"$f":"((1+$D$21)^(AQ19-0.5))/((1+$D$22)^(AQ19-0.5))","v":1},1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1]
[{"$f":"EcoParam_2","v":"Annual Inflation Rate"},"%","This parameter captures the general inflation rate. It is used to calculate the Lifecycle Value Multiplier for all calculations.",null,{"$f":"input_EcoParam_2","v":0.02},"User input"]
[{"$f":"EcoParam_3","v":"Discount Rate"},"%","This parameter captures the general discount rate. The interest rate used to discount future cash flows to account for the time value of money. It is used to calculate the Lifecycle Value Multiplier for all calculations.",null,{"$f":"input_EcoParam_3","v":0.05},"User input"]
[]
[]
["Intermediate Calculated Values:"]
["Lifecycle Value Multiplier",null,null,{"$f":"SUMIF(K19:BH19,\"<\"&D20+1,K20:BH20)","v":0}]
[]
["Calculations of Additional Benefit from:",null,null,null,null,null,null,null,null,"Is Benefit Applicable?"]
["Electric Energy Time-shift, Renewables Energy Time-shift, and/or Wind Generation Grid Integration - Long Duration",null,null,{"$f":"(D13*D14*D15*D16*D17/8760*D26)*J29","v":0},null,null,null,null,null,{"$f":"IF(OR(K4=1,K5=1,K8=1,K9=1,K10=1,K11=1),1,0)","v":1}]
["Time-of-use (TOU) Energy Cost Management, Demand Charge Management",null,null,{"$f":"(D13*D14*D15*D18*D19/8760*D26)*J30","v":0},null,null,null,null,null,{"$f":"IF(OR(K6=1,K7=1),1,0)","v":0}]
[]
["Total Additional Benefit (General Calculation)",null,null,{"$f":"IF(B3=\"Yes\",SUM(D29:D30),0)*I10","v":0}]
[]
["The Specific Calculation"]
["This calculation assumes that a small investment in energy storage capacity caused enough peak demand shifting that the construction or upgrading of a transmission line can be deferred for a year or more. This calculation assumes that a user has enough visibility into the system peak load and transmission capacity needs to make a determination as to whether generation capacity will be deferred or not. It is likely that only a utility could take advantage of the calculation below, therefore only a user who selected \"Utility\" as the owner in the Asset Characterization Module is able to calculate a non-zero value using the calculation below. Furthermore, if using an energy storage device to defer a T&D investment proper consideration must be given to reliability. T&D capital investments must maintain the extremely high reliability of the electric delivery system. Therefore, any energy storage solution that defers the need for a T&D investment must similarly maintain the reliability of the system. For energy storage deployments this means ensuring that the storage solution has enough redundancy or modularity such that the effective reliability of the solution is adequate.\n"]
[]
["Do you want to use the Specific Calculation to quantify this additional benefit?",null,"No",null,null,null,null,null,{"$f":"IF(C37=\"Yes\", 1, 0)","v":0}]
[]
["Inputs","Units","Notes","Value","Default Value Suggestion","Default Value Suggestion Source"]
["Type of Transmission Capacity being Deferred","NA","This parameter sets the default value for the capital cost of transmission capacity parameter. The type of transmission capacity that will be deferred should be indicated.",null,"NA","NA",null,null,null,null,"New 345 kV Single Circuit","New 345 kV Double Circuit","New 138 kV Single Circuit","New 138 kV Double Circuit","New 69 kV Single Circuit","New 69 KV Double Circuit","New 345 kV Single Circuit (Underground)","New 138 kV Single Circuit (Underground)","New 69 kV Single Circuit (Underground)","Rebuild/Upgrade 69 kV to 138 kV","Other"]
["Capital Cost of Deferred Transmission Capacity","$/Mile","This parameter represents the per mile cost of new or upgraded transmission line being deferred as a result of the energy storage deployment.",null,{"$f":"INDEX(K40:U41,2,MATCH(D40,K40:U40,0))","v":{"$error":"#N/A"}},"Electricity Transmission: A Primer, Matthew H. Brown, National Council on Electric Policy, June 2004. Table 3. Typical Capital Costs for Electric Transmission Lines, by Voltage",null,null,null,null,915000,1710000,390000,540000,285000,380000,{"$f":"K41*4","v":3660000},{"$f":"M41*4","v":1560000},{"$f":"O41*4","v":1140000},400000,"NA"]
["Miles of Transmission Capacity Being Deferred","Miles","This parameter represents the total number of new or upgraded transmission miles being deferred as a result of the energy storage deployment.",null,"NA","NA",null,null,null,null,"PW Factor Calculation Table"]
[{"$f":"EcoParam_5","v":"Fixed Charge Rate"},"%","The rate used to convert capital plant installed cost into an annuity equivalent (payment) representing annual carrying charges for capital equipment. It includes consideration of interest and equity return rates, annual interest payments and return of debt principal, dividends and return of equity principal, income taxes, and property taxes.",null,{"$f":"input_EcoParam_5","v":0.11},"User input",null,null,null,null,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50]
["Initial Year of Deferral","Year","This parameter represents the initial year of deferral. With 1 representing the current year.",null,"NA","NA",null,null,null,null,{"$f":"((1+$D$46)^(K43-0.5))/((1+$D$47)^(K43-0.5))","v":1},{"$f":"((1+$D$46)^(L43-0.5))/((1+$D$47)^(L43-0.5))","v":1},1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1]
["Final Year of Deferral","Year","This parameter represents the final year of deferral. With 1 representing the current year.",null,"NA","NA"]
[{"$f":"EcoParam_2","v":"Annual Inflation Rate"},"%","This parameter captures the general inflation rate. The annual average rate at which the price of goods and services increases during a specific time period. It is used to calculate the Lifecycle Value Multiplier for all calculations.",null,{"$f":"input_EcoParam_2","v":0.02},"User input"]
[{"$f":"EcoParam_3","v":"Discount Rate"},"%","This parameter captures the general discount rate. The interest rate used to discount future cash flows to account for the time value of money. It is used to calculate the Lifecycle Value Multiplier for all calculations.",null,{"$f":"input_EcoParam_3","v":0.05},"User input"]
[]
["Intermediate Calculated Values:"]
["Lifecycle Value Multiplier",null,null,{"$f":"SUMIFS(K44:BH44,K43:BH43,\"<\"&D45+1,K43:BH43,\">\"&D44-1)","v":0}]
[]
["Calculations of Additional Benefit",null,null,null,null,null,null,null,null,"Is Benefit Applicable?"]
["Electric Energy Time-shift, Renewables Energy Time-shift, and/or Wind Generation Grid Integration - Long Duration",null,null,{"$f":"(D41*D42*D43*D50)*J53","v":0},null,null,null,null,null,{"$f":"IF(OR(K4=1,K8=1,K10=1),1,0)","v":0}]
[]
["Total Additional Benefit (Specific Calculation)",null,null,{"$f":"IF(B3=\"Yes\",SUM(D53),0)*I37","v":0}]
[]
["Final Additional Benefit Value",null,null,{"$f":"MAX(D55,D32)","v":0}]

{"sheet":"Add Ben Def Distr Cap Inv","index":35,"n_rows":55,"n_cols":60,"rows_kept":55,"cut":false,"hidden":true,"merged":[[34,0,34,1],[0,0,0,6],[4,0,4,2],[7,0,7,2],[9,0,9,1],[32,0,32,2]]}
["Additional Benefit Calculation Worksheet"]
["Additional Benefit:",{"$f":"Ben_12","v":"Deferred Distribution Investments"}]
["Is the benefit applicable?",{"$f":"IF(K3=0,\"No\",\"Yes\")","v":"No"},null,null,null,null,null,null,null,"Is the benefit applicable?",{"$f":"SUM(K4:K14)","v":0}]
[null,null,null,null,null,null,null,null,null,"App_1_Ben_12_Utility",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J4,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},{"$f":"INDIRECT(LEFT(J4,5))","v":"Electric Energy Time-shift"}]
["Description: By shifting peak demand energy storage can result in deferred distribution capacity investment benefits. In both a regulated and deregulated market the need for investment in distribution capacity by the utility will be reduced if energy storage systems located downstream on distribution systems operate in such a way that reduces peak. This ultimately results in lower system and electricity costs overall. Therefore, in each instance the benefit ultimately accrues to the utility/ratepayer group.\n",null,null,null,null,null,null,null,null,"App_11_Ben_12_End-User",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J5,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},{"$f":"INDIRECT(LEFT(J5,6))","v":"Time-of-use (TOU) Energy Cost Management"}]
[null,null,null,null,null,null,null,null,null,"App_12_Ben_12_End-User",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J6,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},{"$f":"INDIRECT(LEFT(J6,6))","v":"Demand Charge Management"}]
["The Incremental Calculation",null,null,null,null,null,null,null,null,"App_15_Ben_12_Utility",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J7,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"Renewables Energy Time-shift"]
["This calculation assumes that one can monetize an incremental amount of distribution deferral by using the unit cost of capacity as a proxy for deferral value. Using this methodology allows a value for distribution deferral to be calculated even if an actual distribution circuit or asset will not necessarily be deferred. This is a useful calculation if the impact of an energy storage application is small or if the user does not have visibility into whether a distribution circuit or asset will be deferred or not (e.g. a non-utility merchant in a deregulated market may not have this kind of insight). This equation assumes that deferral begins in the first year that peak demand is reduced. This equation also assumes that every peak hour of load shed results in an incremental deferred distribution investment benefit.\n",null,null,null,null,null,null,null,null,"App_15_Ben_12_Non-Utility Merchant/Independent Power Producer",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J8,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"Renewables Energy Time-shift"]
[null,null,null,null,null,null,null,null,null,"App_18_Ben_12_Utility",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J9,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"Wind Generation Grid Integration - Long Duration"]
["Do you want to use the Incremental Calculation to quantify this additional benefit?",null,"No",null,null,null,null,null,{"$f":"IF(C10=\"Yes\", 1, 0)","v":0},"App_18_Ben_12_Non-Utility Merchant/Independent Power Producer",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J10,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"Wind Generation Grid Integration - Long Duration"]
[null,null,null,null,null,null,null,null,null,"App_18_Ben_11_Non-Utility Merchant/Independent Power Producer",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J11,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"Wind Generation Grid Integration - Long Duration"]
["Inputs","Units","Notes","Value","Default Value Suggestion","Default Value Suggestion Source"]
["Typical Distribution Delivery Cost","$/kWh","This parameter represents the average utility distribution cost. This cost is typically passed down to the customer in the form of a distribution delivery service charge. Because new distribution investment and upgrades can be so varied the generic distribution delivery service charge is used a proxy to represent an approximate incremental distribution investment cost. Because this value represents the amount a utility charges a customer for distribution service based on all of the capital investment in the distribution system, this is a good approximation for a generic avoided distribution investment monetization factor.",null,0.03,"Estimate"]
["Average Peak Reduction from Grid Level Peak Reduction Strategies","MW","Only enter a value for this input if the energy storage is being used for the Electric Energy Time Shift, Renewable Energy Time Shift, or Wind Generation Grid Integration (Long Duration) applications. This value represents the average amount of system peak shedding (in one hour) that results from these grid level applications. If the total amount of peak shedding varies from year to year, enter a typical value.",null,{"$f":"input_Param_1/1000","v":1E-3},"Energy storage deployment capacity"]
["Average Number of Hours that Peak is Reduced per year from Grid Level Peak Reduction Strategies","hours","Only enter a value for this input if the energy storage is being used for the Electric Energy Time Shift, Renewable Energy Time Shift, or Wind Generation Grid Integration (Long Duration) applications. This value represents the average number of hours system peak is shed as a result of these grid level applications. If the total hours of peak shedding varies from year to year, enter a typical value.",null,600,"Assume 4 hours of peak shedding a day for five months out of the year."]
["Average Peak Reduction from End-User Applications","MW","Only enter a value for this input if the energy storage is being used for the TOU Energy Cost Management and or Demand Charge Management applications. This value represents the average amount of system peak shedding (in one hour) that results from these applications. It is likely that the TOU Energy-Cost Management and Demand Charge management applications are being pursued simultaneously. Therefore, to prevent double counting of benefits if you are pursuing both applications be mindful when entering the values for this metric. If the total amount of peak shedding varies from year to year, enter a typical value.",null,{"$f":"MAX('Confirmed Inputs'!D78/(4*150),'Confirmed Inputs'!D81)","v":{"$error":"#VALUE!"}},null,null,null,null,null,"PW Factor Calculation Table"]
["Average Number of Hours that Peak is Reduced per year from End User Applications","hours","Only enter a value for this input if the energy storage is being used for the TOU Energy Cost Management and or Demand Charge Management applications. This value represents the average number of hours system peak is shed as a result of these grid level applications. If the total hours of peak shedding varies from year to year, enter a typical value.",null,600,null,null,null,null,null,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50]
[{"$f":"EcoParam_1","v":"Assumed Project Life"},"Years","This parameter captures the total lifetime of the energy storage deployment. It is used to calculate a Lifecycle Value Multiplier.",null,{"$f":"input_EcoParam_1","v":10},"User input",null,null,null,null,{"$f":"((1+$D$19)^(K17-0.5))/((1+$D$20)^(K17-0.5))","v":1},1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,{"$f":"((1+$D$19)^(AQ17-0.5))/((1+$D$20)^(AQ17-0.5))","v":1},1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1]
[{"$f":"EcoParam_2","v":"Annual Inflation Rate"},"%","This parameter captures the general inflation rate. The annual average rate at which the price of goods and services increases during a specific time period. It is used to calculate the Lifecycle Value Multiplier for all calculations.",null,{"$f":"input_EcoParam_2","v":0.02},"User input"]
[{"$f":"EcoParam_3","v":"Discount Rate"},"%","This parameter captures the general discount rate. The interest rate used to discount future cash flows to account for the time value of money. It is used to calculate the Lifecycle Value Multiplier for all calculations.",null,{"$f":"input_EcoParam_3","v":0.05},"User input"]
[]
[]
["Intermediate Calculated Values:"]
["Lifecycle Value Multiplier",null,null,{"$f":"SUMIF(K17:BH17,\"<\"&D18+1,K18:BH18)","v":0}]
[]
["Calculations of Additional Benefit from:",null,null,null,null,null,null,null,null,"Is Benefit Applicable?"]
["Electric Energy Time-shift, Renewables Energy Time-shift, and/or Wind Generation Grid Integration - Long Duration",null,null,{"$f":"(D13*D14*D15*1000*D24)*J27","v":0},null,null,null,null,null,{"$f":"IF(OR(K4=1,K7=1,K8=1,K9=1,K10=1,K11=1),1,0)","v":0}]
["Time-of-use (TOU) Energy Cost Management, Demand Charge Management",null,null,{"$f":"(D13*D16*D17*1000*D24)*J28","v":0},null,null,null,null,null,{"$f":"IF(OR(K5=1,K6=1),1,0)","v":0}]
[]
["Total Additional Benefit (General Calculation)",null,null,{"$f":"IF(B3=\"Yes\",SUM(D27:D28),0)*I10","v":0}]
[]
["The Specific Calculation"]
["This calculation assumes that a small investment in energy storage capacity caused enough peak demand shifting that the construction or upgrading of a distribution circuit or asset can be deferred for a year or more. This calculation assumes that a user has enough visibility into the system peak load and distribution capacity needs to make a determination as to whether generation capacity will be deferred or not. It is likely that only a utility would have the insight necessary to take advantage of the calculation below, therefore only a user who selected \"Utility\" as the owner in the Asset Characterization Module is able to calculate a non-zero value using the calculation below. Furthermore, if using an energy storage device to defer a T&D investment proper consideration must be given to reliability. T&D capital investments must maintain the extremely high reliability of the electric delivery system. Therefore, any energy storage solution that defers the need for a T&D investment must similarly maintain the reliability of the system. For energy storage deployments this means ensuring that the storage solution has enough redundancy or modularity such that the effective reliability of the solution is adequate.\n"]
[]
["Do you want to use the Specific Calculation to quantify this additional benefit?",null,"No",null,null,null,null,null,{"$f":"IF(C35=\"Yes\", 1, 0)","v":0}]
[]
["Inputs","Units","Notes","Value","Default Value Suggestion","Default Value Suggestion Source"]
["Marginal Cost Deferred Distribution Capacity","$/kW","The marginal cost of the deferred distribution investment, i.e. the cost for each kW of capacity added to the distribution system.",null,420,"Energy Storage for the Electricity Grid: Benefits and Market Potential Assessment Guide, Jim Eyer, Sandia Report SAND2010-0815, p85"]
["Upgrade Factor","#","The ratio of capacity added to existing capacity. Multiplying this factor by the marginal cost of added capacity yields the installed cost of a distribution upgrade.",null,"NA","NA"]
["Distribution Capacity Deferred","MW","The size of the distribution investment deferred as a result of installing energy storage.",null,"NA","NA",null,null,null,null,"PW Factor Calculation Table"]
[{"$f":"EcoParam_5","v":"Fixed Charge Rate"},"%","The rate used to convert capital plant installed cost into an annuity equivalent (payment) representing annual carrying charges for capital equipment. It includes consideration of interest and equity return rates, annual interest payments and return of debt principal, dividends and return of equity principal, income taxes, and property taxes.",null,{"$f":"input_EcoParam_5","v":0.11},"User input",null,null,null,null,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50]
["Initial Year of Deferral","Year","This parameter represents the initial year of deferral. With 1 representing the current year.",null,"NA","NA",null,null,null,null,{"$f":"((1+$D$44)^(K41-0.5))/((1+$D$45)^(K41-0.5))","v":1},{"$f":"((1+$D$44)^(L41-0.5))/((1+$D$45)^(L41-0.5))","v":1},1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1]
["Final Year of Deferral","Year","This parameter represents the final year of deferral. With 1 representing the current year.",null,"NA","NA"]
[{"$f":"EcoParam_2","v":"Annual Inflation Rate"},"%","This parameter captures the general inflation rate. The annual average rate at which the price of goods and services increases during a specific time period. It is used to calculate the Lifecycle Value Multiplier for all calculations.",null,{"$f":"input_EcoParam_2","v":0.02},"User input"]
[{"$f":"EcoParam_3","v":"Discount Rate"},"%","This parameter captures the general discount rate. The interest rate used to discount future cash flows to account for the time value of money. It is used to calculate the Lifecycle Value Multiplier for all calculations.",null,{"$f":"input_EcoParam_3","v":0.05},"User input"]
[]
["Intermediate Calculated Values:"]
["Lifecycle Value Multiplier",null,null,{"$f":"SUMIFS(K42:BH42,K41:BH41,\"<\"&D43+1,K41:BH41,\">\"&D42-1)","v":0}]
[]
["Calculations of Additional Benefit",null,null,null,null,null,null,null,null,"Is Benefit Applicable?"]
["Electric Energy Time-shift, Renewables Energy Time-shift, and/or Wind Generation Grid Integration - Long Duration",null,null,{"$f":"(D38*D39*D40*1000*D41*D48)*J51","v":0},null,null,null,null,null,{"$f":"IF(OR(K4=1,K7=1,K9=1),1,0)","v":0}]
[]
["Total Additional Benefit (Specific Calculation)",null,null,{"$f":"IF(B3=\"Yes\",SUM(D51),0)*I35","v":0}]
[]
["Final Additional Benefit Value",null,null,{"$f":"MAX(D53,D30)","v":0}]

{"sheet":"Add Ben Red Losses","index":36,"n_rows":97,"n_cols":60,"rows_kept":97,"cut":false,"hidden":true,"merged":[[64,0,64,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[61,0,61,2],[63,0,63,1],[0,0,0,6],[4,0,4,2],[10,0,10,1],[11,0,11,1],[6,0,6,2],[8,0,8,2]]}
["Additional Benefit Calculation Worksheet"]
["Additional Benefit:",{"$f":"Ben_15","v":"Reduced Electricity Losses"}]
["Is the benefit applicable?",{"$f":"IF(K3=0,\"No\",\"Yes\")","v":"Yes"},null,null,null,null,null,null,null,"Is the benefit applicable?",{"$f":"SUM(K4:K12)","v":1}]
[null,null,null,null,null,null,null,null,null,"App_1_Ben_15_Utility",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J4,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},{"$f":"INDIRECT(LEFT(J4,5))","v":"Electric Energy Time-shift"}]
["Description: If the storage device that is shifting electricity usage to off-peak periods is located downstream on the distribution system (assuming a radial network) then peak load on the distribution circuits upstream will be reduced. Since losses are proportional to the square of current, reducing peak load on circuits will result in fewer losses overall. If the peak-shifting energy storage device reduce peak demand on the transmission system, the incremental demand losses and energy losses may be reduced. In both of these cases the actions of the utility, non-utility and end-user energy storage owners will create an effect that impacts the utility T&D system and therefore benefits will accrue to the utility/ratepayer group.\n",null,null,null,null,null,null,null,null,"App_1_Ben_15_Non-Utility Merchant/Independent Power Producer",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J5,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":1},{"$f":"INDIRECT(LEFT(J5,5))","v":"Electric Energy Time-shift"}]
[null,null,null,null,null,null,null,null,null,"App_9_Ben_15_Utility",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J6,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},{"$f":"INDIRECT(LEFT(J6,5))","v":"Transmission & Distribution (T&D) Upgrade Deferral"}]
["Notes on the Calculation: The calculations below assume the user has a general idea about the system in which electric losses will be reduced. Specifically, they assume that the user has general knowledge about the voltage, loading, resistance, and length of the system that is affected by their peak-shifting activities. Many of these quantities can be estimated and default values have been provided. However, the average and on-peak load of the transmission and/or distribution system before and after energy storage is a key input about which the user must develop some reasonable estimate. The length of the distribution system that is impacted by the storage deployment is another key input about which the user must develop a reasonable estimate. The utility owner of storage may be able to determine more accurate estimates for the inputs below, but the non-utility owners of storage should be able determine reasonably accurate estimates of all the inputs below as well. The end-user energy storage owner will have a more difficult time estimating some of the inputs below and should limit their analysis to the distribution system.\nThis calculation considers two aspects of reduced losses: 1) the reduced demand losses and 2) the reduced energy losses. The reduced demand losses are monetized by estimating the annualized cost of the saved power capacity. The reduced energy losses are monetized by considering the average variable costs of generating electricity. The benefits calculated in the equations below help reduce the overall system costs of providing electricity to end-users. Even though many of these savings might seem to accrue to T&D utilities, ultimately they should be passed on to ratepayers via the rate case process. Therefore, in this tool this benefit accrues to the utility/ratepayer stakeholder group. ",null,null,null,null,null,null,null,null,"App_11_Ben_15_End-User",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J7,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},{"$f":"INDIRECT(LEFT(J7,6))","v":"Time-of-use (TOU) Energy Cost Management"}]
[null,null,null,null,null,null,null,null,null,"App_12_Ben_15_End-User",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J8,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"Demand Charge Management"]
["Distribution System Losses: The inputs below are used to calculate the demand and energy loss savings on the distribution system as a result of using energy storage for peak-demand shifting type applications. The loss savings calculated below are relative to the status of the system before energy storage was deployed, as opposed to being relative to alternative T&D solutions. The inputs that relate to peak-load refer to the hourly peak-load on the distribution feeder or feeders that are impacted by the energy storage solution. These calculations assume that the distribution system impacted by the energy storage solution is radial in design. If this is not true then the peak demand loss saving calculations below are not valid. Calculations to analyze network systems are not included in this worksheets because these types of distribution systems are not common and it is not clear if energy storage devices will be installed on these systems in the near term due system stability concerns. Finally, these calculations assume that the energy storage solution is operated in such a way that reduces peak demand for a significant number of hours throughout the year (500-1,000 hours). If this is not true then the energy loss savings calculations below are not valid.",null,null,null,null,null,null,null,null,"App_15_Ben_15_Utility",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J9,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"Renewables Energy Time-shift"]
[null,null,null,null,null,null,null,null,null,"App_15_Ben_15_Non-Utility Merchant/Independent Power Producer",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J10,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"Renewables Energy Time-shift"]
["Is the reduction in peak demand caused by the energy storage deployment large enough to impact losses on distribution system?",null,"No",null,null,null,null,null,{"$f":"IF(C11=\"Yes\",1,0)","v":0},"App_18_Ben_15_Utility",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J11,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"Wind Generation Grid Integration - Long Duration"]
["Is the energy storage deployment located downstream on the distribution system such that losses along a significant length of the system will be impacted?",null,"No",null,null,null,null,null,{"$f":"IF(C12=\"Yes\",1,0)","v":0},"App_18_Ben_15_Non-Utility Merchant/Independent Power Producer",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J12,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},"Wind Generation Grid Integration - Long Duration"]
["Is the feeder or feeders impacted by the energy storage solution radial in design?",null,"No",null,null,null,null,null,{"$f":"IF(C13=\"Yes\",1,0)","v":0}]
["Does the energy storage solution reduce the peak demand of the system for a significant portion of the year (e.g. 500-1,000 hours)?",null,"No",null,null,null,null,null,{"$f":"IF(C14=\"Yes\",1,0)","v":0}]
["Is the distribution system single phase or three phase?",null,"Three Phase",null,null,null,null,null,{"$f":"IF(C15=\"Three Phase\",SQRT(3),1)","v":1.7320508075688772}]
[]
["Inputs","Units","Notes","Value","Default Value Suggestion","Default Value Suggestion Source"]
["INPUTS RELATED TO CALCULATING PEAK DEMAND LOSSES"]
["Peak Distribution Load Pre-Energy Storage","MVA","This parameter represents the one hour annual peak load of the distribution system impacted by energy storage before energy storage was deployed.",null,"NA","NA"]
["Peak Distribution Load Post-Energy Storage","MVA","This parameter represents the one hour peak load of the distribution system impacted by energy storage after energy storage was deployed.",null,"NA","NA"]
["Phase Voltage of the Distribution System","kV","This parameter captures the phase voltage of the distribution system affected by the energy storage.",null,14,"Estimate"]
["Distribution System Resistance","Ohms/Mile","This parameter captures the average resistance of the distribution system affected by the energy storage.",null,0.2,"Estimate"]
["Miles of Distribution System Impacted","Miles","This parameter captures the number of miles of distribution system affected by the energy storage. This number can  be estimated as the distance between the energy storage device and the substation that serves the feeder or distribution substation that the  energy storage device is located on. If there are multiple devices located on multiple feeders or substations simply aggregate these distances.",null,"1 - 5 miles","Estimate"]
[{"$f":"calc_input_36","v":"Price of Conventional Capacity"},"$/MW","The annual price of conventional generation capacity. This can be estimated by assuming a base overnight cost of new generation and multiplying this cost by an annual fixed charge rate.",null,160000,"Updated Capital Cost Estimates for Electricity Generation Plants, EIA, November 2010, Table 1.  Updated Estimates of Power Plant Capital and Operating Cost, Conventional NGCC Overnight Capital Cost (2010 $/kW) + Fixed O&M Cost (2010$/kW) assuming 15% fixed charge rate."]
[]
["Intermediate Calculated Values:"]
["Peak Distribution Demand Current Pre-Energy Storage","A",null,{"$f":"IFERROR(D19*10^6/(D21*10^3*I15),0)","v":0}]
["Peak Distribution Demand Current Post-Energy Storage","A",null,{"$f":"IFERROR(D20*10^6/(D21*10^3*I15),0)","v":0}]
["Peak Distribution Demand Losses Pre-Energy Storage","kW",null,{"$f":"D27^2*D22*D23*10^-3","v":0}]
["Peak Distribution Demand Losses Post-Energy Storage","kW",null,{"$f":"D28^2*D22*D23*10^-3","v":0}]
["Peak Distribution Demand Loss Savings","kW",null,{"$f":"D29-D30","v":0}]
[]
["Inputs","Units","Notes","Value","Default Value Suggestion","Default Value Suggestion Source"]
["INPUTS RELATED TO CALCULATING ENERGY LOSSES"]
["Average Distribution Load Pre-Energy Storage","MVA","This parameter represents the average load of the distribution system impacted by energy storage before energy storage was deployed. This parameter can be calculated by dividing the total energy delivered by that portion of the distribution system and dividing by 8760 hours per year.",null,"NA","NA"]
["Average Distribution Load Post-Energy Storage","MVA","This parameter represents the average load of the distribution system impacted by energy storage after energy storage was deployed. This parameter can be calculated by dividing the total energy delivered by that portion of the distribution system and dividing by 8760 hours per year.",null,"NA","NA"]
["C1 Coefficient",null,"This is an empirical coefficient, it is used in the equation to calculate the load loss factor. The load loss factor is used to calculate energy losses given peak demand losses. The equation for load loss factor has the form: C1  x Load Factor + C2 x (Load Factor)^2. If this is unfamiliar to you, default values should be used. ",null,0.3]
["C2 Coefficient",null,"This is an empirical coefficient, it is used in the equation to calculate the load loss factor. The load loss factor is used to calculate energy losses given peak demand losses. The equation for load loss factor has the form: C1  x Load Factor + C2 x (Load Factor)^2. If this is unfamiliar to you, default values should be used. ",null,0.7]
["Average Variable  Generation Costs","$/MWh","The average variable generation costs for generation units used to satisfy distribution demand.",null,45.6,"EIA AEO 2011, DOE/EIA-0383(2010), Variable O&M for Conventional Combined Cycle Natural Gas Plant"]
[]
["Intermediate Calculated Values:"]
["Distribution Load Loss Factor Pre-Energy Storage",null,null,{"$f":"D37*(D35/D19)+D38*(D35/D19)^2","v":{"$error":"#DIV/0!"}}]
["Distribution Load Loss Factor Post-Energy Storage",null,null,{"$f":"D37*(D36/D20)+D38*(D36/D20)^2","v":{"$error":"#DIV/0!"}}]
["Distribution Energy Losses Pre-Energy Storage","kWh",null,{"$f":"D29*D42*8760","v":{"$error":"#DIV/0!"}}]
["Distribution Energy Losses Post-Energy Storage","kWh",null,{"$f":"D43*D30*8760","v":{"$error":"#DIV/0!"}}]
["Distribution Energy Loss Savings","MWh",null,{"$f":"(D44-D45)/1000","v":{"$error":"#DIV/0!"}}]
[]
["Inputs","Units","Notes","Value","Default Value Suggestion","Default Value Suggestion Source"]
["INPUTS RELATED TO THE Lifecycle Value Multiplier"]
[{"$f":"EcoParam_1","v":"Assumed Project Life"},"Years","This parameter captures the total lifetime of the energy storage deployment. It is used to calculate a Lifecycle Value Multiplier.",null,{"$f":"input_EcoParam_1","v":10},"User input",null,null,null,null,"PW Factor Calculation Table"]
[{"$f":"EcoParam_2","v":"Annual Inflation Rate"},"%","This parameter captures the general inflation rate. The annual average rate at which the price of goods and services increases during a specific time period. It is used to calculate the Lifecycle Value Multiplier for all calculations.",null,{"$f":"input_EcoParam_2","v":0.02},"User input",null,null,null,null,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50]
[{"$f":"EcoParam_3","v":"Discount Rate"},"%","This parameter captures the general discount rate. The interest rate used to discount future cash flows to account for the time value of money. It is used to calculate the Lifecycle Value Multiplier for all calculations.",null,{"$f":"input_EcoParam_3","v":0.05},"User input"]
[null,null,null,null,null,null,null,null,null,null,{"$f":"((1+$D$51)^(K51-0.5))/((1+$D$52)^(K51-0.5))","v":1},{"$f":"((1+$D$51)^(L51-0.5))/((1+$D$52)^(L51-0.5))","v":1},{"$f":"((1+$D$51)^(M51-0.5))/((1+$D$52)^(M51-0.5))","v":1},{"$f":"((1+$D$51)^(N51-0.5))/((1+$D$52)^(N51-0.5))","v":1},1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1]
[]
["Intermediate Calculated Values:"]
["Annual Distribution Demand Loss Savings","$",null,{"$f":"D31*D24/1000*I11*I12*I13","v":0}]
["Annual Distribution Energy Loss Savings","$",null,{"$f":"D46*D39*I11*I12*I13*I14","v":{"$error":"#DIV/0!"}}]
["Lifecycle Value Multiplier",null,null,{"$f":"SUMIF(K51:BH51,\"<\"&D50+1,K53:BH53)","v":0}]
[]
["Distribution Additional Benefit Value",null,null,{"$f":"IFERROR(IF(B3=\"Yes\", (D56+D57)*D58,0),0)","v":0}]
[]
["Transmission System Losses: The inputs below are used to calculate the demand and energy loss savings on the transmission system as a result of using energy storage for peak-demand shifting type applications. The loss savings calculated below are relative to the status of the system before energy storage was deployed, as opposed to being relative to alternative T&D solutions. The inputs that relate to peak-load refer to the hourly peak-load on the transmission system impacted by the energy storage solution. These calculations assume that the transmission system impacted by the energy storage solution is a networked. As a result, the calculation methodology  for peak-demand losses requires the user to enter the incremental system losses as a percentage of peak load. This value can be estimated from load flow studies, but if these types of studies are not available the, default values can be used. These calculations also assume that the system is a three-phase AC current system. Finally, these calculations assume that the energy storage solution is operated in such a way that reduces peak demand for a significant number of hours throughout the year (500-1,000 hours). If this is not true then the energy loss savings calculations are not valid."]
[]
["Is the reduction in peak demand caused by the energy storage deployment large enough to impact losses on transmission system?",null,"No",null,null,null,null,null,{"$f":"IF(C64=\"Yes\",1,0)","v":0}]
["Does the energy storage solution reduce the peak demand of the system for a significant portion of the year (e.g. 500-1,000 hours)?",null,"No",null,null,null,null,null,{"$f":"IF(C65=\"Yes\",1,0)","v":0}]
[]
["Inputs","Units","Notes","Value","Default Value Suggestion","Default Value Suggestion Source"]
["INPUTS RELATED TO CALCULATING PEAK DEMAND LOSSES"]
["Peak Transmission Load Pre-Energy Storage","MVA","This parameter represents the one hour annual peak load of the transmission system impacted by energy storage before energy storage was deployed.",null,"NA","NA"]
["Peak Transmission Load Post-Energy Storage","MVA","This parameter represents the one hour peak load of the transmission system impacted by energy storage after energy storage was deployed.",null,"NA","NA"]
["Incremental Peak System Losses","%","This parameter represents incremental system losses expressed as a percentage of peak load. This should not be confused with average system losses expressed as a percentage of average load; incremental losses tend to be double average system losses. To estimate this value accurately a system load flow model is typically required. If this is not feasible the default values can be used.",null,"1-2%","Estimate"]
[{"$f":"calc_input_36","v":"Price of Conventional Capacity"},"$/MW","The annual price of conventional generation capacity. This can be estimated by assuming a base overnight cost of new generation and multiplying this cost by an annual fixed charge rate.",null,160000,"Updated Capital Cost Estimates for Electricity Generation Plants, EIA, November 2010, Table 1.  Updated Estimates of Power Plant Capital and Operating Cost, Conventional NGCC Overnight Capital Cost (2010 $/kW) + Fixed O&M Cost (2010$/kW) assuming 15% fixed charge rate."]
[]
["Inputs","Units","Notes","Value","Default Value Suggestion","Default Value Suggestion Source"]
["INPUTS RELATED TO CALCULATING ENERGY LOSSES"]
["Average Transmission Load Post-Energy Storage","MVA","This parameter represents the average load of the transmission system impacted by energy storage after energy storage was deployed. This parameter can be calculated by dividing the total energy delivered by that part of the system and dividing by 8760 hours per year.",null,"NA","NA"]
["C1 Coefficient",null,"This is an empirical coefficient, it is used in the equation to calculate the loss factor. The load loss factor is used to calculate energy losses given peak-demand losses. The equation for load loss factor has the form: C1  x Load Factor + C2 x (Load Factor)^2. If this is unfamiliar to you default values should be used. ",null,0.3]
["C2 Coefficient",null,"This is an empirical coefficient, it is used in the equation to calculate the loss factor. The load loss factor is used to calculate energy losses given peak-demand losses. The equation for load loss factor has the form: C1  x Load Factor + C2 x (Load Factor)^2. If this is unfamiliar to you default values should be used. ",null,0.7]
["Average Variable  Generation Costs","$/MWh","The average variable generation costs for generation units used to satisfy distribution demand.",null,45.6,"EIA AEO 2011, DOE/EIA-0383(2010), Variable O&M for Conventional Combined Cycle Natural Gas Plant"]
[]
["Inputs","Units","Notes","Value","Default Value Suggestion","Default Value Suggestion Source"]
["INPUTS RELATED TO THE Lifecycle Value Multiplier"]
[{"$f":"EcoParam_1","v":"Assumed Project Life"},"Years","This parameter captures the total lifetime of the energy storage deployment. It is used to calculate a Lifecycle Value Multiplier.",null,{"$f":"input_EcoParam_1","v":10},"User input"]
[{"$f":"EcoParam_2","v":"Annual Inflation Rate"},"%","This parameter captures the general inflation rate. The annual average rate at which the price of goods and services increases during a specific time period. It is used to calculate the Lifecycle Value Multiplier for all calculations.",null,{"$f":"input_EcoParam_2","v":0.02},"User input"]
[{"$f":"EcoParam_3","v":"Discount Rate"},"%","This parameter captures the general discount rate. The interest rate used to discount future cash flows to account for the time value of money. It is used to calculate the Lifecycle Value Multiplier for all calculations.",null,{"$f":"input_EcoParam_3","v":0.05},"User input"]
[]
["Intermediate Calculated Values:"]
["Peak Transmission Demand Loss Savings","MW",null,{"$f":"(D69-D70)*D71","v":0}]
["Transmission Load Loss Factor Post-Energy Storage",null,null,{"$f":"D77*(D76/D70)+D78*(D76/D70)^2","v":{"$error":"#DIV/0!"}}]
["Transmission Energy Loss Savings","MWh",null,{"$f":"D88*D89*8760","v":{"$error":"#DIV/0!"}}]
["Annual Transmission Demand Loss Savings","$",null,{"$f":"D88*D72*I64","v":0}]
["Annual Transmission Energy Loss Savings","$",null,{"$f":"D90*D79*I64*I65","v":{"$error":"#DIV/0!"}}]
["Lifecycle Value Multiplier",null,null,{"$f":"SUMIF(K51:BH51,\"<\"&D83+1,K53:BH53)","v":0}]
[]
["Distribution Additional Benefit Value",null,null,{"$f":"IFERROR(IF(B37=\"Yes\", (D91+D92)*D93,0),0)","v":0}]
[]
["Final Additional Benefit Value",null,null,{"$f":"IFERROR(D95+D60,0)","v":0}]

{"sheet":"Add Ben Red Emissions","index":37,"n_rows":93,"n_cols":64,"rows_kept":93,"cut":false,"hidden":true,"merged":[[0,0,0,6],[4,0,4,2],[6,0,6,2]]}
["Additional Benefit Calculation Worksheet"]
["Additional Benefit:","Reduced Emissions"]
["Is the benefit applicable?",{"$f":"IF(K3=0,\"No\",\"Yes\")","v":"No"},null,null,null,null,null,null,null,"Is the benefit applicable?",{"$f":"SUM(K4:K10)","v":0}]
[null,null,null,null,null,null,null,null,null,"App_3_Ben_23_Utility",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J4,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},{"$f":"INDIRECT(LEFT(J4,5))","v":"Load Following"},null,"units operate more optimally"]
["Electricity storage can reduce system losses by reducing system peak demand. This translates into a reduction in emissions if peak load losses are reduced by a significant degree compared to the slight increase in off-peak losses and/or if peak generation units have lower or similar emissions factors to baseload units. Alternatively, by providing certain ancillary services storage can enable conventional generation resources to be operated at more optimal conditions resulting in an emissions benefit.\n",null,null,null,null,null,null,null,null,"App_3_Ben_23_Non-Utility Merchant/Independent Power Producer",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J5,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},{"$f":"INDIRECT(LEFT(J5,5))","v":"Load Following"},null,"units operate more optimally"]
[null,null,null,null,null,null,null,null,null,"App_4_Ben_23_Utility",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J6,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},{"$f":"INDIRECT(LEFT(J6,5))","v":"Area Regulation"},null,"units operate more optimally"]
["Notes on the Calculation: The calculations below assume that there is a market for emissions and therefore a monetary value can be assigned to them. Furthermore, the reduced emissions calculations used when systems losses are reduced assume that the additional benefit Reduced Electricity Losses has been calculated or that off-peak and on-peak electricity loss savings from energy storage are known. If these loss savings cannot be easily estimated it is suggested that the Reduced Electricity Losses additional benefit worksheet be visited so these values can be calculated. ",null,null,null,null,null,null,null,null,"App_4_Ben_23_Non-Utility Merchant/Independent Power Producer",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J7,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},{"$f":"INDIRECT(LEFT(J7,5))","v":"Area Regulation"},null,"units operate more optimally"]
[null,null,null,null,null,null,null,null,null,"App_9_Ben_23_Utility",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J8,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},{"$f":"INDIRECT(LEFT(J8,5))","v":"Transmission & Distribution (T&D) Upgrade Deferral"},null,"less losses"]
[null,null,null,null,null,null,null,null,null,"App_11_Ben_23_End-User",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J9,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},{"$f":"INDIRECT(LEFT(J9,6))","v":"Time-of-use (TOU) Energy Cost Management"},null,"less losses"]
[null,null,null,null,null,null,null,null,null,"App_12_Ben_23_End-User",{"$f":"IF(SUMIF('LMO-App to Benefit Master Table'!$M$2:$M$269,J10,'LMO-App to Benefit Master Table'!$K$2:$K$269)>0,1,0)","v":0},{"$f":"INDIRECT(LEFT(J10,6))","v":"Demand Charge Management"},null,"less losses"]
[]
["Inputs","Units","Notes","Value","Default Value Suggestion","Default Value Suggestion Source"]
["INPUTS RELATED TO SPECIFIC ENERGY STORAGE APPLICATIONS"]
["Percent Decrease in Plant Efficiency","%","This parameter represents the average decrease in efficiency that the plant experiences when it is operating at conditions that are sub-optimal. That is if the energy storage were not providing ancillary services, and conventional generation had to provide this service instead, the heat rate of the plant would be increased by this percentage. If this parameter varies from year to year, enter a typical value.",null,"0.5-1.5%","Emissions Comparison for a 20 MW Flywheel-based Frequency Regulation Power Plant, KEMA Project: BPCC.0003.001, Final Report with Updated Data, May 2007"]
["Total Energy Discharged for Area Regulation Services Provided","MWh","Only enter a value for this input if the energy storage is being used for the Area Regulation application. This value represents the average amount of energy discharged yearly for area regulation purposes.  If the total amount of energy varies from year to year, enter an typical value.",null,{"$f":"MAX(IFERROR('Confirmed Inputs'!D37*2190,0),'Confirmed Inputs'!D35/(2*input_Param_1/1000)/2*20)","v":{"$error":"#VALUE!"}},"User input from primary and secondary benefits. If the total amount of area regulation services were not explicitly provided in the model this estimate is derived by multiplying the capacity of energy storage being used for area regulation by the number of hours the device is supplying up and down regulation assuming operation for 50% of the year. 1MW of storage capacity is assumed to provide 2MW of regulation service (1MW up and 1MW down). Since 1MWh of area regulation service is assumed to include both up and down regulation the amount of energy discharge associated with this amount of service is only 0.5MWh.",null,null,null,"Energy Storage Capacity for Area Regulation"]
["Total Energy Discharged for Load Following Services Provided","MWh","Only enter a value for this input if the energy storage is being used for the Load Following application. This value represents the average amount of energy discharged yearly for load following shift purposes.  If the total amount of energy varies from year to year, enter an typical value.",null,{"$f":"MAX('Confirmed Inputs'!D29/2,'Confirmed Inputs'!D32)","v":{"$error":"#VALUE!"}},"User input from primary and secondary benefits.",null,null,null,"calc_input_27","calc_input_30"]
["Energy Loss Savings","MWh","This parameter represents the annual amount of reduced off-peak energy loss savings that results from using the battery for the T&D Upgrade Deferral, TOU Energy Cost Management, or Demand Charge Management applications. To develop a estimate for this value navigate to the Reduced Electricity Losses additional benefit worksheet. ",null,{"$f":"'Add Ben Red Losses'!#REF!","v":{"$error":"#REF!"}},"Calculated by user in Reduced Losses Additional Benefit Worksheet. Click here to go this worksheet and fill in parameters to calculate these values.",null,null,null,null,null,null,"Source: EPA eGrid Database, eGRID2010V1_1_year07_AGGREGATION.xls, Table 'eGRID2010 Version 1.1 Sub-region File (Year 2007 Data) "]
["Inputs","Units","Notes","Value","Default Value Suggestion","Default Value Suggestion Source",null,null,null,null,null,null,"E-Grid Sub-Regions","Generation Type",{"$f":"$N$19&\"NOx\"","v":"Not specific - Assume Regional Average Generation MixNOx"},{"$f":"$N$19&\"SO2\"","v":"Not specific - Assume Regional Average Generation MixSO2"},{"$f":"$N$19&\"CO2\"","v":"Not specific - Assume Regional Average Generation MixCO2"},{"$f":"$N$20&\"NOx\"","v":"CoalNOx"},{"$f":"$N$21&\"NOx\"","v":"OilNOx"},{"$f":"$N$22&\"NOx\"","v":"GasNOx"},{"$f":"$N$24&\"NOx\"","v":"Fossil FuelNOx"},{"$f":"$N$20&\"SO2\"","v":"CoalSO2"},{"$f":"$N$21&\"SO2\"","v":"OilSO2"},{"$f":"$N$22&\"SO2\"","v":"GasSO2"},{"$f":"$N$24&\"SO2\"","v":"Fossil FuelSO2"},{"$f":"$N$20&\"CO2\"","v":"CoalCO2"},{"$f":"$N$21&\"CO2\"","v":"OilCO2"},{"$f":"$N$22&\"CO2\"","v":"GasCO2"},{"$f":"$N$24&\"CO2\"","v":"Fossil FuelCO2"},{"$f":"$N$25&\"NOx\"","v":"Non-Baseload Fuel NOx"},{"$f":"$N$25&\"SO2\"","v":"Non-Baseload Fuel SO2"},{"$f":"$N$25&\"CO2\"","v":"Non-Baseload Fuel CO2"}]
["INPUTS RELATED TO EMISSIONS FACTORS",null,null,null,null,null,null,null,null,null,null,null,"ASCC Alaska Grid","Not specific - Assume Regional Average Generation Mix",2.7928999999999999,1.3134999999999999,1284.7206000000001,8.1838999999999995,3.2972000000000001,2.1101000000000001,3.0274999999999999,7.3803000000000001,3.9702000000000002,3.6400000000000002E-2,1.4238,2219.0965000000001,1622.5684000000001,1218.2171000000001,1392.6276,2.7006000000000001,1.3563000000000001,1363.1871000000001]
["Conventional Generation Type for Providing Area Regulation",null,"Please indicate the type of generation that is typically used to provide area regulation in lieu of area regulation provided by the energy storage. If a specific generation type is not known please select the \"Not specific\" option.",null,"NA","NA",null,null,null,null,null,null,"ASCC Miscellaneous","Coal",7.3125999999999998,0.59889999999999999,535.72749999999996,"N/A",20.664000000000001,2.3462000000000001,19.0565,"N/A",1.7078,3.1099999999999999E-2,1.5606,"N/A",1434.7878000000001,993.86860000000001,1396.0929000000001,20.8079,1.7088000000000001,1462.2981]
["Conventional Generation Type for Load Following",null,"Please indicate the type of generation that is typically used to provide load following in lieu of load following provided by the energy storage. If a specific generation type is not known please select the \"Not specific\" option.",null,"NA","NA",null,null,null,null,null,null,"ERCOT All","Oil",0.73819999999999997,2.5556999999999999,1252.5653,1.5581,3.7336999999999998,0.36159999999999998,0.86419999999999997,7.2362000000000002,10.484400000000001,9.9000000000000008E-3,3.0015000000000001,2276.4288000000001,2507.1235000000001,904.97919999999999,1471.0274999999999,0.52539999999999998,0.67079999999999995,1096.1858999999999]
["eGrid Sub-Region",null,"Please indicate the eGrid Sub-Region that the energy storage is located in.",null,"NA","NA",null,null,null,null,null,null,"FRCC All","Gas",1.9832000000000001,3.1827999999999999,1220.1098,4.0591999999999997,3.0211999999999999,0.54890000000000005,1.9259999999999999,5.4429999999999996,8.4697999999999993,0.64059999999999995,2.8395999999999999,1893.2162000000001,1930.6519000000001,856.22670000000005,1287.4112,1.6465000000000001,2.6173000000000002,1286.4119000000001]
["CO2 Emissions Factor for Generation Providing Area Regulation","lb/MWh","Provide the emissions factor for the conventional generation that is typically used to provide area regulation.",null,{"$f":"INDEX($M$18:$AF$45,MATCH($D$22,$M$18:$M$45,0),MATCH($D$20&\"CO2\",$M$18:$AF$18,0))","v":{"$error":"#N/A"}},"eGrid2010 Database Version 1.1"]
["CO2 Emissions Factor for Generation Load Following","lb/MWh","Provide the emissions factor for the conventional generation that is typically used to provide load following services.",null,{"$f":"INDEX($M$18:$AF$45,MATCH($D$22,$M$18:$M$45,0),MATCH($D$21&\"CO2\",$M$18:$AF$18,0))","v":{"$error":"#N/A"}},"eGrid2010 Database Version 1.1",null,null,null,null,null,null,"HICC Miscellaneous","Fossil Fuel",5.6166999999999998,2.0638999999999998,1343.8226,"N/A",7.1048999999999998,"N/A",7.1048999999999998,"N/A",2.2328000000000001,"N/A",2.2328000000000001,"N/A",1716.7507000000001,"N/A",1716.7507000000001,8.4570000000000007,2.4411999999999998,1645.5749000000001]
["Regional Average CO2 Emissions Factor","lb/MWh","Please provide an average emissions factor for the entire generation fleet in the region that the energy storage is located.",null,{"$f":"INDEX($M$18:$AF$45,MATCH($D$22,$M$18:$M$45,0),MATCH($N$19&\"CO2\",$M$18:$AF$18,0))","v":{"$error":"#N/A"}},"eGrid2010 Database Version 1.1",null,null,null,null,null,null,"HICC Oahu","Non-Baseload Fuel ",4.4118000000000004,10.095599999999999,1620.7610999999999,9.3361000000000001,2.9377,"N/A",4.1562999999999999,31.112500000000001,4.2656999999999998,"N/A",9.3844999999999992,1905.6344999999999,1536.0201,"N/A",1601.0319,3.4674,5.5465,1630.8910000000001]
["NOx Emissions Factor for Generation Providing Area Regulation","lb/MWh","Provide the emissions factor for the conventional generation that is typically used to provide area regulation.",null,{"$f":"INDEX($M$18:$AF$45,MATCH($D$22,$M$18:$M$45,0),MATCH($D$20&\"NOx\",$M$18:$AF$18,0))","v":{"$error":"#N/A"}},"eGrid2010 Database Version 1.1",null,null,null,null,null,null,"MRO East","Nuclear",2.3039000000000001,6.5654000000000003,1692.3208999999999,3.0649000000000002,2.9434,0.35610000000000003,2.8123999999999998,8.6935000000000002,14.634399999999999,3.3700000000000001E-2,8.2218999999999998,2317.6208999999999,1543.8459,1021.7967,2158.9281000000001,3.3246000000000002,6.9890999999999996,1905.1759999999999]
["NOx Emissions Factor for Generation Providing Load Following","lb/MWh","Provide the emissions factor for the conventional generation that is typically used to provide load following services.",null,{"$f":"INDEX($M$18:$AF$45,MATCH($D$22,$M$18:$M$45,0),MATCH($D$21&\"NOx\",$M$18:$AF$18,0))","v":{"$error":"#N/A"}},"eGrid2010 Database Version 1.1",null,null,null,null,null,null,"MRO West","Hydro",3.0682999999999998,5.3042999999999996,1722.6704,4.0980999999999996,7.8324999999999996,0.5968,3.8986999999999998,7.1782000000000004,5.3772000000000002,4.1599999999999998E-2,6.7499000000000002,2309.3155000000002,2321.9362999999998,1092.2362000000001,2236.6219000000001,3.7435,6.2191999999999998,1988.693]
["Regional Average NOx Emissions Factor","lb/MWh","Please provide an average emissions factor for the entire generation fleet in the region that the energy storage is located.",null,{"$f":"INDEX($M$18:$AF$45,MATCH($D$22,$M$18:$M$45,0),MATCH($N$19&\"NOx\",$M$18:$AF$18,0))","v":{"$error":"#N/A"}},"eGrid2010 Database Version 1.1",null,null,null,null,null,null,"NPCC Long Island",null,1.9807999999999999,4.0335000000000001,1418.7393999999999,"N/A",1.8222,0.84930000000000005,1.3237000000000001,"N/A",3.4163000000000001,0.73529999999999995,2.0426000000000002,"N/A",1501.1496999999999,1223.8081,1359.0428999999999,1.4251,2.1349,1397.8028999999999]
["SOx Emissions Factor for Generation Providing Area Regulation","lb/MWh","Provide the emissions factor for the conventional generation that is typically used to provide area regulation.",null,{"$f":"INDEX($M$18:$AF$45,MATCH($D$22,$M$18:$M$45,0),MATCH($D$20&\"SO2\",$M$18:$AF$18,0))","v":{"$error":"#N/A"}},"eGrid2010 Database Version 1.1",null,null,null,null,null,null,"NPCC New England",null,0.84019999999999995,2.8431999999999999,827.95240000000001,1.3829,1.5855999999999999,0.16239999999999999,0.58420000000000005,9.4079999999999995,5.6017000000000001,0.11890000000000001,2.8990999999999998,2014.2247,1805.9154000000001,893.31010000000003,1236.1432,0.80700000000000005,2.4569999999999999,1204.9054000000001]
["SOx Emissions Factor for Generation Providing Load Following","lb/MWh","Provide the emissions factor for the conventional generation that is typically used to provide load following services.",null,{"$f":"INDEX($M$18:$AF$45,MATCH($D$22,$M$18:$M$45,0),MATCH($D$21&\"SO2\",$M$18:$AF$18,0))","v":{"$error":"#N/A"}},"eGrid2010 Database Version 1.1",null,null,null,null,null,null,"NPCC NYC/Westchester",null,0.4758,0.54459999999999997,704.803,"N/A",3.8641000000000001,0.54100000000000004,0.5474,"N/A",0.96179999999999999,0.23530000000000001,0.23669999999999999,"N/A",829.19290000000001,1101.77,1101.2420999999999,0.91069999999999995,0.71540000000000004,1234.0554999999999]
["Regional Average SOx Emissions Factor","lb/MWh","Please provide an average emissions factor for the entire generation fleet in the region that the energy storage is located.",null,{"$f":"INDEX($M$18:$AF$45,MATCH($D$22,$M$18:$M$45,0),MATCH($N$19&\"SO2\",$M$18:$AF$18,0))","v":{"$error":"#N/A"}},"eGrid2010 Database Version 1.1",null,null,null,null,null,null,"NPCC Upstate NY",null,0.71989999999999998,2.3996,683.27250000000004,2.3496999999999999,2.0276999999999998,0.2525,1.4670000000000001,8.7621000000000002,8.1044,7.4700000000000003E-2,5.1318999999999999,2081.3912999999998,1491.7655,844.54949999999997,1545.2092,1.4287000000000001,5.3505000000000003,1384.1969999999999]
[{"$f":"INDIRECT(J33)","v":"Value of CO2"},"$/ton","The anticipated or current market price of carbon emissions.",null,20,"(1) $20/ton http://www.ctv.ca/servlet/ArticleNews/story/CTVNews/20070422/green_qp_070422/20070422?hub=TopStories (2) Calculated: avg YOY/2000 E3_Avoided Costs (Existing Intl Markets, OR Climate Trust, Utility Planning Docs, Models) p.90; 5% growth rt 2024 p.92 (3) The value of CO2 emissions is based on ICF Consulting projections in the “Very High Emissions” scenario and that an unlimited number of offsets are available for $6.50/ton, effectively providing a backstop to the CO2 allowance price. “RPS Sensitivity & Very High Emissions Reference & Package Cases - 10/26/05,” ICF Consulting. Regional Greenhouse Gas Initiative, October 2005. Available at: http://www.rggi.org/docs/rps_hi_emis_10_26_05.ppt",null,null,null,null,null,null,"RFC East",null,1.5102,7.9245000000000001,1059.3196,2.8835000000000002,0.1026,0.26840000000000003,2.0525000000000002,16.803899999999999,0.13270000000000001,2.0799999999999999E-2,11.5436,2026.6804,53.240400000000001,959.505,1593.5516,2.1930999999999998,9.7750000000000004,1671.9638]
[{"$f":"INDIRECT(J34)","v":"Value of SOx"},"$/ton","The anticipated or current market price of SOx emissions.",null,520,"(1) Evolution Markets - estimated 2010 bid price http://www.evomarkets.com/ (2) E3_Avoided Costs (South Coast Air Quality Management District-SCAQMD, RECLAIM data) p.88, 10% growth rt 2024 p.92 (2)  Evolution Markets: the value of NOx emissions is its commodity value in the EPA SIP NOx Trading Program. For November 2005 the average monthly price was about $2,500 per ton. For 2007, 2008, Annual 2009 the average monthly prices were $608.81, $561.43, $5,005  http://www.evomarkets.com/",null,null,null,"calc_input_15",null,null,"RFC Michigan",null,2.2963,7.2401,1651.1143999999999,2.9716999999999998,0.15809999999999999,0.59640000000000004,2.3845000000000001,9.8952000000000009,0.87629999999999997,0.12920000000000001,7.7302,2136.4976999999999,38.841500000000003,982.75729999999999,1779.7009,2.1878000000000002,6.6509,1803.6351]
[{"$f":"INDIRECT(J35)","v":"Value of NOx"},"$/ton","The anticipated or current market price of NOx emissions.",null,3000,"(1) Evolution Markets - estimated 2007-09 bid price http://www.evomarkets.com/ The value of SOx emissions is its commodity value in the cap and trade market for the EPA’s Acid Rain Program. Each allowance permits a unit to emit one ton of SO2 during or after a specified year (2) For November 2005 average monthly price was $1,300/ton, increase w/ inflation http://www.evomarkets.com/ ",null,null,null,"calc_input_16",null,null,"RFC West",null,2.5005999999999999,8.5998000000000001,1551.5165999999999,3.3677999999999999,0.11509999999999999,0.3569,3.1920000000000002,11.684699999999999,2.0722999999999998,8.6999999999999994E-3,11.023199999999999,2068.1898000000001,103.30159999999999,1031.1155000000001,1989.9123,3.2023999999999999,11.634499999999999,1982.0543]
["Inputs","Units","Notes","Value","Default Value Suggestion","Default Value Suggestion Source",null,null,null,"calc_input_17",null,null,"SERC Midwest",null,1.7986,5.4302000000000001,1779.2698,2.1858,4.0046999999999997,0.6,2.1044,6.6829999999999998,0.4299,0.59340000000000004,6.3654000000000002,2145.8492999999999,429.49540000000002,996.73199999999997,2085.7078000000001,2.4531999999999998,6.9192,1945.6617000000001]
["INPUTS RELATED TO THE Lifecycle Value Multiplier",null,null,null,null,null,null,null,null,null,null,null,"SERC Mississippi Valley",null,1.1817,1.6339999999999999,1004.0965,2.3706,11.7089,1.1454,1.6074999999999999,5.5354000000000001,134.2139,0.12889999999999999,2.1408999999999998,2107.9681,3248.3652000000002,1037.3327999999999,1423.5987,1.5026999999999999,1.1214999999999999,1171.0488]
[{"$f":"EcoParam_1","v":"Assumed Project Life"},"Years","This parameter captures the total lifetime of the energy storage deployment. It is used to calculate a Lifecycle Value Multiplier for all calculations except the one related to T&D deferral.",null,{"$f":"input_EcoParam_1","v":10},"User input",null,null,null,null,null,null,"SERC South",null,1.9119999999999999,8.5548000000000002,1495.4716000000001,2.6907000000000001,4.2309999999999999,0.26129999999999998,2.3519999999999999,12.401400000000001,37.092100000000002,2.1299999999999999E-2,10.7235,2060.8573000000001,1256.9738,903.30949999999996,1894.2670000000001,2.1827999999999999,8.4600000000000009,1551.0519999999999]
[{"$f":"EcoParam_2","v":"Annual Inflation Rate"},"%","This parameter captures the general inflation rate. The annual average rate at which the price of goods and services increases during a specific time period. It is used to calculate the Lifecycle Value Multiplier for all calculations.",null,{"$f":"input_EcoParam_2","v":0.02},"User input",null,null,null,null,null,null,"SERC Tennessee Valley",null,2.4561000000000002,5.3235000000000001,1540.8489,3.5785999999999998,25.467400000000001,0.1749,3.2743000000000002,7.8057999999999996,2.6996000000000002,5.8999999999999999E-3,7.1067,2174.7674000000002,1703.1677,973.53909999999996,2067.1084999999998,2.9453,7.2786999999999997,1917.2481]
[{"$f":"EcoParam_3","v":"Discount Rate"},"%","This parameter captures the general discount rate. The interest rate used to discount future cash flows to account for the time value of money. It is used to calculate the Lifecycle Value Multiplier for all calculations.",null,{"$f":"input_EcoParam_3","v":0.05},"User input",null,null,null,null,null,null,"SERC Virginia/Carolina",null,1.2522,4.7758000000000003,1118.4058,2.0951,7.4781000000000004,0.43459999999999999,1.9307000000000001,8.4323999999999995,12.3537,0.23569999999999999,7.6050000000000004,1920.0636,1673.8181,1066.5698,1833.4635000000001,2.0701999999999998,7.9665999999999997,1661.1058]
[null,null,null,null,null,null,null,null,null,null,null,null,"SPP North",null,2.9506000000000001,5.0848000000000004,1798.7059999999999,3.7311000000000001,47.233199999999997,1.4111,3.5373999999999999,6.6707000000000001,3.9659,1.2200000000000001E-2,6.0960999999999999,2251.1765,3349.7878999999998,1150.8085000000001,2156.4463999999998,3.2652000000000001,5.6116999999999999,1958.221]
["Intermediate Calculated Values:",null,null,null,null,null,null,null,null,null,null,null,"SPP South",null,2.2383999999999999,3.6288,1624.0255999999999,2.9897999999999998,28.516200000000001,1.2816000000000001,2.4325000000000001,5.8742999999999999,2.4224000000000001,4.99E-2,3.9186000000000001,2115.0855999999999,1907.0605,1122.4018000000001,1781.616,1.9947999999999999,1.9899,1435.2426]
["Yearly CO2 from Area Regulation with Conventional Generation","tons",null,{"$f":"(($D$15/(input_Param_1/1000))*(380-(input_Param_1/1000))+($D$15/(input_Param_1/1000))*(380+(input_Param_1/1000)))*D23*$D$14/2000","v":0},null,"This calculation assumes that a 400MW baseload plant provides the conventional generation for area regulation",null,null,null,null,null,null,"WECC California",null,0.62350000000000005,0.42370000000000002,681.00699999999995,4.4150999999999998,7.5088999999999997,0.2455,0.87239999999999995,1.8260000000000001,19.450199999999999,1.15E-2,0.52,2100.1912000000002,2250.8942000000002,905.99570000000006,1076.4376999999999,0.34810000000000002,0.1699,1045.3015]
["Yearly CO2 from Area Regulation with Energy Storage","tons",null,{"$f":"($D$15*(1-input_Param_9)*D25/2000)","v":0},null,null,null,null,null,null,null,null,"WECC Northwest",null,1.4508000000000001,1.2864,858.78959999999995,4.0960999999999999,5.7724000000000002,0.65720000000000001,3.1375999999999999,3.4466000000000001,62.7776,1.29E-2,2.7183000000000002,2294.4391000000001,1724.0925,892.97199999999998,1898.7414000000001,1.8687,0.75600000000000001,1279.5768]
["Lifetime CO2  from Area Regulation with Conventional Generation","tons",null,{"$f":"D42*$D$37","v":0},null,null,null,null,null,null,null,null,"WECC Rockies",null,2.7033,2.5022000000000002,1906.0635,3.5727000000000002,12.635,0.53200000000000003,2.8458000000000001,3.4601999999999999,3.847,9.7000000000000003E-3,2.6345999999999998,2316.1223,3048.0848000000001,1023.5257,2006.8714,1.8310999999999999,1.6391,1554.3810000000001]
["Lifetime CO2 from Area Regulation with Energy Storage","tons",null,{"$f":"D43*$D$37","v":0},null,null,null,null,null,null,null,null,"WECC Southwest",null,1.8703000000000001,0.96399999999999997,1252.6106,4.3226000000000004,21.633299999999998,0.30880000000000002,2.4333999999999998,2.3376999999999999,2.4148999999999998,6.3E-3,1.2403,2280.9135999999999,1811.2666999999999,908.1952,1634.7177999999999,1.0407999999999999,0.45,1211.8359]
["Reduced CO2 from Area Regulation","tons",null,{"$f":"D44-D45","v":0}]
["Yearly NOx from Area Regulation with Conventional Generation","tons",null,{"$f":"(($D$15/(input_Param_1/1000))*(380-(input_Param_1/1000))+($D$15/(input_Param_1/1000))*(380+(input_Param_1/1000)))*D26*$D$14/2000","v":0}]
["Yearly NOx from Area Regulation with Energy Storage","tons",null,{"$f":"($D$15*(1-input_Param_9)*D28/2000)","v":0},null,null,null,null,null,null,null,null,null,null,"PW Factor Calculation Table"]
["Lifetime NOx  from Area Regulation with Conventional Generation","tons",null,{"$f":"D47*$D$37","v":0},null,null,null,null,null,null,null,null,null,null,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50]
["Lifetime NOx from Area Regulation with Energy Storage","tons",null,{"$f":"D48*$D$37","v":0},null,null,null,null,null,null,null,null,null,null,{"$f":"((1+$D$38)^(O49-0.5))/((1+$D$39)^(O49-0.5))","v":1},1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,{"$f":"((1+$D$38)^(AU49-0.5))/((1+$D$39)^(AU49-0.5))","v":1},1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1]
["Reduced NOx from Area Regulation","tons",null,{"$f":"D49-D50","v":0}]
["Yearly SOx from Area Regulation with Conventional Generation","tons",null,{"$f":"(($D$15/(input_Param_1/1000))*(380-(input_Param_1/1000))+($D$15/(input_Param_1/1000))*(380+(input_Param_1/1000)))*D29*$D$14/2000","v":0}]
["Yearly SOx from Area Regulation with Energy Storage","tons",null,{"$f":"($D$15*(1-input_Param_9)*D31/2000)","v":0}]
["Lifetime SOx  from Area Regulation with Conventional Generation","tons",null,{"$f":"D52*$D$37","v":0}]
["Lifetime SOx from Area Regulation with Energy Storage","tons",null,{"$f":"D53*$D$37","v":0},null,null,null,null,null,"Is Benefit Applicable?"]
["Reduced SOx from Area Regulation","tons",null,{"$f":"D54-D55","v":0},null,null,null,null,null,{"$f":"IF(OR(K4=1,K5=1),1,0)","v":0}]
["Yearly CO2 from Load Following with Conventional Generation","tons",null,{"$f":"(($D$15/(input_Param_1/1000))*(380-(input_Param_1/1000))+($D$15/(input_Param_1/1000))*(380+(input_Param_1/1000)))*D24*$D$14/2000","v":0},null,null,null,null,null,{"$f":"IF(OR(K6=1,K7=1),1,0)","v":0}]
["Yearly CO2 from Load Following with Energy Storage","tons",null,{"$f":"($D$16*(1-input_Param_9)*D25/2000)","v":0},null,null,null,null,null,{"$f":"IF(OR(K9=1,K10=1,K8=1),1,0)","v":0}]
["Lifetime CO2  from Load Following with Conventional Generation","tons",null,{"$f":"D57*$D$37","v":0}]
["Lifetime CO2 from Load Following with Energy Storage","tons",null,{"$f":"D58*$D$37","v":0}]
["Reduced CO2 from Load Following","tons",null,{"$f":"D59-D60","v":0}]
["Yearly NOx from Load Following with Conventional Generation","tons",null,{"$f":"(($D$15/(input_Param_1/1000))*(380-(input_Param_1/1000))+($D$15/(input_Param_1/1000))*(380+(input_Param_1/1000)))*D27*$D$14/2000","v":0}]
["Yearly NOx from Load Following with Energy Storage","tons",null,{"$f":"($D$16*(1-input_Param_9)*D28/2000)","v":0}]
["Lifetime NOx  from Load Following with Conventional Generation","tons",null,{"$f":"D62*$D$37","v":0}]
["Lifetime NOx from Load Following with Energy Storage","tons",null,{"$f":"D63*$D$37","v":0}]
["Reduced NOx from Load Following","tons",null,{"$f":"D64-D65","v":0}]
["Yearly SOx from Load Following with Conventional Generation","tons",null,{"$f":"(($D$15/(input_Param_1/1000))*(380-(input_Param_1/1000))+($D$15/(input_Param_1/1000))*(380+(input_Param_1/1000)))*D30*$D$14/2000","v":0}]
["Yearly SOx from Load Following with Energy Storage","tons",null,{"$f":"($D$16*(1-input_Param_9)*D31/2000)","v":0}]
["Lifetime SOx  from Load Following with Conventional Generation","tons",null,{"$f":"D67*$D$37","v":0}]
["Lifetime SOx from Load Following with Energy Storage","tons",null,{"$f":"D68*$D$37","v":0}]
["Reduced SOx from Load Following","tons",null,{"$f":"D69-D70","v":0}]
["Reduced CO2 from Reduced Losses","tons",null,{"$f":"($D$17*$D$25)/2000","v":0}]
["Reduced NOx from Reduced Losses","tons",null,{"$f":"($D$17*$D$28)/2000","v":0}]
["Reduced SOx from Reduced Losses","tons",null,{"$f":"($D$17*$D$31)/2000","v":0}]
["Lifecycle Value Multiplier",null,null,{"$f":"SUMIF(O49:BL49,\"<\"&D37+1,O50:BL50)","v":0}]
[]
["Calculations of Additional Benefit from:"]
["Load Following (Total)",null,null,{"$f":"(D61*$D$32+D66*$D$34+D71*$D$33)*D75*J56","v":0}]
["Load Following (CO2)",null,null,{"$f":"(D61*D32)*$D$75*$J$56","v":0}]
["Load Following (NOx)",null,null,{"$f":"(D66*D34)*$D$75*$J$56","v":0}]
["Load Following (SOx)",null,null,{"$f":"(D71*D33)*$D$75*$J$56","v":0}]
["Area Regulation (Total)",null,null,{"$f":"(D46*$D$32+D51*$D$34+D56*$D$33)*D75*J57","v":0}]
["Area Regulation (CO2)",null,null,{"$f":"(D46*D32)*$D$75*$J$57","v":0}]
["Area Regulation (NOx)",null,null,{"$f":"(D51*D34)*$D$75*$J$57","v":0}]
["Area Regulation (SOx)",null,null,{"$f":"(D56*D33)*$D$75*$J$57","v":0}]
["Transmission & Distribution (T&D) Upgrade Deferral, Time-of-use (TOU) Energy Cost Management, or Demand Charge Management (Total)",null,null,{"$f":"(D72*$D$32+D73*$D$34+D74*$D$33)*D75*J58","v":0}]
["Transmission & Distribution (T&D) Upgrade Deferral, Time-of-use (TOU) Energy Cost Management, or Demand Charge Management (CO2)",null,null,{"$f":"(D72*D32)*$D$75*$J$58","v":0}]
["Transmission & Distribution (T&D) Upgrade Deferral, Time-of-use (TOU) Energy Cost Management, or Demand Charge Management (NOx)",null,null,{"$f":"(D73*D34)*$D$75*$J$58","v":0}]
["Transmission & Distribution (T&D) Upgrade Deferral, Time-of-use (TOU) Energy Cost Management, or Demand Charge Management (SOx)",null,null,{"$f":"(D74*D33)*$D$75*$J$58","v":0}]
[]
["Final Additional Benefit Value CO2",null,null,{"$f":"IF(B3=\"Yes\",ROUND(SUM(D79,D83,D87),-2),0)","v":0}]
["Final Additional Benefit Value SOx",null,null,{"$f":"IF(B3=\"Yes\",ROUND(SUM(D80,D84,D88),-2),0)","v":0}]
["Final Additional Benefit Value NOx",null,null,{"$f":"IF(B3=\"Yes\",ROUND(SUM(D81,D85,D89),-2),0)","v":0}]