{"text_format":"1","workbook":"xlsx","n_sheets":38,"sheets":["Summary","Microgrid Questionnaire","Facility Questionnaire","System Specifications and Costs","Reliability Inputs","Major Power Outage Inputs","Annual Costs & Benefits","Nominal & PV Costs","Annualized Costs","Capital Costs Calculations","Fuel Costs Calculations","Emissions Costs Calcs","Power Outage Costs","Energy Benefits Calcs","Reliability Benefits Calcs","Power Quality Benefits Calcs","Environmental Benefits Calcs","MPO Annual Costs & Benefits","Fire Station Calculations","EMS Calculations","Hospital Calculations","Police Station Calculations","Electric Power Calculations","Wastewater Calculations","Water Calculations","Other Calculations","Major Power Outage Std. Values","Fuel Price Forecasts","Energy and Capacity Price Data","Peak to Avg Price Ratio","Distrib. Capacity Price Data","Power Quality Valuation Data","Emissions Price Data","Emissions Damages Data","Baseline Emissions Data","Crime Data","DPS Reliability","GDP Def"],"not_rendered":{"charts":1,"images":0,"macros":1,"external_links":0,"defined_names":20,"comments":5,"pivot_tables":0},"unopened":[],"bounds":{"document_bytes":16777216,"sheet_cells":100000,"rows_first":2000,"rows_last":500,"rows_between":2000,"halvings":0,"cell_chars":16384,"cell_head_chars":4096},"cells_cut":0,"cells_raw":0,"read":"whole","date_system":"1900"}

{"sheet":"Summary","index":0,"n_rows":120,"n_cols":7,"rows_kept":120,"cut":false,"hidden":false,"merged":[[96,1,96,3],[106,1,106,3],[118,2,118,3],[119,2,119,3],[24,1,24,3],[34,1,34,3],[47,2,47,3],[60,1,60,2],[46,2,46,3]]}
[]
[null,{"$f":"UPPER('System Specifications and Costs'!C2&\" Site:  \"&'System Specifications and Costs'!C3&\" Scenario\")","v":"EXAMPLE SITE:  EXAMPLE SCENARIO"}]
[]
[null,"Site Characteristics"]
[null,"Location of microgrid (NYISO zone)",{"$f":"'System Specifications and Costs'!F9","v":"Zone J - NY City"}]
[null,"System nameplate capacity",{"$f":"SUM('System Specifications and Costs'!$E$20:$E$33)&\" MW\"","v":"0 MW"}]
[null,"Average annual generation",{"$f":"SUM('System Specifications and Costs'!$F$20:$F$33)&\" MWh\"","v":"0 MWh"}]
[null,"Number and type(s) of DER utilized:"]
[null,"Natural Gas",{"$f":"COUNTIF('System Specifications and Costs'!$D$20:$D$33, Summary!B9)","v":0}]
[null,"Diesel",{"$f":"COUNTIF('System Specifications and Costs'!$D$20:$D$33, Summary!B10)","v":0}]
[null,"Wind",{"$f":"COUNTIF('System Specifications and Costs'!$D$20:$D$33, Summary!B11)","v":0}]
[null,"Solar",{"$f":"COUNTIF('System Specifications and Costs'!$D$20:$D$33, Summary!B12)","v":0}]
[null,"Hydro",{"$f":"COUNTIF('System Specifications and Costs'!$D$20:$D$33, Summary!B13)","v":0}]
[null,"Other",{"$f":"COUNTA('System Specifications and Costs'!$D$20:$D$33)-SUM($C$9:$C$12)","v":14}]
[]
[null,"Key Assumptions"]
[null,"Parameter","Unit","Value"]
[null,"Total duration of outage","Days"]
[null,"Annual probability of outage","Percent",1]
[null,"Discount Rate","Percent",7.0000000000000007E-2]
[null,"Number of times microgrid fuel would be replenished during outage","n/a",{"$f":"IF(ISNUMBER('System Specifications and Costs'!$I$81),FLOOR(D18/'System Specifications and Costs'!$I$81,1),'System Specifications and Costs'!I81)","v":0}]
[]
[null,"Results Summary"]
[null,"Cost or Benefit Category","Present Value \nOver 20 Years (2016$)","Annualized Value (2016$)",null,null,"Worksheet Key"]
[null,"Costs",null,null,null,null,"Summary"]
[null,"Initial Design and Planning",{"$f":"'Nominal & PV Costs'!G27","v":0},{"$f":"-PMT($D$20,AnnualizationPeriod,C26,0,1)","v":0},null,null,"Inputs"]
[null,"Capital Investments",{"$f":"'Nominal & PV Costs'!H27","v":0},{"$f":"'Annualized Costs'!H6","v":0},null,null,"Outputs"]
[null,"Fixed O&M",{"$f":"'Nominal & PV Costs'!I27","v":0},{"$f":"-PMT($D$20,AnnualizationPeriod,C28,0,1)","v":0},null,null,"Standard Data"]
[null,"Variable O&M (Grid-Connected Mode)",{"$f":"'Nominal & PV Costs'!J27","v":0},{"$f":"-PMT($D$20,AnnualizationPeriod,C29,0,1)","v":0},null,null,"Cost Calculations"]
[null,"Fuel (Grid-Connected Mode)",{"$f":"'Nominal & PV Costs'!K27","v":0},{"$f":"-PMT($D$20,AnnualizationPeriod,C30,0,1)","v":0},null,null,"Benefit Calculations"]
[null,"Emission Control",{"$f":"SUM('Nominal & PV Costs'!L27:N27)","v":0},{"$f":"SUM('Annualized Costs'!L6:N6)","v":0},null,null,"Major Power Outage - Fire Station Benefits"]
[null,"Emissions Allowances",{"$f":"SUM('Nominal & PV Costs'!O27:S27)","v":0},{"$f":"SUM('Nominal & PV Costs'!O28:S28)","v":0},null,null,"Major Power Outage - Emergency Medical Services Benefits"]
[null,"Emissions Damages (Grid-Connected Mode)",{"$f":"SUM('Nominal & PV Costs'!T27:X27)","v":0},{"$f":"SUM('Nominal & PV Costs'!T28:X28)","v":0},null,null,"Major Power Outage - Hospital Benefits"]
[null,"Total Costs",{"$f":"SUM(C26:C33)","v":0},{"$f":"SUM(D26:D33)","v":0},null,null,"Major Power Outage - Police Station Benefits"]
[null,"Benefits",null,null,null,null,"Major Power Outage - Electric Power Benefits"]
[null,"Reduction in Generating Costs",{"$f":"'Energy Benefits Calcs'!$E$5+NPV($D$20,'Energy Benefits Calcs'!$E$6:$E$24)","v":0},{"$f":"-PMT($D$20,AnnualizationPeriod,C36,0,1)","v":0},null,null,"Major Power Outage - Wastewater Benefits"]
[null,"Fuel Savings from CHP",{"$f":"'Energy Benefits Calcs'!$H$5+NPV($D$20,'Energy Benefits Calcs'!$H$6:$H$24)","v":0},{"$f":"-PMT($D$20,AnnualizationPeriod,C37,0,1)","v":0},null,null,"Major Power Outage - Water Benefits"]
[null,"Generation Capacity Cost Savings",{"$f":"'Energy Benefits Calcs'!$L$5+NPV($D$20,'Energy Benefits Calcs'!$L$6:$L$24)","v":0},{"$f":"-PMT($D$20,AnnualizationPeriod,C38,0,1)","v":0},null,null,"Major Power Outage - Other Benefits"]
[null,"Distribution Capacity Cost Savings",{"$f":"'Energy Benefits Calcs'!$P$5+NPV($D$20,'Energy Benefits Calcs'!$P$6:$P$24)","v":0},{"$f":"-PMT($D$20,AnnualizationPeriod,C39,0,1)","v":0}]
[null,"Reliability Improvements",{"$f":"'Reliability Benefits Calcs'!N26","v":0},{"$f":"'Reliability Benefits Calcs'!N27","v":0}]
[null,"Power Quality Improvements",{"$f":"'Power Quality Benefits Calcs'!$I$6+NPV($D$20,'Power Quality Benefits Calcs'!$I$7:$I$25)","v":0},{"$f":"-PMT($D$20,AnnualizationPeriod,C41,0,1)","v":0}]
[null,"Avoided Emissions Allowance Costs",{"$f":"'Environmental Benefits Calcs'!AB28","v":0},{"$f":"'Environmental Benefits Calcs'!AB29","v":0}]
[null,"Avoided Emissions Damages",{"$f":"'Environmental Benefits Calcs'!AC28","v":0},{"$f":"'Environmental Benefits Calcs'!AC29","v":0}]
[null,"Major Power Outage Benefits",{"$f":"'MPO Annual Costs & Benefits'!U35","v":0},{"$f":"'MPO Annual Costs & Benefits'!U36","v":0}]
[null,"Total Benefits",{"$f":"SUM(C36:C44)","v":0},{"$f":"SUM(D36:D44)","v":0}]
[null,"Net Benefits",{"$f":"C45-C34","v":0},{"$f":"D45-D34","v":0}]
[null,"Benefit/Cost Ratio",{"$f":"C45/C34","v":{"$error":"#DIV/0!"}}]
[null,"Internal Rate of Return",{"$f":"IRR('Annual Costs & Benefits'!H6:H25)","v":{"$error":"#NUM!"}}]
[]
[]
[null,"Alternate Duration and Frequency: Summary of Major Power Outage Benefits"]
[null,"Total Duration of Outage (Days)","Annual Probability of Outage (Percent)","Present Value of Major Power Outage Benefits (2016$)","Present Value of Total Benefits (2016$)","Benefit/Cost Ratio"]
[null,null,null,null,{"$f":"IF(D53>0,$C$45-$C$44+D53,\"\")","v":""},{"$f":"IF(D53>0,E53/$C$34,\"\")","v":""}]
[null,null,null,null,{"$f":"IF(D54>0,$C$45-$C$44+D54,\"\")","v":""},{"$f":"IF(D54>0,E54/$C$34,\"\")","v":""}]
[null,null,null,null,"",""]
[null,null,null,null,"",""]
[null,null,null,null,"",""]
[null,null,null,null,"",""]
[null,null,null,null,"",""]
[null,null,null,null,"",""]
[null,"Total ",null,{"$f":"SUM(D53:D60)","v":0},"",""]
[]
[]
[null,"SUMMARY EXHIBITS"]
[null,null,"Costs","Benefits"]
[null,"Initial Design and Planning Costs",{"$f":"C26","v":0}]
[null,"Capital Investments",0]
[null,"Fixed O&M Costs",0]
[null,"Variable O&M Costs (Grid-Connected Mode)",0]
[null,"Fuel Costs (Grid-Connected Mode)",0]
[null,"Emission Control Costs",0]
[null,"Emissions Allowance Costs",0]
[null,"Emissions Damages (Grid-Connected Mode)",0]
[null,"Reduction in Generating Costs",null,{"$f":"C36","v":0}]
[null,"Fuel Savings from CHP",null,0]
[null,"Generation Capacity Cost Savings",null,0]
[null,"Distribution Capacity Cost Savings",null,0]
[null,"Reliability Improvements",null,0]
[null,"Power Quality Improvements",null,0]
[null,"Avoided Emissions Allowance Costs",null,0]
[null,"Avoided Emissions Damages",null,{"$f":"C43","v":0}]
[null,"Major Power Outage Benefits",null,{"$f":"C44","v":0}]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Rounded to 3 significant digits"]
[null,"Cost or Benefit Category","Present Value \nOver 20 Years (2016$)","Annualized Value (2016$)"]
[null,"Costs"]
[null,"Initial Design and Planning",{"$f":"IF(C26=0, 0, ROUND(C26, 3-(1+INT(LOG10(ABS(C26))))))","v":0},0]
[null,"Capital Investments",0,0]
[null,"Fixed O&M",0,0]
[null,"Variable O&M (Grid-Connected Mode)",0,0]
[null,"Fuel (Grid-Connected Mode)",0,0]
[null,"Emission Control",0,0]
[null,"Emissions Allowances",0,0]
[null,"Emissions Damages (Grid-Connected Mode)",0,0]
[null,"Total Costs",0,0]
[null,"Benefits"]
[null,"Reduction in Generating Costs",{"$f":"IF(C36=0, 0, ROUND(C36, 3-(1+INT(LOG10(ABS(C36))))))","v":0},0]
[null,"Fuel Savings from CHP",0,0]
[null,"Generation Capacity Cost Savings",0,0]
[null,"Distribution Capacity Cost Savings",0,0]
[null,"Reliability Improvements",0,0]
[null,"Power Quality Improvements",0,0]
[null,"Avoided Emissions Allowance Costs",0,0]
[null,"Avoided Emissions Damages",{"$f":"IF(C43=0, 0, ROUND(C43, 3-(1+INT(LOG10(ABS(C43))))))","v":0},0]
[null,"Major Power Outage Benefits",0,0]
[null,"Total Benefits",0,0]
[null,"Net Benefits",0,0]
[null,"Benefit/Cost Ratio",{"$error":"#DIV/0!"},0]
[null,"Internal Rate of Return",{"$error":"#NUM!"},0]

{"sheet":"Microgrid Questionnaire","index":1,"n_rows":224,"n_cols":12,"rows_kept":224,"cut":false,"hidden":false,"merged":[[93,1,94,1],[93,2,94,2],[29,7,29,8],[66,1,67,1],[66,2,66,3],[88,1,89,1],[88,2,89,2],[29,4,30,4],[29,5,30,5],[29,6,30,6],[29,1,30,1],[29,2,30,2],[29,3,30,3]]}
["Copy in the responses from the Microgrid Questionnaire."]
[]
["Q1","Facility Background Information"]
[null,"Facility Name","Rate Class","Facility/Customer Description (Specify Number of Customers if More Than One)","Economic Sector Code","Average Annual Electricity Usage Per Customer (MWh)","Peak Electricity Demand Per Customer (MW)","Percent of Average Usage Microgrid Could Support During Major Power Outage","Hours of Electricity Supply Required Per Day During Major Power Outage"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
["Q2","DER Background Information"]
[null,"Distributed Energy Resource Name","Facility Name","Energy Source","Nameplate Capacity (MW)","Average Annual Production Under Normal Conditions (MWh)","Average Daily Production During Major Power Outage (MWh)","Fuel Consumption per MWh"]
[null,null,null,null,null,null,null,"Quantity","Unit"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
["Q3","Will the microgrid provide peak load support or enable customers to participate in a demand response program?",null,null,null,null,null,null,null,null,"Yes","No"]
[null,"No"]
[]
["Q4","Provision of Peak Load Support"]
[null,"Distributed Energy Resource Name","Facility Name","Available Capacity (MW/year)","Does DER currently provide peak load support?"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
["Q5","Participation in Demand Response Program"]
[null,"Facility Name","Capacity Participating in Demand Response Program (MW/year)"]
[null,null,"Following Development of Microgrid","Currently"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
["Q6","Will the microgrid enable utilities to avoid or defer expansion of their transmission or distribution networks?"]
[null,"No"]
[]
["Q7","Impact on Utilities' Transmission Capacity Requirements"]
[null,"Impact of Microgrid on Utility Transmission Capacity","Unit","Note: Transmission capacity impacts are already incorporated into energy prices and generation capacity prices. We therefore do not value this impact separately in the model."]
[null,null,null,"One exception is when the project team indicates that a specific investment would be avoided. In that case, incorporate their cost estimates into the Energy Benefits Calcs tab (combine with Dist. Cap. Benefits) or the Summary tab."]
[null,null,"MW/year"]
[]
["Q8","Impact on Utilities' Distribution Capacity Requirements"]
[null,"Impact of Microgrid on Utility Distribution Capacity","Unit"]
[]
[null,null,"MW/year"]
[]
["Q9","Capital Costs"]
[null,"Capital Component","Installed Cost ($)","Component Lifespan (round to nearest year)","Description of Component"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
["Q10","Initial Planning and Design Costs"]
[null,"Initial Planning and Design Costs ($)","What cost components are included in this figure?"]
[]
[]
["Q11","Will there be any year-to-year variation in these costs for other reasons (e.g., due to maintenance cycles)?"]
[null,"No"]
[]
["Q12","Fixed O&M Costs - No Annual Variation"]
[null,"Fixed O&M Costs ($/year)","What cost components are included in this figure?"]
[]
[]
["Q13","Fixed O&M Costs - Annual Variation"]
[null,"Year","Fixed O&M Cost ($)","What cost components are included in this figure?"]
[null,1]
[null,2]
[null,3]
[null,4]
[null,5]
[null,6]
[null,7]
[null,8]
[null,9]
[null,10]
[null,11]
[null,12]
[null,13]
[null,14]
[null,15]
[null,16]
[null,17]
[null,18]
[null,19]
[null,20]
[]
["Q14","Variable O&M Costs"]
[null,"Variable O&M Costs ($/Unit of Energy Produced)","Unit","What cost components are included in this figure?"]
[]
[]
[]
[]
[]
[]
["Q15","Fuel Costs Information"]
[null,"Distributed Energy Resource Name","Facility Name","Duration of Design Event","Quantity of Fuel Needed to Operate in Islanded Mode for Duration of Design Event","Unit","Note: This question isn't used in the model."]
[]
[]
[]
[]
[]
[]
["Q16","Will the project include development of a combined heat and power (CHP) system?"]
[null,"No"]
[]
["Q17","CHP Systems"]
[null,"Type of Fuel Offset by New CHP System","Annual Energy Savings Relative to Current Heating System","Unit"]
[]
[]
[]
[]
[]
[]
["Q18","Emissions Control Costs"]
[null,"Cost Category","Costs ($)","Description of Component(s)","Component Lifespan(s)"]
[null,"Capital Costs ($)"]
[null,"Annual O&M Costs ($/MWh)"]
[null,"Other Annual Costs ($/Year)"]
[]
["Q19","Will environmental regulations mandate the purchase of emissions allowances for the microgrid (for example, due to system size thresholds)?"]
[null,"No"]
[]
["Q20","Emissions Rates"]
[null,"Emissions Type","Emissions per MWh","Unit"]
[null,"CO2"]
[null,"SO2"]
[null,"NOx"]
[null,"PM"]
[]
["Q21","Ancillary Services"]
[null,"Ancillary Service","Yes","No"]
[null,"Frequency or Real Power Support"]
[null,"Voltage or Reactive Power Support"]
[null,"Black Start or System Restoration Support"]
[]
["Q22","Will the microgrid improve power quality for the facilities it serves?"]
[null,"No"]
[]
["Q23","Power Quality Events Avoided"]
[null,"Number of Power Quality Events Avoided Each Year","Which facilities will experience these improvements?"]
[]
[]
["Q24","Reliability Metrics"]
[null,"Estimated SAIFI (events per year per customer)","Estimated CAIDI (hours per event per customer)"]
[]
[null,"See 2016 and 5-year average values for investor-owned utilities in this tab:",null,null,null,null,null,"DPS Reliability Data"]

{"sheet":"Facility Questionnaire","index":2,"n_rows":112,"n_cols":14,"rows_kept":112,"cut":false,"hidden":false,"merged":[[6,7,6,8],[6,10,7,10],[6,1,7,1],[6,2,7,2],[6,3,7,3],[6,4,7,4],[6,5,7,5],[6,6,7,6],[6,9,7,9]]}
["Copy in the responses from the Facility Questionnaire."]
[]
["Q1","Do any of the facilities that would be served by the microgrid currently have backup generation capabilities?",null,null,null,null,null,null,null,null,null,null,"Yes","No"]
[null,"Yes"]
[]
["Q2","Backup Generation Information"]
[null,"Facility Name","Generator ID","Energy Source","Nameplate Capacity (MW)","Standard Operating Capacity (%)","Avg. Daily Production During Power Outage (MWh/ Day)","Fuel Consumption per Day",null,"One-Time Operating Costs ($)","Ongoing Operating Costs ($/day)"]
[null,null,null,null,null,null,null,"Quantity","Unit"]
[]
[]
[]
[]
[]
[]
[]
["Q3","Cost of Emergency Measures to Maintain Service while on Backup Power"]
[null,"Facility Name","Type of Measure (One-Time or Ongoing)","Description","Costs","Units","When Required?"]
[]
[]
[]
[]
[]
[]
["Q4","Cost of Emergency Measures to Maintain Service while Not on Backup Power"]
[null,"Facility Name","Type of Measure (One-Time or Ongoing)","Description","Costs","Units","When Required?"]
[]
[]
[]
[]
[]
[]
["All Facilities"]
["Q5","All Facilities: Percent Loss in Service with Backup Power"]
[null,"Facility Name","Percent Loss in Services When Using Backup Gen."]
[]
[]
[]
[]
[]
["Q6","All Facilities: Percent Loss in Service with No Backup Power"]
[null,"Facility Name","Percent Loss in Services When Backup Gen. is Not Available"]
[]
[]
[]
[]
[]
["Fire Services"]
["Q7","Fire Services: Population Served"]
[]
[]
["Q8","Fire Services: Percent Increase in Response Time during a Power Outage"]
[]
[]
["Q9","Fire Services: Miles to Nearest Alternative Provider"]
[]
[]
["Emergency Medical Services"]
["Q10","EMS: Population Served"]
[]
[]
["Q11","EMS: Is the area served:",null,"Urban","Suburban","Rural","Wilderness"]
[]
[]
["Q12","EMS: Percent Increase in Response Time during a Power Outage"]
[]
[]
["Q13","EMS: Miles to Nearest Alternative Provider"]
[]
[]
["Hospital Services"]
["Q14","Hospital Services: Population Served"]
[]
[]
["Q15","Hospital Services: Miles to Nearest Alternative Provider"]
[]
[]
["Q16","Hospital Services: Population Served by Nearest Alternative Provider"]
[]
[]
["Police Services"]
["Q17","Police Services: Population Served"]
[]
[]
["Q18","Police Services: Is the facility located in a:",null,null,null,"Metropolitan Statistical Area"]
[null,null,null,null,null,"Non-Metropolitan City"]
[null,null,null,null,null,"Non-Metropolitan County"]
["Q19","Police Services: Number of Officers Working Under Normal Operations"]
[]
[null,"Police Services: Number of Officers Working During Power Outage"]
[]
[null,"Police Services: Percent Reduction in Service Effectiveness During Power Outage"]
[]
[]
["Wastewater Services"]
["Q20","Wastewater Services: Population Served"]
[]
[]
["Q21","Wastewater Services: Does the facility support:",null,null,null,null,"Residential Customers"]
[null,null,null,null,null,null,"Businesses"]
[null,null,null,null,null,null,"Both"]
["Water Services"]
["Q22","Water Services: Population Served"]
[]
[]
["Q23","Water Services: Does the facility support:",null,null,null,null,"Residential Customers"]
[null,null,null,null,null,null,"Businesses"]
[null,null,null,null,null,null,"Both"]
["Residential Facilities"]
["Q24","Residential Facilities: Types of Housing Provided"]
[]
[]
["Q25","Residential Facilities: Number of Residents Without Power During Complete Power Outage"]

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[]
[null,"Site Name:","Example"]
[null,"Scenario Name:","Example"]
[]
[]
[]
[null,"Information on Microgrid Loads"]
[]
[null,"Location of microgrid (NYISO zone)",null,null,null,"Zone J - NY City"]
[]
[null,"Rate Class","Number of Customers Served by Microgrid","Average Annual Demand Per Customer (MWh)","Average Annual Demand, All Customers (MWh)","Economic Sector \n(Commercial/Industrial only)"]
[null,"Residential",null,{"$f":"AVERAGEIF('Microgrid Questionnaire'!$C$5:$C$27, 'System Specifications and Costs'!$B12, 'Microgrid Questionnaire'!$F$5:$F$27)","v":{"$error":"#DIV/0!"}},{"$f":"SUMIF('Microgrid Questionnaire'!$C$5:$C$27, $B12, 'Microgrid Questionnaire'!$F$5:$F$27)","v":0}]
[null,"Small Commercial/Industrial (<50 annual MWh)",null,{"$f":"AVERAGEIF('Microgrid Questionnaire'!$C$5:$C$27, 'System Specifications and Costs'!$B13, 'Microgrid Questionnaire'!$F$5:$F$27)","v":{"$error":"#DIV/0!"}},{"$f":"SUMIF('Microgrid Questionnaire'!$C$5:$C$27, $B13, 'Microgrid Questionnaire'!$F$5:$F$27)","v":0}]
[null,"Large Commercial/Industrial (>50 annual MWh)",null,{"$f":"AVERAGEIF('Microgrid Questionnaire'!$C$5:$C$27, 'System Specifications and Costs'!$B14, 'Microgrid Questionnaire'!$F$5:$F$27)","v":{"$error":"#DIV/0!"}},{"$f":"SUMIF('Microgrid Questionnaire'!$C$5:$C$27, $B14, 'Microgrid Questionnaire'!$F$5:$F$27)","v":0}]
[]
[null,"Distributed Energy Resource Information"]
[]
[null,"Distributed Energy Resource Name","Associated Facility","Energy Source","Nameplate Capacity\n(MW)","Average Annual Production Under Normal Conditions (MWh)","Average Daily Production During Major Power Outage (MWh)","Grid-Connected Mode: \nFuel Consumption per MWh",null,"Currently Used as Backup Generation?","Hourly Production (MWh/hr)"]
[null,null,null,null,null,null,null,"Quantity","Unit"]
[null,{"$f":"'Microgrid Questionnaire'!B32","v":0},{"$f":"'Microgrid Questionnaire'!C32","v":0},{"$f":"'Microgrid Questionnaire'!D32","v":0},{"$f":"'Microgrid Questionnaire'!E32","v":0},{"$f":"'Microgrid Questionnaire'!F32","v":0},{"$f":"'Microgrid Questionnaire'!G32","v":0},null,"MMBtu"]
[null,{"$f":"'Microgrid Questionnaire'!B33","v":0},{"$f":"'Microgrid Questionnaire'!C33","v":0},{"$f":"'Microgrid Questionnaire'!D33","v":0},{"$f":"'Microgrid Questionnaire'!E33","v":0},{"$f":"'Microgrid Questionnaire'!F33","v":0},{"$f":"'Microgrid Questionnaire'!G33","v":0},null,"MMBtu"]
[null,{"$f":"'Microgrid Questionnaire'!B34","v":0},{"$f":"'Microgrid Questionnaire'!C34","v":0},{"$f":"'Microgrid Questionnaire'!D34","v":0},{"$f":"'Microgrid Questionnaire'!E34","v":0},{"$f":"'Microgrid Questionnaire'!F34","v":0},{"$f":"'Microgrid Questionnaire'!G34","v":0},null,"MMBtu"]
[null,{"$f":"'Microgrid Questionnaire'!B35","v":0},{"$f":"'Microgrid Questionnaire'!C35","v":0},{"$f":"'Microgrid Questionnaire'!D35","v":0},{"$f":"'Microgrid Questionnaire'!E35","v":0},{"$f":"'Microgrid Questionnaire'!F35","v":0},{"$f":"'Microgrid Questionnaire'!G35","v":0},null,"MMBtu"]
[null,{"$f":"'Microgrid Questionnaire'!B36","v":0},{"$f":"'Microgrid Questionnaire'!C36","v":0},{"$f":"'Microgrid Questionnaire'!D36","v":0},{"$f":"'Microgrid Questionnaire'!E36","v":0},{"$f":"'Microgrid Questionnaire'!F36","v":0},{"$f":"'Microgrid Questionnaire'!G36","v":0},null,"MMBtu"]
[null,{"$f":"'Microgrid Questionnaire'!B37","v":0},{"$f":"'Microgrid Questionnaire'!C37","v":0},{"$f":"'Microgrid Questionnaire'!D37","v":0},{"$f":"'Microgrid Questionnaire'!E37","v":0},{"$f":"'Microgrid Questionnaire'!F37","v":0},{"$f":"'Microgrid Questionnaire'!G37","v":0},null,"MMBtu"]
[null,{"$f":"'Microgrid Questionnaire'!B38","v":0},{"$f":"'Microgrid Questionnaire'!C38","v":0},{"$f":"'Microgrid Questionnaire'!D38","v":0},{"$f":"'Microgrid Questionnaire'!E38","v":0},{"$f":"'Microgrid Questionnaire'!F38","v":0},{"$f":"'Microgrid Questionnaire'!G38","v":0},null,"MMBtu"]
[null,{"$f":"'Microgrid Questionnaire'!B39","v":0},{"$f":"'Microgrid Questionnaire'!C39","v":0},{"$f":"'Microgrid Questionnaire'!D39","v":0},{"$f":"'Microgrid Questionnaire'!E39","v":0},{"$f":"'Microgrid Questionnaire'!F39","v":0},{"$f":"'Microgrid Questionnaire'!G39","v":0},null,"MMBtu"]
[null,{"$f":"'Microgrid Questionnaire'!B40","v":0},{"$f":"'Microgrid Questionnaire'!C40","v":0},{"$f":"'Microgrid Questionnaire'!D40","v":0},{"$f":"'Microgrid Questionnaire'!E40","v":0},{"$f":"'Microgrid Questionnaire'!F40","v":0},{"$f":"'Microgrid Questionnaire'!G40","v":0},null,"MMBtu"]
[null,{"$f":"'Microgrid Questionnaire'!B41","v":0},{"$f":"'Microgrid Questionnaire'!C41","v":0},{"$f":"'Microgrid Questionnaire'!D41","v":0},{"$f":"'Microgrid Questionnaire'!E41","v":0},{"$f":"'Microgrid Questionnaire'!F41","v":0},{"$f":"'Microgrid Questionnaire'!G41","v":0},null,"MMBtu"]
[null,{"$f":"'Microgrid Questionnaire'!B42","v":0},{"$f":"'Microgrid Questionnaire'!C42","v":0},{"$f":"'Microgrid Questionnaire'!D42","v":0},{"$f":"'Microgrid Questionnaire'!E42","v":0},{"$f":"'Microgrid Questionnaire'!F42","v":0},{"$f":"'Microgrid Questionnaire'!G42","v":0},null,"MMBtu"]
[null,{"$f":"'Microgrid Questionnaire'!B43","v":0},{"$f":"'Microgrid Questionnaire'!C43","v":0},{"$f":"'Microgrid Questionnaire'!D43","v":0},{"$f":"'Microgrid Questionnaire'!E43","v":0},{"$f":"'Microgrid Questionnaire'!F43","v":0},{"$f":"'Microgrid Questionnaire'!G43","v":0},null,"MMBtu"]
[null,{"$f":"'Microgrid Questionnaire'!B44","v":0},{"$f":"'Microgrid Questionnaire'!C44","v":0},{"$f":"'Microgrid Questionnaire'!D44","v":0},{"$f":"'Microgrid Questionnaire'!E44","v":0},{"$f":"'Microgrid Questionnaire'!F44","v":0},{"$f":"'Microgrid Questionnaire'!G44","v":0},null,"MMBtu"]
[null,{"$f":"'Microgrid Questionnaire'!B45","v":0},{"$f":"'Microgrid Questionnaire'!C45","v":0},{"$f":"'Microgrid Questionnaire'!D45","v":0},{"$f":"'Microgrid Questionnaire'!E45","v":0},{"$f":"'Microgrid Questionnaire'!F45","v":0},{"$f":"'Microgrid Questionnaire'!G45","v":0},null,"MMBtu"]
[]
[null,"Will the microgrid provide peak load support or allow its users to participate in a demand response program?",null,null,null,null,null,{"$f":"'Microgrid Questionnaire'!B48","v":"No"}]
[null,"What is the total estimated impact of the microgrid on the generating capacity available to meet peak demand? (MW/year)"]
[]
[null,"What is the estimated impact of the microgrid on the distribution capacity provided by the local utility? (MW/year)",null,null,null,null,null,{"$f":"'Microgrid Questionnaire'!$B$96","v":0}]
[]
[null,"Capital Cost Information"]
[]
[null,"Capital Component","Installed Cost\n($)","Lifespan\n(round to nearest year)"]
[null,{"$f":"'Microgrid Questionnaire'!B100","v":0},{"$f":"'Microgrid Questionnaire'!C100","v":0},{"$f":"'Microgrid Questionnaire'!D100","v":0}]
[null,{"$f":"'Microgrid Questionnaire'!B101","v":0},{"$f":"'Microgrid Questionnaire'!C101","v":0},{"$f":"'Microgrid Questionnaire'!D101","v":0}]
[null,{"$f":"'Microgrid Questionnaire'!B102","v":0},{"$f":"'Microgrid Questionnaire'!C102","v":0},{"$f":"'Microgrid Questionnaire'!D102","v":0}]
[null,{"$f":"'Microgrid Questionnaire'!B103","v":0},{"$f":"'Microgrid Questionnaire'!C103","v":0},{"$f":"'Microgrid Questionnaire'!D103","v":0}]
[null,{"$f":"'Microgrid Questionnaire'!B104","v":0},{"$f":"'Microgrid Questionnaire'!C104","v":0},{"$f":"'Microgrid Questionnaire'!D104","v":0}]
[null,{"$f":"'Microgrid Questionnaire'!B105","v":0},{"$f":"'Microgrid Questionnaire'!C105","v":0},{"$f":"'Microgrid Questionnaire'!D105","v":0}]
[null,{"$f":"'Microgrid Questionnaire'!B106","v":0},{"$f":"'Microgrid Questionnaire'!C106","v":0},{"$f":"'Microgrid Questionnaire'!D106","v":0}]
[null,{"$f":"'Microgrid Questionnaire'!B107","v":0},{"$f":"'Microgrid Questionnaire'!C107","v":0},{"$f":"'Microgrid Questionnaire'!D107","v":0}]
[null,{"$f":"'Microgrid Questionnaire'!B108","v":0},{"$f":"'Microgrid Questionnaire'!C108","v":0},{"$f":"'Microgrid Questionnaire'!D108","v":0}]
[null,{"$f":"'Microgrid Questionnaire'!B109","v":0},{"$f":"'Microgrid Questionnaire'!C109","v":0},{"$f":"'Microgrid Questionnaire'!D109","v":0}]
[null,{"$f":"'Microgrid Questionnaire'!B110","v":0},{"$f":"'Microgrid Questionnaire'!C110","v":0},{"$f":"'Microgrid Questionnaire'!D110","v":0}]
[null,{"$f":"'Microgrid Questionnaire'!B111","v":0},{"$f":"'Microgrid Questionnaire'!C111","v":0},{"$f":"'Microgrid Questionnaire'!D111","v":0}]
[null,{"$f":"'Microgrid Questionnaire'!B112","v":0},{"$f":"'Microgrid Questionnaire'!C112","v":0},{"$f":"'Microgrid Questionnaire'!D112","v":0}]
[null,{"$f":"'Microgrid Questionnaire'!B113","v":0},{"$f":"'Microgrid Questionnaire'!C113","v":0},{"$f":"'Microgrid Questionnaire'!D113","v":0}]
[null,{"$f":"'Microgrid Questionnaire'!B114","v":0},{"$f":"'Microgrid Questionnaire'!C114","v":0},{"$f":"'Microgrid Questionnaire'!D114","v":0}]
[null,{"$f":"'Microgrid Questionnaire'!B115","v":0},{"$f":"'Microgrid Questionnaire'!C115","v":0},{"$f":"'Microgrid Questionnaire'!D115","v":0}]
[null,{"$f":"'Microgrid Questionnaire'!B116","v":0},{"$f":"'Microgrid Questionnaire'!C116","v":0},{"$f":"'Microgrid Questionnaire'!D116","v":0}]
[null,{"$f":"'Microgrid Questionnaire'!B117","v":0},{"$f":"'Microgrid Questionnaire'!C117","v":0},{"$f":"'Microgrid Questionnaire'!D117","v":0}]
[null,{"$f":"'Microgrid Questionnaire'!B118","v":0},{"$f":"'Microgrid Questionnaire'!C118","v":0},{"$f":"'Microgrid Questionnaire'!D118","v":0}]
[null,{"$f":"'Microgrid Questionnaire'!B119","v":0},{"$f":"'Microgrid Questionnaire'!C119","v":0},{"$f":"'Microgrid Questionnaire'!D119","v":0}]
[null,{"$f":"'Microgrid Questionnaire'!B120","v":0},{"$f":"'Microgrid Questionnaire'!C120","v":0},{"$f":"'Microgrid Questionnaire'!D120","v":0}]
[null,{"$f":"'Microgrid Questionnaire'!B121","v":0},{"$f":"'Microgrid Questionnaire'!C121","v":0},{"$f":"'Microgrid Questionnaire'!D121","v":0}]
[null,{"$f":"'Microgrid Questionnaire'!B122","v":0},{"$f":"'Microgrid Questionnaire'!C122","v":0},{"$f":"'Microgrid Questionnaire'!D122","v":0}]
[null,{"$f":"'Microgrid Questionnaire'!B123","v":0},{"$f":"'Microgrid Questionnaire'!C123","v":0},{"$f":"'Microgrid Questionnaire'!D123","v":0}]
[null,{"$f":"'Microgrid Questionnaire'!B124","v":0},{"$f":"'Microgrid Questionnaire'!C124","v":0},{"$f":"'Microgrid Questionnaire'!D124","v":0}]
[null,{"$f":"'Microgrid Questionnaire'!B125","v":0},{"$f":"'Microgrid Questionnaire'!C125","v":0},{"$f":"'Microgrid Questionnaire'!D125","v":0}]
[null,{"$f":"'Microgrid Questionnaire'!B126","v":0},{"$f":"'Microgrid Questionnaire'!C126","v":0},{"$f":"'Microgrid Questionnaire'!D126","v":0}]
[null,{"$f":"'Microgrid Questionnaire'!B127","v":0},{"$f":"'Microgrid Questionnaire'!C127","v":0},{"$f":"'Microgrid Questionnaire'!D127","v":0}]
[null,{"$f":"'Microgrid Questionnaire'!B128","v":0},{"$f":"'Microgrid Questionnaire'!C128","v":0},{"$f":"'Microgrid Questionnaire'!D128","v":0}]
[null,{"$f":"'Microgrid Questionnaire'!B129","v":0},{"$f":"'Microgrid Questionnaire'!C129","v":0},{"$f":"'Microgrid Questionnaire'!D129","v":0}]
[]
[null,"Other Cost Information"]
[]
[null,"Category",null,"Parameter",null,null,null,"Unit","Value"]
[null,"Planning",null,"Initial Design and Planning Costs",null,null,null,"$",{"$f":"'Microgrid Questionnaire'!B133","v":0}]
[null,"O&M Costs",null,"Fixed O&M Costs per Year",null,null,null,"$/year",{"$f":"'Microgrid Questionnaire'!B140","v":0}]
[null,null,null,"Check: Fixed O&M Costs per MW",null,null,null,"$/MW",{"$f":"I78/SUM(E20:E33)","v":{"$error":"#DIV/0!"}}]
[null,null,null,"Variable O&M Costs per Unit of Energy Produced",null,null,null,"$/MWh"]
[null,"Fuel Consumption",null,"Islanded Mode: Max. period of time for operating without replenishing fuel supply",null,null,null,"Days"]
[null,null,null,"Islanded Mode: Fuel consumption if operating in islanded mode for full duration of design event",null,null,null,"Gallons/Month"]
[null,null,null,"Type of fuel offset by new CHP system"]
[null,null,null,"Fuel savings from new CHP system",null,null,null,"MMBtu/year"]
[null,"Environmental",null,"Capital costs associated with emissions control equipment, if not included above",null,null,null,"$",{"$f":"'Microgrid Questionnaire'!C194","v":0}]
[null,null,null,"Lifespan of emissions control equipment, if not included above",null,null,null,"Years",{"$f":"'Microgrid Questionnaire'!E194","v":0}]
[null," ",null,"O&M costs associated with emissions control equipment, if not included above",null,null,null,"$/MWh",{"$f":"'Microgrid Questionnaire'!C195","v":0}]
[null,null,null,"Other costs associated with emissions control equipment, if not included above",null,null,null,"$/year",{"$f":"'Microgrid Questionnaire'!C196","v":0}]
[null,"Emissions Rates",null,"CO2",null,null,null,"Short Tons/MWh"]
[null,null,null,"SO2",null,null,null,"Short Tons/MWh"]
[null,null,null,"NOX",null,null,null,"Short Tons/MWh"]
[null,null,null,"PM2.5",null,null,null,"Short Tons/MWh"]
[null,null,null,"PM2.5-10",null,null,null,"Short Tons/MWh"]
[]
[null,"Do environmental regulations mandate the purchase of emissions allowances for the microgrid (for example, due to system size thresholds)?",null,null,null,null,null,null,{"$f":"'Microgrid Questionnaire'!$B$199","v":"No"}]
[]
[null,"Reliability and Power Quality Information"]
[]
[null,"Category",null,"Parameter",null,null,null,"Unit","Value"]
[null,"Reliability",null,"Baseline average frequency of service interruptions per customer (SAIFI)",null,null,null,"events/year",{"$f":"'Microgrid Questionnaire'!B223","v":0}]
[null,null,null,"Baseline average interruption duration per customer per event (CAIDI)",null,null,null,"minutes",{"$f":"'Microgrid Questionnaire'!C223*60","v":0}]
[null,null,null,"Estimated reduction in grid interruptions for microgrid customers",null,null,null,"percent",1]
[null,"Power Quality",null,"Baseline frequency of power quality events (e.g., voltage sags and momentary interruptions) per year",null,null,null,"events/year",{"$f":"'Microgrid Questionnaire'!B219","v":0}]
[null,null,null,"Estimated reduction in power quality events for microgrid customers",null,null,null,"percent",1]
[]
[null,"Ancillary Services Information"]
[]
[null,"Will the microgrid provide any of the following ancillary services? (not quantified in model)"]
[null,"Frequency or Real Power Support"]
[null,"Voltage or Reactive Power Support"]
[null,"Black Start or System Restoration Support"]
[]
[null,"Macrogrid Generation Information"]
[]
[null,"Energy production by the microgrid in grid-connected mode can be valued using average annual energy prices or peak prices, if the microgrid is likely to operate only during peak demand."]
[null,"Please select the price assumption to use in valuing avoided generation costs. The values listed represent the percent of hours included in the definition of peak demand."]
[]
[null,"Energy Price Assumption",null,null,"Average"]
[]
[null,"For sites located in New York City, is the existing distribution system considered a network or radial system?",null,null,null,null,"Network "]
[]
[null,"State Energy Plan Price Forecasts"]
[]
[null,"The model uses 2016 CARIS energy price forecasts; 2017 DPS ICAP forecasts for capacity prices; and fuel prices from the 2015 NY State Energy Plan."]
[null,"If you believe actual prices will be higher or lower than those estimated in the forecasts, please enter a multiplier other than 1 in the spaces below. This multiplier will be applied to the default price in each year of the analysis."]
[]
[null,"Energy price multiplier",null,1]
[null,"Capacity price multiplier",null,1]
[null,"Distillate fuel price multiplier",null,{"$f":"DistillatePriceMultiplier","v":0.37393570078879401}]
[null,"Natural gas fuel price multiplier",null,{"$f":"NGPriceMultiplier","v":0.53820084234977406}]
[]
[null,"Other Key Inputs"]
[]
[null,"Year 1 of analysis",2018]
[null,"Annualization period (years)",20,"* Applies to all costs except capital costs, which are annualized over the equipment lifespan."]
[null,"Dollar year",2016,"* Should align with dollar year of cost inputs (e.g., capital costs) because these are not adjusted for inflation in the model"]

{"sheet":"Reliability Inputs","index":4,"n_rows":51,"n_cols":8,"rows_kept":51,"cut":false,"hidden":false,"merged":[[0,2,0,4],[6,2,6,3],[10,2,10,3],[13,2,13,3],[14,2,14,3]]}
[null,null,"The analysis of the value of reliability improvements relies on the U.S. Department of Energy's Interruption Cost Estimate (ICE) Calculator, which is available online. As instructed below, you must copy input values from this spreadsheet into the ICE Calculator, then paste results back into the spreadsheet. Changing input values in the spreadsheet will NOT update results."]
[]
[null,"Step","Instructions"]
[null,1,"In your internet browser, navigate to:","http://icecalculator.com/"]
[null,2,"Click on \"Estimate Interruption Costs\""]
[null,3,"Enter these input values:"]
[null,null,"Reliability Inputs"]
[null,null,"SAIFI; AND",{"$f":"'System Specifications and Costs'!I100","v":0}]
[null,null,"SAIDI (minutes) OR"]
[null,null,"CAIDI (minutes)",{"$f":"'System Specifications and Costs'!I101","v":0}]
[null,null,"Number of Customers"]
[null,null,"Non-Residential",{"$f":"SUM('System Specifications and Costs'!C13:C14)","v":0}]
[null,null,"Residential",{"$f":"'System Specifications and Costs'!C12","v":0}]
[null,null,"Choose 1 or More States"]
[null,null,"New York"]
[null,4,"Click \"Go\""]
[null,5,"At the top of the screen, you will see a table similar to the table shown below.  The ICE Calculator will populate the table with state-specific default values for the number of customers in each C&I size class, as well as for average use (shown to the right); these values are based on FERC data.  Replace the default values with data provided for the site you are evaluating.",null,null,null,"Default Values:"]
[null,null,"Customer Category","No. of Customers","Average Usage (Annual MWh)",null,"Average Usage (Annual MWh)"]
[null,null,"Medium and Large C&I (Over 50,000 Annual kWh)",{"$f":"'System Specifications and Costs'!C14","v":0},{"$f":"'System Specifications and Costs'!D14","v":{"$error":"#DIV/0!"}},null,892.2]
[null,null,"Small C&I (Under 50,000 Annual kWh)",{"$f":"'System Specifications and Costs'!C13","v":0},{"$f":"'System Specifications and Costs'!D13","v":{"$error":"#DIV/0!"}},null,30.2]
[null,null,"Residential",{"$f":"'System Specifications and Costs'!C12","v":0},{"$f":"'System Specifications and Costs'!D12","v":{"$error":"#DIV/0!"}},null,7.3]
[null,6,"Scroll down the screen until you reach a table similar to the table shown below.  The ICE calculator will populate this table with state-specific default values (highlighted in purple in the tables below or to the right).  When available information allows, replace these default values with data pertaining to the customers to be served by the microgrid you are evaluating. Cells that can be updated to reflect site-specific information from the Microgrid and Facility Questionnaires are shaded green in the tables below.",null,null,null,"Default Values:"]
[null,null,"C&I Industry Percentages","Medium and Large C&I","Small C&I",null,"Medium and Large C&I","Small C&I"]
[null,null,"Construction",null,null,null,2.1000000000000001E-2,9.9000000000000005E-2]
[null,null,"Manufacturing",null,null,null,0.127,3.5000000000000003E-2]
[null,null,"All Other Industries",null,null,null,0.85099999999999998,0.86599999999999999]
[null,null,"Total (must add to 100%)",{"$f":"SUM(D24:D26)","v":0},{"$f":"SUM(E24:E26)","v":0}]
[null,null,"Percent of C&I Customers with:","Medium and Large C&I","Small C&I",null,"Medium and Large C&I","Small C&I"]
[null,null,"No or Unknown Backup Equipment",null,null,null,0.54400000000000004,0.70399999999999996]
[null,null,"Backup Generation or Power Conditioning",null,null,null,0.372,0.26200000000000001]
[null,null,"Backup Generation and Power Conditioning",null,null,null,8.4000000000000005E-2,3.4000000000000002E-2]
[null,null,"Total (must add to 100%)",{"$f":"SUM(D29:D31)","v":0},{"$f":"SUM(E29:E31)","v":0}]
[null,null,"Residential Customer Characteristics","Estimate"]
[null,null,"Median Household Income",50372]
[null,null,"Distribution of Outages by Time of Day","Estimated Percentage"]
[null,null,"Morning (6 am to 12 pm)",0.25]
[null,null,"Afternoon (12 pm to 5 pm)",0.20799999999999999]
[null,null,"Evening (5 pm to 10 pm)",0.20799999999999999]
[null,null,"Night (10 pm to 6 am)",0.33300000000000002]
[null,null,"Total (must add to 100%)",{"$f":"SUM(D36:D39)","v":0.99899999999999989}]
[null,null,"Distribution of Outages by Time of Year","Estimated Percentage"]
[null,null,"Summer (Jun thru Sep)",0.33300000000000002]
[null,null,"Non-Summer (Oct thru May)",0.66700000000000004]
[null,null,"Total (must add to 100%)",{"$f":"SUM(D42:D43)","v":1}]
[null,7,"Click \"Go\""]
[null,8,"Paste results from the table generated by the ICE Calculator into the green cells in the table below:",null,null,null,"Dollar year:",2016]
[null,null,"Sector","No. of Customers","Cost per Event (2016$)","Cost per Average kW (2016$)","Cost per Unserved kWh (2016$)","Total Cost of Sustained Interruptions (2016$)"]
[null,null,"Medium and Large C&I",{"$f":"'System Specifications and Costs'!C14","v":0}]
[null,null,"Small C&I",{"$f":"'System Specifications and Costs'!C13","v":0}]
[null,null,"Residential",{"$f":"'System Specifications and Costs'!C12","v":0}]
[null,null,"All Customers",{"$f":"SUM(D48:D50)","v":0}]

{"sheet":"Major Power Outage Inputs","index":5,"n_rows":27,"n_cols":23,"rows_kept":27,"cut":false,"hidden":false,"merged":[]}
[null,"Name of Service Provided","Total Value of Service Provided","Population Served by the Facility Experiencing Outage","Number of Residents Left Without Power during Complete Loss of Power","Backup Generation Present in Baseline Scenario","Level of Service Maintained while Using Backup Generation","Hours per day of Microgrid Demand during Outage","One-Time Cost of Operating Backup Generation","Ongoing Cost of Operating Backup Generation","One-Time Cost of Emergency Measures Required while on Backup Power","Ongoing Cost of Emergency Measures Required while on Backup Power","One-Time Cost of Emergency Measures Required during Complete Loss of Power","Ongoing Cost of Emergency Measures Required during Complete Loss of Power","Distance to Nearest Facility that Can Serve this Population","Alternate Estimate: Percent Increase in Average Response Time","Type of Area Where Population Is Located","% Adjustment Factor for Value of Service Loss","% Adjustment \nFactor for \nCost of Operating Backup Generation","% Adjustment \nFactor for \nOne-Time Cost of Emergency Measures Required while on Backup Power","% Adjustment \nFactor for \nOngoing Cost of Emergency Measures Required while on Backup Power","% Adjustment \nFactor for \nOne-Time Cost of Emergency Measures Required during Complete Loss of Power","% Adjustment \nFactor for \nOngoing Cost of Emergency Measures Required during Complete Loss of Power"]
[null,null,"$ per day","people","people","yes/no","%","hours","$","$ per day","$ per day","$ per day","$","$ per day","miles","%","N/A","%","%","%","%","%","%"]
["Fire Services","N/A","N/A",{"$f":"'Facility Questionnaire'!B49","v":0},"N/A",null,null,null,null,null,null,null,null,null,{"$f":"'Facility Questionnaire'!B55","v":0},{"$f":"'Facility Questionnaire'!B52","v":0},"N/A",null,1,1,1,1,1]
["Emergency Medical Services","N/A","N/A",{"$f":"'Facility Questionnaire'!B59","v":0},"N/A",null,null,null,null,null,null,null,null,null,{"$f":"'Facility Questionnaire'!B68","v":0},{"$f":"'Facility Questionnaire'!B65","v":0},{"$f":"'Facility Questionnaire'!B62","v":0},null,1,1,1,1,1]
["Hospital Services","N/A","N/A",{"$f":"'Facility Questionnaire'!B72","v":0},"N/A",null,null,null,null,null,null,null,null,null,{"$f":"'Facility Questionnaire'!B75","v":0},"N/A","N/A",null,1,1,1,1,1]
["Police Services","N/A","N/A",{"$f":"'Facility Questionnaire'!B82","v":0},"N/A",null,null,null,null,null,null,null,null,null,"N/A","N/A",{"$f":"'Facility Questionnaire'!B85","v":0},null,1,1,1,1,1]
["Electric Services","N/A","N/A",{"$f":"SUM(E10:E14)","v":0},"N/A",null,null,null,null,null,null,null,null,null,"N/A","N/A","N/A",null,1,1,1,1,1]
["Wastewater Services","N/A","N/A",{"$f":"'Facility Questionnaire'!B96","v":0},"N/A",null,null,null,null,null,null,null,null,null,"N/A","N/A","N/A",null,1,1,1,1,1]
["Water Services","N/A","N/A",{"$f":"'Facility Questionnaire'!B103","v":0},"N/A",null,null,null,null,null,null,null,null,null,"N/A","N/A","N/A",null,1,1,1,1,1]
["Other Service 1: ",null,null,"N/A",null,null,null,null,null,null,null,null,null,null,"N/A","N/A","N/A",null,1,1,1,1,1]
["Other Service 2: ",null,null,"N/A",null,null,null,null,null,null,null,null,null,null,"N/A","N/A","N/A",null,1,1,1,1,1]
["Other Service 3: ",null,null,"N/A",null,null,null,null,null,null,null,null,null,null,"N/A","N/A","N/A",null,1,1,1,1,1]
["Other Service 4: ",null,null,"N/A",null,null,null,null,null,null,null,null,null,null,"N/A","N/A","N/A",null,1,1,1,1,1]
["Other Service 5:",null,null,"N/A",null,null,null,null,null,null,null,null,null,null,"N/A","N/A","N/A",null,1,1,1,1,1]
[]
[null,"Population Served by the Nearest Hospital that could Serve this Population"]
[null,"People"]
["Hospital Services",{"$f":"'Facility Questionnaire'!B78","v":0}]
[]
[null,"Include Economic Losses?","Include Residential Losses?"]
["Electric Services","No",{"$f":"IF(D7>0,\"Yes\",\"No\")","v":"No"}]
["Wastewater Services",{"$f":"IF(OR('Facility Questionnaire'!$B$99=\"Businesses\",'Facility Questionnaire'!$B$99=\"Both\"),\"Yes\",\"No\")","v":"No"},{"$f":"IF(OR('Facility Questionnaire'!$B$99=\"Residential Customers\",'Facility Questionnaire'!$B$99=\"Both\"),\"Yes\",\"No\")","v":"No"}]
["Water Services",{"$f":"IF(OR('Facility Questionnaire'!$B$106=\"Businesses\",'Facility Questionnaire'!$B$106=\"Both\"),\"Yes\",\"No\")","v":"No"},{"$f":"IF(OR('Facility Questionnaire'!$B$106=\"Residential Customers\",'Facility Questionnaire'!$B$106=\"Both\"),\"Yes\",\"No\")","v":"No"}]
[]
[null,"Number of Police Officers Working at the Station Before the Outage","Number of Police Officers Working at the Station During the Outage","Alternate Estimate: Percent Reduction in Effectiveness During the Outage"]
[null,"Officers","Officers","Percent"]
["Police Services",{"$f":"'Facility Questionnaire'!B88","v":0},{"$f":"'Facility Questionnaire'!B90","v":0},{"$f":"'Facility Questionnaire'!B92","v":0}]

{"sheet":"Annual Costs & Benefits","index":6,"n_rows":26,"n_cols":8,"rows_kept":26,"cut":false,"hidden":false,"merged":[[3,1,4,1]]}
[]
[null,"Annual Stream of Costs and Benefits"]
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[null,"Year"]
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[null,2028,null,{"$f":"VLOOKUP(B16,'Nominal & PV Costs'!$B$6:$E$25,4)","v":0},null,{"$f":"SUM('Energy Benefits Calcs'!E15,'Energy Benefits Calcs'!H15,'Energy Benefits Calcs'!L15,'Energy Benefits Calcs'!P15)+SUM('Reliability Benefits Calcs'!N16)+SUM('Power Quality Benefits Calcs'!I16)+SUM('Environmental Benefits Calcs'!T18:Z18)+'MPO Annual Costs & Benefits'!U25","v":0},null,0]
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[null,2032,null,{"$f":"VLOOKUP(B20,'Nominal & PV Costs'!$B$6:$E$25,4)","v":0},null,{"$f":"SUM('Energy Benefits Calcs'!E19,'Energy Benefits Calcs'!H19,'Energy Benefits Calcs'!L19,'Energy Benefits Calcs'!P19)+SUM('Reliability Benefits Calcs'!N20)+SUM('Power Quality Benefits Calcs'!I20)+SUM('Environmental Benefits Calcs'!T22:Z22)+'MPO Annual Costs & Benefits'!U29","v":0},null,0]
[null,2033,null,{"$f":"VLOOKUP(B21,'Nominal & PV Costs'!$B$6:$E$25,4)","v":0},null,{"$f":"SUM('Energy Benefits Calcs'!E20,'Energy Benefits Calcs'!H20,'Energy Benefits Calcs'!L20,'Energy Benefits Calcs'!P20)+SUM('Reliability Benefits Calcs'!N21)+SUM('Power Quality Benefits Calcs'!I21)+SUM('Environmental Benefits Calcs'!T23:Z23)+'MPO Annual Costs & Benefits'!U30","v":0},null,0]
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[null,2035,null,{"$f":"VLOOKUP(B23,'Nominal & PV Costs'!$B$6:$E$25,4)","v":0},null,{"$f":"SUM('Energy Benefits Calcs'!E22,'Energy Benefits Calcs'!H22,'Energy Benefits Calcs'!L22,'Energy Benefits Calcs'!P22)+SUM('Reliability Benefits Calcs'!N23)+SUM('Power Quality Benefits Calcs'!I23)+SUM('Environmental Benefits Calcs'!T25:Z25)+'MPO Annual Costs & Benefits'!U32","v":0},null,0]
[null,2036,null,{"$f":"VLOOKUP(B24,'Nominal & PV Costs'!$B$6:$E$25,4)","v":0},null,{"$f":"SUM('Energy Benefits Calcs'!E23,'Energy Benefits Calcs'!H23,'Energy Benefits Calcs'!L23,'Energy Benefits Calcs'!P23)+SUM('Reliability Benefits Calcs'!N24)+SUM('Power Quality Benefits Calcs'!I24)+SUM('Environmental Benefits Calcs'!T26:Z26)+'MPO Annual Costs & Benefits'!U33","v":0},null,0]
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[null,"Nominal Total",null,{"$f":"SUM(D6:D23)","v":0},null,{"$f":"SUM(F6:F23)","v":0},null,{"$f":"SUM(H6:H23)","v":0}]

{"sheet":"Nominal & PV Costs","index":7,"n_rows":29,"n_cols":24,"rows_kept":29,"cut":false,"hidden":false,"merged":[[3,14,3,18],[3,19,3,23],[3,2,4,2],[3,6,4,6],[3,8,3,10],[3,7,4,7],[27,1,27,2],[25,1,25,2],[26,1,26,2],[3,1,4,1],[3,11,3,13]]}
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[null,"Total Cost Model - Nominal & Present Value Costs"]
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{"sheet":"Annualized Costs","index":8,"n_rows":25,"n_cols":24,"rows_kept":25,"cut":false,"hidden":false,"merged":[[3,14,3,18],[3,19,3,23],[3,1,4,1],[3,2,4,2],[3,6,4,6],[3,7,4,7],[3,8,3,10],[3,11,3,13]]}
[]
[null,"Total Cost Model - Annualized Costs"]
[]
[null,"Year","Electricity Produced\n(MWh)",null,null,null,"Initial Design and Planning Costs \n($)","Capital Investments\n($)","Operation & Maintenance Costs",null,null,"Emission Control Costs",null,null,"Emissions Allowance Costs",null,null,null,null,"Emissions Damages"]
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[null,"Capital Cost Calculations"]
[]
[null,"Component",null,"Total Nominal\nCapital Investments",null,{"$f":"IF('System Specifications and Costs'!$B$43=0,\"N/A\",'System Specifications and Costs'!$B$43)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$B$44=0,\"N/A\",'System Specifications and Costs'!$B$44)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$B$45=0,\"N/A\",'System Specifications and Costs'!$B$45)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$B$46=0,\"N/A\",'System Specifications and Costs'!$B$46)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$B$47=0,\"N/A\",'System Specifications and Costs'!$B$47)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$B$48=0,\"N/A\",'System Specifications and Costs'!$B$48)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$B$49=0,\"N/A\",'System Specifications and Costs'!$B$49)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$B$50=0,\"N/A\",'System Specifications and Costs'!$B$50)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$B$51=0,\"N/A\",'System Specifications and Costs'!$B$51)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$B$52=0,\"N/A\",'System Specifications and Costs'!$B$52)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$B$53=0,\"N/A\",'System Specifications and Costs'!$B$53)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$B$54=0,\"N/A\",'System Specifications and Costs'!$B$54)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$B$55=0,\"N/A\",'System Specifications and Costs'!$B$55)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$B$56=0,\"N/A\",'System Specifications and Costs'!$B$56)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$B$57=0,\"N/A\",'System Specifications and Costs'!$B$57)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$B$58=0,\"N/A\",'System Specifications and Costs'!$B$58)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$B$59=0,\"N/A\",'System Specifications and Costs'!$B$59)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$B$60=0,\"N/A\",'System Specifications and Costs'!$B$60)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$B$61=0,\"N/A\",'System Specifications and Costs'!$B$61)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$B$62=0,\"N/A\",'System Specifications and Costs'!$B$62)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$B$63=0,\"N/A\",'System Specifications and Costs'!$B$63)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$B$64=0,\"N/A\",'System Specifications and Costs'!$B$64)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$B$65=0,\"N/A\",'System Specifications and Costs'!$B$65)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$B$66=0,\"N/A\",'System Specifications and Costs'!$B$66)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$B$67=0,\"N/A\",'System Specifications and Costs'!$B$67)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$B$68=0,\"N/A\",'System Specifications and Costs'!$B$68)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$B$69=0,\"N/A\",'System Specifications and Costs'!$B$69)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$B$70=0,\"N/A\",'System Specifications and Costs'!$B$70)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$B$71=0,\"N/A\",'System Specifications and Costs'!$B$71)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$B$72=0,\"N/A\",'System Specifications and Costs'!$B$72)","v":"N/A"}]
[null,"Installed Cost",null,null,null,{"$f":"IF('System Specifications and Costs'!$C$43=0,\"N/A\",'System Specifications and Costs'!$C$43)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$C$44=0,\"N/A\",'System Specifications and Costs'!$C$44)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$C$45=0,\"N/A\",'System Specifications and Costs'!$C$45)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$C$46=0,\"N/A\",'System Specifications and Costs'!$C$46)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$C$47=0,\"N/A\",'System Specifications and Costs'!$C$47)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$C$48=0,\"N/A\",'System Specifications and Costs'!$C$48)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$C$49=0,\"N/A\",'System Specifications and Costs'!$C$49)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$C$50=0,\"N/A\",'System Specifications and Costs'!$C$50)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$C$51=0,\"N/A\",'System Specifications and Costs'!$C$51)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$C$52=0,\"N/A\",'System Specifications and Costs'!$C$52)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$C$53=0,\"N/A\",'System Specifications and Costs'!$C$53)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$C$54=0,\"N/A\",'System Specifications and Costs'!$C$54)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$C$55=0,\"N/A\",'System Specifications and Costs'!$C$55)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$C$56=0,\"N/A\",'System Specifications and Costs'!$C$56)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$C$57=0,\"N/A\",'System Specifications and Costs'!$C$57)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$C$58=0,\"N/A\",'System Specifications and Costs'!$C$58)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$C$59=0,\"N/A\",'System Specifications and Costs'!$C$59)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$C$60=0,\"N/A\",'System Specifications and Costs'!$C$60)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$C$61=0,\"N/A\",'System Specifications and Costs'!$C$61)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$C$62=0,\"N/A\",'System Specifications and Costs'!$C$62)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$C$63=0,\"N/A\",'System Specifications and Costs'!$C$63)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$C$64=0,\"N/A\",'System Specifications and Costs'!$C$64)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$C$65=0,\"N/A\",'System Specifications and Costs'!$C$65)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$C$66=0,\"N/A\",'System Specifications and Costs'!$C$66)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$C$67=0,\"N/A\",'System Specifications and Costs'!$C$67)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$C$68=0,\"N/A\",'System Specifications and Costs'!$C$68)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$C$69=0,\"N/A\",'System Specifications and Costs'!$C$69)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$C$70=0,\"N/A\",'System Specifications and Costs'!$C$70)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$C$71=0,\"N/A\",'System Specifications and Costs'!$C$71)","v":"N/A"},{"$f":"IF('System Specifications and Costs'!$C$72=0,\"N/A\",'System Specifications and Costs'!$C$72)","v":"N/A"}]
[null,"Lifespan",null,null,null,{"$f":"IF('System Specifications and Costs'!$D$43=\"\",\"N/A\",'System Specifications and Costs'!$D$43)","v":0},{"$f":"IF('System Specifications and Costs'!$D$44=\"\",\"N/A\",'System Specifications and Costs'!$D$44)","v":0},{"$f":"IF('System Specifications and Costs'!$D$45=\"\",\"N/A\",'System Specifications and Costs'!$D$45)","v":0},{"$f":"IF('System Specifications and Costs'!$D$46=\"\",\"N/A\",'System Specifications and Costs'!$D$46)","v":0},{"$f":"IF('System Specifications and Costs'!$D$47=\"\",\"N/A\",'System Specifications and Costs'!$D$47)","v":0},{"$f":"IF('System Specifications and Costs'!$D$48=\"\",\"N/A\",'System Specifications and Costs'!$D$48)","v":0},{"$f":"IF('System Specifications and Costs'!$D$49=\"\",\"N/A\",'System Specifications and Costs'!$D$49)","v":0},{"$f":"IF('System Specifications and Costs'!$D$50=\"\",\"N/A\",'System Specifications and Costs'!$D$50)","v":0},{"$f":"IF('System Specifications and Costs'!$D$51=\"\",\"N/A\",'System Specifications and Costs'!$D$51)","v":0},{"$f":"IF('System Specifications and Costs'!$D$52=\"\",\"N/A\",'System Specifications and Costs'!$D$52)","v":0},{"$f":"IF('System Specifications and Costs'!$D$53=\"\",\"N/A\",'System Specifications and Costs'!$D$53)","v":0},{"$f":"IF('System Specifications and Costs'!$D$54=\"\",\"N/A\",'System Specifications and Costs'!$D$54)","v":0},{"$f":"IF('System Specifications and Costs'!$D$55=\"\",\"N/A\",'System Specifications and Costs'!$D$55)","v":0},{"$f":"IF('System Specifications and Costs'!$D$56=\"\",\"N/A\",'System Specifications and Costs'!$D$56)","v":0},{"$f":"IF('System Specifications and Costs'!$D$57=\"\",\"N/A\",'System Specifications and Costs'!$D$57)","v":0},{"$f":"IF('System Specifications and Costs'!$D$58=\"\",\"N/A\",'System Specifications and Costs'!$D$58)","v":0},{"$f":"IF('System Specifications and Costs'!$D$59=\"\",\"N/A\",'System Specifications and Costs'!$D$59)","v":0},{"$f":"IF('System Specifications and Costs'!$D$60=\"\",\"N/A\",'System Specifications and Costs'!$D$60)","v":0},{"$f":"IF('System Specifications and Costs'!$D$61=\"\",\"N/A\",'System Specifications and Costs'!$D$61)","v":0},{"$f":"IF('System Specifications and Costs'!$D$62=\"\",\"N/A\",'System Specifications and Costs'!$D$62)","v":0},{"$f":"IF('System Specifications and Costs'!$D$63=\"\",\"N/A\",'System Specifications and Costs'!$D$63)","v":0},{"$f":"IF('System Specifications and Costs'!$D$64=\"\",\"N/A\",'System Specifications and Costs'!$D$64)","v":0},{"$f":"IF('System Specifications and Costs'!$D$65=\"\",\"N/A\",'System Specifications and Costs'!$D$65)","v":0},{"$f":"IF('System Specifications and Costs'!$D$66=\"\",\"N/A\",'System Specifications and Costs'!$D$66)","v":0},{"$f":"IF('System Specifications and Costs'!$D$67=\"\",\"N/A\",'System Specifications and Costs'!$D$67)","v":0},{"$f":"IF('System Specifications and Costs'!$D$68=\"\",\"N/A\",'System Specifications and Costs'!$D$68)","v":0},{"$f":"IF('System Specifications and Costs'!$D$69=\"\",\"N/A\",'System Specifications and Costs'!$D$69)","v":0},{"$f":"IF('System Specifications and Costs'!$D$70=\"\",\"N/A\",'System Specifications and Costs'!$D$70)","v":0},{"$f":"IF('System Specifications and Costs'!$D$71=\"\",\"N/A\",'System Specifications and Costs'!$D$71)","v":0},{"$f":"IF('System Specifications and Costs'!$D$72=\"\",\"N/A\",'System Specifications and Costs'!$D$72)","v":0}]
[null,{"$f":"YearOne","v":2018},null,{"$f":"SUM(F7:AI7)","v":0},null,{"$f":"IF(F$5=\"N/A\",0,F$5)","v":0},{"$f":"IF(G$5=\"N/A\",0,G$5)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,{"$f":"B7+1","v":2019},null,{"$f":"SUM(F8:AI8)","v":0},null,{"$f":"IF(AND(F$4=\"N/A\",F$5=\"N/A\"),0,IF(INT(($B8-$B$7)/F$6)=($B8-$B$7)/F$6,F$5,0))","v":0},0,0,0,0,0,0,0,0,0,{"$f":"IF(AND(P$4=\"N/A\",P$5=\"N/A\"),0,IF(INT(($B8-$B$7)/P$6)=($B8-$B$7)/P$6,P$5,0))","v":0},0,0,0,0,0,0,0,0,0,{"$f":"IF(AND(Z$4=\"N/A\",Z$5=\"N/A\"),0,IF(INT(($B8-$B$7)/Z$6)=($B8-$B$7)/Z$6,Z$5,0))","v":0},0,0,0,0,0,0,0,0,0]
[null,2020,null,0,null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,2021,null,0,null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,2022,null,0,null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,2023,null,0,null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,2024,null,0,null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,2025,null,0,null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,2026,null,0,null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,2027,null,0,null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,2028,null,0,null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,2029,null,0,null,{"$f":"IF(AND(F$4=\"N/A\",F$5=\"N/A\"),0,IF(INT(($B18-$B$7)/F$6)=($B18-$B$7)/F$6,F$5,0))","v":0},0,0,0,0,0,0,0,0,0,{"$f":"IF(AND(P$4=\"N/A\",P$5=\"N/A\"),0,IF(INT(($B18-$B$7)/P$6)=($B18-$B$7)/P$6,P$5,0))","v":0},0,0,0,0,0,0,0,0,0,{"$f":"IF(AND(Z$4=\"N/A\",Z$5=\"N/A\"),0,IF(INT(($B18-$B$7)/Z$6)=($B18-$B$7)/Z$6,Z$5,0))","v":0},0,0,0,0,0,0,0,0,0]
[null,2030,null,0,null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,2031,null,0,null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,2032,null,0,null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,2033,null,0,null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,2034,null,0,null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,2035,null,0,null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,2036,null,0,null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,2037,null,0,null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null," Nominal Total",null,{"$f":"SUM(D7:D26)","v":0},null,{"$f":"SUM(F7:F26)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Present Value Total",null,{"$f":"NPV(Summary!$D$20,'Capital Costs Calculations'!D$8:D$26)+D7","v":0},null,{"$f":"NPV(Summary!$D$20,'Capital Costs Calculations'!F$8:F$26)+F7","v":0},{"$f":"NPV(Summary!$D$20,'Capital Costs Calculations'!G$8:G$26)+G7","v":0},{"$f":"NPV(Summary!$D$20,'Capital Costs Calculations'!H$8:H$26)+H7","v":0},{"$f":"NPV(Summary!$D$20,'Capital Costs Calculations'!I$8:I$26)+I7","v":0},{"$f":"NPV(Summary!$D$20,'Capital Costs Calculations'!J$8:J$26)+J7","v":0},{"$f":"NPV(Summary!$D$20,'Capital Costs Calculations'!K$8:K$26)+K7","v":0},{"$f":"NPV(Summary!$D$20,'Capital Costs Calculations'!L$8:L$26)+L7","v":0},{"$f":"NPV(Summary!$D$20,'Capital Costs Calculations'!M$8:M$26)+M7","v":0},{"$f":"NPV(Summary!$D$20,'Capital Costs Calculations'!N$8:N$26)+N7","v":0},{"$f":"NPV(Summary!$D$20,'Capital Costs Calculations'!O$8:O$26)+O7","v":0},{"$f":"NPV(Summary!$D$20,'Capital Costs Calculations'!P$8:P$26)+P7","v":0},{"$f":"NPV(Summary!$D$20,'Capital Costs Calculations'!Q$8:Q$26)+Q7","v":0},{"$f":"NPV(Summary!$D$20,'Capital Costs Calculations'!R$8:R$26)+R7","v":0},{"$f":"NPV(Summary!$D$20,'Capital Costs Calculations'!S$8:S$26)+S7","v":0},{"$f":"NPV(Summary!$D$20,'Capital Costs Calculations'!T$8:T$26)+T7","v":0},{"$f":"NPV(Summary!$D$20,'Capital Costs Calculations'!U$8:U$26)+U7","v":0},{"$f":"NPV(Summary!$D$20,'Capital Costs Calculations'!V$8:V$26)+V7","v":0},{"$f":"NPV(Summary!$D$20,'Capital Costs Calculations'!W$8:W$26)+W7","v":0},{"$f":"NPV(Summary!$D$20,'Capital Costs Calculations'!X$8:X$26)+X7","v":0},{"$f":"NPV(Summary!$D$20,'Capital Costs Calculations'!Y$8:Y$26)+Y7","v":0},{"$f":"NPV(Summary!$D$20,'Capital Costs Calculations'!Z$8:Z$26)+Z7","v":0},{"$f":"NPV(Summary!$D$20,'Capital Costs Calculations'!AA$8:AA$26)+AA7","v":0},{"$f":"NPV(Summary!$D$20,'Capital Costs Calculations'!AB$8:AB$26)+AB7","v":0},{"$f":"NPV(Summary!$D$20,'Capital Costs Calculations'!AC$8:AC$26)+AC7","v":0},{"$f":"NPV(Summary!$D$20,'Capital Costs Calculations'!AD$8:AD$26)+AD7","v":0},{"$f":"NPV(Summary!$D$20,'Capital Costs Calculations'!AE$8:AE$26)+AE7","v":0},{"$f":"NPV(Summary!$D$20,'Capital Costs Calculations'!AF$8:AF$26)+AF7","v":0},{"$f":"NPV(Summary!$D$20,'Capital Costs Calculations'!AG$8:AG$26)+AG7","v":0},{"$f":"NPV(Summary!$D$20,'Capital Costs Calculations'!AH$8:AH$26)+AH7","v":0},{"$f":"NPV(Summary!$D$20,'Capital Costs Calculations'!AI$8:AI$26)+AI7","v":0}]
[]
[null,"Annualized Cost Calculations"]
[]
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[]
[null,"Fuel Cost Calculations"]
[]
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[null,null,null,null,null,"*Model uses commercial fuel prices by default. "]

{"sheet":"Emissions Costs Calcs","index":11,"n_rows":33,"n_cols":18,"rows_kept":33,"cut":false,"hidden":false,"merged":[[3,13,3,17],[3,1,4,1],[3,3,3,7],[3,2,4,2],[3,8,3,12]]}
[]
[null,"Emissions Allowance Price and Emissions Damages Calculations"]
[]
[null,"Year","Annual Electricity Production\n(MWh)","Emissions (Tons/Year)",null,null,null,null,"Emissions Allowance Costs*",null,null,null,null,"Emissions Damages"]
[null,null,null,"CO2","SO2","NOX","PM2.5","PM2.5-10","CO2","SO2","NOX","PM2.5","PM2.5-10","CO2","SO2","NOX","PM2.5","PM2.5-10"]
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[null,{"$f":"B6+1","v":2019},{"$f":"SUM('System Specifications and Costs'!$F$20:$F$33)","v":0},{"$f":"$C7*'System Specifications and Costs'!$I$89","v":0},{"$f":"$C7*'System Specifications and Costs'!$I$90","v":0},{"$f":"$C7*'System Specifications and Costs'!$I$91","v":0},{"$f":"$C7*'System Specifications and Costs'!$I$92","v":0},{"$f":"$C7*'System Specifications and Costs'!$I$93","v":0},null,{"$f":"IF('System Specifications and Costs'!$I$95=\"No\",0,E7*HLOOKUP($B7,AllowancePrices,3,FALSE)*HLOOKUP(B7,GDPdeflator,2,FALSE))","v":0},{"$f":"IF('System Specifications and Costs'!$I$95=\"No\",0,F7*HLOOKUP($B7,AllowancePrices,2,FALSE)*HLOOKUP(B7,GDPdeflator,2,FALSE))","v":0},null,null,{"$f":"D7*HLOOKUP($B7, EmissionsDamageValues, CO2DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$4,GDPdeflator,2,FALSE)","v":0},{"$f":"IF('System Specifications and Costs'!$I$95=\"No\",E7*HLOOKUP($B7, EmissionsDamageValues, SO2DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$8,GDPdeflator,2,FALSE),0)","v":0},{"$f":"IF('System Specifications and Costs'!$I$95=\"No\",F7*HLOOKUP($B7, EmissionsDamageValues, NOXDamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$6,GDPdeflator,2,FALSE),0)","v":0},{"$f":"G7*HLOOKUP($B7, EmissionsDamageValues, PM25DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$10,GDPdeflator,2,FALSE)","v":0},{"$f":"H7*HLOOKUP($B7, EmissionsDamageValues,PM10DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$12,GDPdeflator,2,FALSE)","v":0}]
[null,{"$f":"B7+1","v":2020},{"$f":"SUM('System Specifications and Costs'!$F$20:$F$33)","v":0},{"$f":"$C8*'System Specifications and Costs'!$I$89","v":0},{"$f":"$C8*'System Specifications and Costs'!$I$90","v":0},{"$f":"$C8*'System Specifications and Costs'!$I$91","v":0},{"$f":"$C8*'System Specifications and Costs'!$I$92","v":0},{"$f":"$C8*'System Specifications and Costs'!$I$93","v":0},null,{"$f":"IF('System Specifications and Costs'!$I$95=\"No\",0,E8*HLOOKUP($B8,AllowancePrices,3,FALSE)*HLOOKUP(B8,GDPdeflator,2,FALSE))","v":0},{"$f":"IF('System Specifications and Costs'!$I$95=\"No\",0,F8*HLOOKUP($B8,AllowancePrices,2,FALSE)*HLOOKUP(B8,GDPdeflator,2,FALSE))","v":0},null,null,{"$f":"D8*HLOOKUP($B8, EmissionsDamageValues, CO2DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$4,GDPdeflator,2,FALSE)","v":0},{"$f":"IF('System Specifications and Costs'!$I$95=\"No\",E8*HLOOKUP($B8, EmissionsDamageValues, SO2DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$8,GDPdeflator,2,FALSE),0)","v":0},{"$f":"IF('System Specifications and Costs'!$I$95=\"No\",F8*HLOOKUP($B8, EmissionsDamageValues, NOXDamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$6,GDPdeflator,2,FALSE),0)","v":0},{"$f":"G8*HLOOKUP($B8, EmissionsDamageValues, PM25DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$10,GDPdeflator,2,FALSE)","v":0},{"$f":"H8*HLOOKUP($B8, EmissionsDamageValues,PM10DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$12,GDPdeflator,2,FALSE)","v":0}]
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[null,2022,{"$f":"SUM('System Specifications and Costs'!$F$20:$F$33)","v":0},{"$f":"$C10*'System Specifications and Costs'!$I$89","v":0},{"$f":"$C10*'System Specifications and Costs'!$I$90","v":0},{"$f":"$C10*'System Specifications and Costs'!$I$91","v":0},{"$f":"$C10*'System Specifications and Costs'!$I$92","v":0},{"$f":"$C10*'System Specifications and Costs'!$I$93","v":0},null,{"$f":"IF('System Specifications and Costs'!$I$95=\"No\",0,E10*HLOOKUP($B10,AllowancePrices,3,FALSE)*HLOOKUP(B10,GDPdeflator,2,FALSE))","v":0},{"$f":"IF('System Specifications and Costs'!$I$95=\"No\",0,F10*HLOOKUP($B10,AllowancePrices,2,FALSE)*HLOOKUP(B10,GDPdeflator,2,FALSE))","v":0},null,null,{"$f":"D10*HLOOKUP($B10, EmissionsDamageValues, CO2DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$4,GDPdeflator,2,FALSE)","v":0},{"$f":"IF('System Specifications and Costs'!$I$95=\"No\",E10*HLOOKUP($B10, EmissionsDamageValues, SO2DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$8,GDPdeflator,2,FALSE),0)","v":0},{"$f":"IF('System Specifications and Costs'!$I$95=\"No\",F10*HLOOKUP($B10, EmissionsDamageValues, NOXDamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$6,GDPdeflator,2,FALSE),0)","v":0},{"$f":"G10*HLOOKUP($B10, EmissionsDamageValues, PM25DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$10,GDPdeflator,2,FALSE)","v":0},{"$f":"H10*HLOOKUP($B10, EmissionsDamageValues,PM10DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$12,GDPdeflator,2,FALSE)","v":0}]
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[null,"Note: NYSERDA assumes that the RGGI cap on CO2 is not binding and accordingly values all CO2 emissions at their marginal damage value."]
[null,"* Underlying data are in nominal dollars"]
[]
[]
[]
[]
[]
[null,null," "]

{"sheet":"Power Outage Costs","index":12,"n_rows":64,"n_cols":12,"rows_kept":64,"cut":false,"hidden":false,"merged":[]}
[]
[null,"Power Outage Cost Calculations"]
[]
[null,"Distributed Energy Resource","Energy Source","Nameplate Capacity (MW)","Currently Used to Provide Backup Generation?","Daily Production (MWh/day)","O&M Costs ($/MWh)","CO2 Emissions (tons/MWh)","PM2.5 Emissions (tons/MWh)","PM10 Emissions (tons/MWh)","SO2 Emissions (tons/MWh)","NOx Emissions (tons/MWh)"]
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[]
[null,"Major Power Outages"]
[null,"Distributed Energy Resource","Outage Duration (days)","Total Production (MWh)","Net O&M Costs ($)","Net CO2 Emissions (tons)","Net PM2.5 Emissions (tons)","Net PM10 Emissions (tons)","Net SO2 Emissions (tons)","Net NOx Emissions (tons)","Fuel Consumption (MMBtu)"]
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[null,0,{"$f":"Summary!$D$18","v":0},0,{"$f":"IF($E8=\"Yes\",D26*G8*'Major Power Outage Std. Values'!$F$52,D26*G8)","v":0},{"$f":"IF($E8=\"Yes\",H8*$D26*'Major Power Outage Std. Values'!$F$52, H8*$D26)","v":0},{"$f":"IF($E8=\"Yes\",I8*$D26*'Major Power Outage Std. Values'!$F$52, I8*$D26)","v":0},{"$f":"IF($E8=\"Yes\",J8*$D26*'Major Power Outage Std. Values'!$F$52, J8*$D26)","v":0},{"$f":"IF($E8=\"Yes\",K8*$D26*'Major Power Outage Std. Values'!$F$52, K8*$D26)","v":0},{"$f":"IF($E8=\"Yes\",L8*$D26*'Major Power Outage Std. Values'!$F$52, L8*$D26)","v":0},{"$f":"IF($E8=\"Yes\", $D26*'System Specifications and Costs'!$H23*'Major Power Outage Std. Values'!$F$52, $D26*'System Specifications and Costs'!$H23)","v":0}]
[null,0,{"$f":"Summary!$D$18","v":0},0,{"$f":"IF($E9=\"Yes\",D27*G9*'Major Power Outage Std. Values'!$F$52,D27*G9)","v":0},{"$f":"IF($E9=\"Yes\",H9*$D27*'Major Power Outage Std. Values'!$F$52, H9*$D27)","v":0},{"$f":"IF($E9=\"Yes\",I9*$D27*'Major Power Outage Std. Values'!$F$52, I9*$D27)","v":0},{"$f":"IF($E9=\"Yes\",J9*$D27*'Major Power Outage Std. Values'!$F$52, J9*$D27)","v":0},{"$f":"IF($E9=\"Yes\",K9*$D27*'Major Power Outage Std. Values'!$F$52, K9*$D27)","v":0},{"$f":"IF($E9=\"Yes\",L9*$D27*'Major Power Outage Std. Values'!$F$52, L9*$D27)","v":0},{"$f":"IF($E9=\"Yes\", $D27*'System Specifications and Costs'!$H24*'Major Power Outage Std. Values'!$F$52, $D27*'System Specifications and Costs'!$H24)","v":0}]
[null,0,{"$f":"Summary!$D$18","v":0},0,{"$f":"IF($E10=\"Yes\",D28*G10*'Major Power Outage Std. Values'!$F$52,D28*G10)","v":0},{"$f":"IF($E10=\"Yes\",H10*$D28*'Major Power Outage Std. Values'!$F$52, H10*$D28)","v":0},{"$f":"IF($E10=\"Yes\",I10*$D28*'Major Power Outage Std. Values'!$F$52, I10*$D28)","v":0},{"$f":"IF($E10=\"Yes\",J10*$D28*'Major Power Outage Std. Values'!$F$52, J10*$D28)","v":0},{"$f":"IF($E10=\"Yes\",K10*$D28*'Major Power Outage Std. Values'!$F$52, K10*$D28)","v":0},{"$f":"IF($E10=\"Yes\",L10*$D28*'Major Power Outage Std. Values'!$F$52, L10*$D28)","v":0},{"$f":"IF($E10=\"Yes\", $D28*'System Specifications and Costs'!$H25*'Major Power Outage Std. Values'!$F$52, $D28*'System Specifications and Costs'!$H25)","v":0}]
[null,0,{"$f":"Summary!$D$18","v":0},0,{"$f":"IF($E11=\"Yes\",D29*G11*'Major Power Outage Std. Values'!$F$52,D29*G11)","v":0},{"$f":"IF($E11=\"Yes\",H11*$D29*'Major Power Outage Std. Values'!$F$52, H11*$D29)","v":0},{"$f":"IF($E11=\"Yes\",I11*$D29*'Major Power Outage Std. Values'!$F$52, I11*$D29)","v":0},{"$f":"IF($E11=\"Yes\",J11*$D29*'Major Power Outage Std. Values'!$F$52, J11*$D29)","v":0},{"$f":"IF($E11=\"Yes\",K11*$D29*'Major Power Outage Std. Values'!$F$52, K11*$D29)","v":0},{"$f":"IF($E11=\"Yes\",L11*$D29*'Major Power Outage Std. Values'!$F$52, L11*$D29)","v":0},{"$f":"IF($E11=\"Yes\", $D29*'System Specifications and Costs'!$H26*'Major Power Outage Std. Values'!$F$52, $D29*'System Specifications and Costs'!$H26)","v":0}]
[null,0,{"$f":"Summary!$D$18","v":0},0,{"$f":"IF($E12=\"Yes\",D30*G12*'Major Power Outage Std. Values'!$F$52,D30*G12)","v":0},{"$f":"IF($E12=\"Yes\",H12*$D30*'Major Power Outage Std. Values'!$F$52, H12*$D30)","v":0},{"$f":"IF($E12=\"Yes\",I12*$D30*'Major Power Outage Std. Values'!$F$52, I12*$D30)","v":0},{"$f":"IF($E12=\"Yes\",J12*$D30*'Major Power Outage Std. Values'!$F$52, J12*$D30)","v":0},{"$f":"IF($E12=\"Yes\",K12*$D30*'Major Power Outage Std. Values'!$F$52, K12*$D30)","v":0},{"$f":"IF($E12=\"Yes\",L12*$D30*'Major Power Outage Std. Values'!$F$52, L12*$D30)","v":0},{"$f":"IF($E12=\"Yes\", $D30*'System Specifications and Costs'!$H27*'Major Power Outage Std. Values'!$F$52, $D30*'System Specifications and Costs'!$H27)","v":0}]
[null,{"$f":"B13","v":0},{"$f":"Summary!$D$18","v":0},0,{"$f":"IF($E13=\"Yes\",D31*G13*'Major Power Outage Std. Values'!$F$52,D31*G13)","v":0},{"$f":"IF($E13=\"Yes\",H13*$D31*'Major Power Outage Std. Values'!$F$52, H13*$D31)","v":0},{"$f":"IF($E13=\"Yes\",I13*$D31*'Major Power Outage Std. Values'!$F$52, I13*$D31)","v":0},{"$f":"IF($E13=\"Yes\",J13*$D31*'Major Power Outage Std. Values'!$F$52, J13*$D31)","v":0},{"$f":"IF($E13=\"Yes\",K13*$D31*'Major Power Outage Std. Values'!$F$52, K13*$D31)","v":0},{"$f":"IF($E13=\"Yes\",L13*$D31*'Major Power Outage Std. Values'!$F$52, L13*$D31)","v":0},{"$f":"IF($E13=\"Yes\", $D31*'System Specifications and Costs'!$H28*'Major Power Outage Std. Values'!$F$52, $D31*'System Specifications and Costs'!$H28)","v":0}]
[null,0,{"$f":"Summary!$D$18","v":0},0,{"$f":"IF($E14=\"Yes\",D32*G14*'Major Power Outage Std. Values'!$F$52,D32*G14)","v":0},{"$f":"IF($E14=\"Yes\",H14*$D32*'Major Power Outage Std. Values'!$F$52, H14*$D32)","v":0},{"$f":"IF($E14=\"Yes\",I14*$D32*'Major Power Outage Std. Values'!$F$52, I14*$D32)","v":0},{"$f":"IF($E14=\"Yes\",J14*$D32*'Major Power Outage Std. Values'!$F$52, J14*$D32)","v":0},{"$f":"IF($E14=\"Yes\",K14*$D32*'Major Power Outage Std. Values'!$F$52, K14*$D32)","v":0},{"$f":"IF($E14=\"Yes\",L14*$D32*'Major Power Outage Std. Values'!$F$52, L14*$D32)","v":0},{"$f":"IF($E14=\"Yes\", $D32*'System Specifications and Costs'!$H29*'Major Power Outage Std. Values'!$F$52, $D32*'System Specifications and Costs'!$H29)","v":0}]
[null,0,{"$f":"Summary!$D$18","v":0},0,{"$f":"IF($E15=\"Yes\",D33*G15*'Major Power Outage Std. Values'!$F$52,D33*G15)","v":0},{"$f":"IF($E15=\"Yes\",H15*$D33*'Major Power Outage Std. Values'!$F$52, H15*$D33)","v":0},{"$f":"IF($E15=\"Yes\",I15*$D33*'Major Power Outage Std. Values'!$F$52, I15*$D33)","v":0},{"$f":"IF($E15=\"Yes\",J15*$D33*'Major Power Outage Std. Values'!$F$52, J15*$D33)","v":0},{"$f":"IF($E15=\"Yes\",K15*$D33*'Major Power Outage Std. Values'!$F$52, K15*$D33)","v":0},{"$f":"IF($E15=\"Yes\",L15*$D33*'Major Power Outage Std. Values'!$F$52, L15*$D33)","v":0},{"$f":"IF($E15=\"Yes\", $D33*'System Specifications and Costs'!$H30*'Major Power Outage Std. Values'!$F$52, $D33*'System Specifications and Costs'!$H30)","v":0}]
[null,0,{"$f":"Summary!$D$18","v":0},0,{"$f":"IF($E16=\"Yes\",D34*G16*'Major Power Outage Std. Values'!$F$52,D34*G16)","v":0},{"$f":"IF($E16=\"Yes\",H16*$D34*'Major Power Outage Std. Values'!$F$52, H16*$D34)","v":0},{"$f":"IF($E16=\"Yes\",I16*$D34*'Major Power Outage Std. Values'!$F$52, I16*$D34)","v":0},{"$f":"IF($E16=\"Yes\",J16*$D34*'Major Power Outage Std. Values'!$F$52, J16*$D34)","v":0},{"$f":"IF($E16=\"Yes\",K16*$D34*'Major Power Outage Std. Values'!$F$52, K16*$D34)","v":0},{"$f":"IF($E16=\"Yes\",L16*$D34*'Major Power Outage Std. Values'!$F$52, L16*$D34)","v":0},{"$f":"IF($E16=\"Yes\", $D34*'System Specifications and Costs'!$H31*'Major Power Outage Std. Values'!$F$52, $D34*'System Specifications and Costs'!$H31)","v":0}]
[null,0,{"$f":"Summary!$D$18","v":0},0,{"$f":"IF($E17=\"Yes\",D35*G17*'Major Power Outage Std. Values'!$F$52,D35*G17)","v":0},{"$f":"IF($E17=\"Yes\",H17*$D35*'Major Power Outage Std. Values'!$F$52, H17*$D35)","v":0},{"$f":"IF($E17=\"Yes\",I17*$D35*'Major Power Outage Std. Values'!$F$52, I17*$D35)","v":0},{"$f":"IF($E17=\"Yes\",J17*$D35*'Major Power Outage Std. Values'!$F$52, J17*$D35)","v":0},{"$f":"IF($E17=\"Yes\",K17*$D35*'Major Power Outage Std. Values'!$F$52, K17*$D35)","v":0},{"$f":"IF($E17=\"Yes\",L17*$D35*'Major Power Outage Std. Values'!$F$52, L17*$D35)","v":0},{"$f":"IF($E17=\"Yes\", $D35*'System Specifications and Costs'!$H32*'Major Power Outage Std. Values'!$F$52, $D35*'System Specifications and Costs'!$H32)","v":0}]
[null,0,{"$f":"Summary!$D$18","v":0},0,{"$f":"IF($E18=\"Yes\",D36*G18*'Major Power Outage Std. Values'!$F$52,D36*G18)","v":0},{"$f":"IF($E18=\"Yes\",H18*$D36*'Major Power Outage Std. Values'!$F$52, H18*$D36)","v":0},{"$f":"IF($E18=\"Yes\",I18*$D36*'Major Power Outage Std. Values'!$F$52, I18*$D36)","v":0},{"$f":"IF($E18=\"Yes\",J18*$D36*'Major Power Outage Std. Values'!$F$52, J18*$D36)","v":0},{"$f":"IF($E18=\"Yes\",K18*$D36*'Major Power Outage Std. Values'!$F$52, K18*$D36)","v":0},{"$f":"IF($E18=\"Yes\",L18*$D36*'Major Power Outage Std. Values'!$F$52, L18*$D36)","v":0},{"$f":"IF($E18=\"Yes\", $D36*'System Specifications and Costs'!$H33*'Major Power Outage Std. Values'!$F$52, $D36*'System Specifications and Costs'!$H33)","v":0}]
[null,"Total",{"$f":"C27","v":0},{"$f":"SUM(D23:D36)","v":0},{"$f":"SUM(E23:E36)","v":0},0,{"$f":"SUM(G23:G36)","v":0},0,0,0,0]
[]
[null,"DER","Fuel Type","Fuel Consumption (MMBtu)"]
[null,"Subtotal","Natural Gas",{"$f":"SUMPRODUCT(--($C$5:$C$18=C40),$K$23:$K$36)","v":0}]
[null,"Subtotal","Diesel",{"$f":"SUMPRODUCT(--($C$5:$C$18=C41),$K$23:$K$36)","v":0}]
[]
[]
[null,"Minor Power Outages"]
[null,"Distributed Energy Resource","Baseline Outage Duration (days)","Total Production (MWh)","Net O&M Costs ($)","Net CO2 Emissions (tons)","Net PM2.5 Emissions (tons)","Net PM10 Emissions (tons)","Net SO2 Emissions (tons)","Net NOx Emissions (tons)","Fuel Consumption (MMBtu)"]
[null,{"$f":"B23","v":0},{"$f":"'System Specifications and Costs'!$I$100*'System Specifications and Costs'!$I$101/60/24","v":0},{"$f":"'System Specifications and Costs'!F20/365*C46","v":0},{"$f":"IF($E5=\"Yes\", D46*G5*'Major Power Outage Std. Values'!$F$52, D46*G5)","v":0},{"$f":"IF($E5=\"Yes\",H5*$D46*'Major Power Outage Std. Values'!$F$52,H5*$D46)","v":0},{"$f":"IF($E5=\"Yes\",I5*$D46*'Major Power Outage Std. Values'!$F$52,I5*$D46)","v":0},{"$f":"IF($E5=\"Yes\",J5*$D46*'Major Power Outage Std. Values'!$F$52,J5*$D46)","v":0},{"$f":"IF($E5=\"Yes\",K5*$D46*'Major Power Outage Std. Values'!$F$52,K5*$D46)","v":0},{"$f":"IF($E5=\"Yes\",L5*$D46*'Major Power Outage Std. Values'!$F$52,L5*$D46)","v":0},{"$f":"IF($E5=\"Yes\", $D46*'System Specifications and Costs'!$H20*'Major Power Outage Std. Values'!$F$52, $D46*'System Specifications and Costs'!$H20)","v":0}]
[null,0,{"$f":"'System Specifications and Costs'!$I$100*'System Specifications and Costs'!$I$101/60/24","v":0},{"$f":"'System Specifications and Costs'!F21/365*C47","v":0},{"$f":"IF($E6=\"Yes\", D47*G6*'Major Power Outage Std. Values'!$F$52, D47*G6)","v":0},{"$f":"IF($E6=\"Yes\",H6*$D47*'Major Power Outage Std. Values'!$F$52,H6*$D47)","v":0},{"$f":"IF($E6=\"Yes\",I6*$D47*'Major Power Outage Std. Values'!$F$52,I6*$D47)","v":0},{"$f":"IF($E6=\"Yes\",J6*$D47*'Major Power Outage Std. Values'!$F$52,J6*$D47)","v":0},{"$f":"IF($E6=\"Yes\",K6*$D47*'Major Power Outage Std. Values'!$F$52,K6*$D47)","v":0},{"$f":"IF($E6=\"Yes\",L6*$D47*'Major Power Outage Std. Values'!$F$52,L6*$D47)","v":0},{"$f":"IF($E6=\"Yes\", $D47*'System Specifications and Costs'!$H21*'Major Power Outage Std. Values'!$F$52, $D47*'System Specifications and Costs'!$H21)","v":0}]
[null,0,{"$f":"'System Specifications and Costs'!$I$100*'System Specifications and Costs'!$I$101/60/24","v":0},{"$f":"'System Specifications and Costs'!F22/365*C48","v":0},{"$f":"IF($E7=\"Yes\", D48*G7*'Major Power Outage Std. Values'!$F$52, D48*G7)","v":0},{"$f":"IF($E7=\"Yes\",H7*$D48*'Major Power Outage Std. Values'!$F$52,H7*$D48)","v":0},{"$f":"IF($E7=\"Yes\",I7*$D48*'Major Power Outage Std. Values'!$F$52,I7*$D48)","v":0},{"$f":"IF($E7=\"Yes\",J7*$D48*'Major Power Outage Std. Values'!$F$52,J7*$D48)","v":0},{"$f":"IF($E7=\"Yes\",K7*$D48*'Major Power Outage Std. Values'!$F$52,K7*$D48)","v":0},{"$f":"IF($E7=\"Yes\",L7*$D48*'Major Power Outage Std. Values'!$F$52,L7*$D48)","v":0},{"$f":"IF($E7=\"Yes\", $D48*'System Specifications and Costs'!$H22*'Major Power Outage Std. Values'!$F$52, $D48*'System Specifications and Costs'!$H22)","v":0}]
[null,0,{"$f":"'System Specifications and Costs'!$I$100*'System Specifications and Costs'!$I$101/60/24","v":0},{"$f":"'System Specifications and Costs'!F23/365*C49","v":0},{"$f":"IF($E8=\"Yes\", D49*G8*'Major Power Outage Std. Values'!$F$52, D49*G8)","v":0},{"$f":"IF($E8=\"Yes\",H8*$D49*'Major Power Outage Std. Values'!$F$52,H8*$D49)","v":0},{"$f":"IF($E8=\"Yes\",I8*$D49*'Major Power Outage Std. Values'!$F$52,I8*$D49)","v":0},{"$f":"IF($E8=\"Yes\",J8*$D49*'Major Power Outage Std. Values'!$F$52,J8*$D49)","v":0},{"$f":"IF($E8=\"Yes\",K8*$D49*'Major Power Outage Std. Values'!$F$52,K8*$D49)","v":0},{"$f":"IF($E8=\"Yes\",L8*$D49*'Major Power Outage Std. Values'!$F$52,L8*$D49)","v":0},{"$f":"IF($E8=\"Yes\", $D49*'System Specifications and Costs'!$H23*'Major Power Outage Std. Values'!$F$52, $D49*'System Specifications and Costs'!$H23)","v":0}]
[null,0,{"$f":"'System Specifications and Costs'!$I$100*'System Specifications and Costs'!$I$101/60/24","v":0},{"$f":"'System Specifications and Costs'!F24/365*C50","v":0},{"$f":"IF($E9=\"Yes\", D50*G9*'Major Power Outage Std. Values'!$F$52, D50*G9)","v":0},{"$f":"IF($E9=\"Yes\",H9*$D50*'Major Power Outage Std. Values'!$F$52,H9*$D50)","v":0},{"$f":"IF($E9=\"Yes\",I9*$D50*'Major Power Outage Std. Values'!$F$52,I9*$D50)","v":0},{"$f":"IF($E9=\"Yes\",J9*$D50*'Major Power Outage Std. Values'!$F$52,J9*$D50)","v":0},{"$f":"IF($E9=\"Yes\",K9*$D50*'Major Power Outage Std. Values'!$F$52,K9*$D50)","v":0},{"$f":"IF($E9=\"Yes\",L9*$D50*'Major Power Outage Std. Values'!$F$52,L9*$D50)","v":0},{"$f":"IF($E9=\"Yes\", $D50*'System Specifications and Costs'!$H24*'Major Power Outage Std. Values'!$F$52, $D50*'System Specifications and Costs'!$H24)","v":0}]
[null,0,{"$f":"'System Specifications and Costs'!$I$100*'System Specifications and Costs'!$I$101/60/24","v":0},{"$f":"'System Specifications and Costs'!F25/365*C51","v":0},{"$f":"IF($E10=\"Yes\", D51*G10*'Major Power Outage Std. Values'!$F$52, D51*G10)","v":0},{"$f":"IF($E10=\"Yes\",H10*$D51*'Major Power Outage Std. Values'!$F$52,H10*$D51)","v":0},{"$f":"IF($E10=\"Yes\",I10*$D51*'Major Power Outage Std. Values'!$F$52,I10*$D51)","v":0},{"$f":"IF($E10=\"Yes\",J10*$D51*'Major Power Outage Std. Values'!$F$52,J10*$D51)","v":0},{"$f":"IF($E10=\"Yes\",K10*$D51*'Major Power Outage Std. Values'!$F$52,K10*$D51)","v":0},{"$f":"IF($E10=\"Yes\",L10*$D51*'Major Power Outage Std. Values'!$F$52,L10*$D51)","v":0},{"$f":"IF($E10=\"Yes\", $D51*'System Specifications and Costs'!$H25*'Major Power Outage Std. Values'!$F$52, $D51*'System Specifications and Costs'!$H25)","v":0}]
[null,0,{"$f":"'System Specifications and Costs'!$I$100*'System Specifications and Costs'!$I$101/60/24","v":0},{"$f":"'System Specifications and Costs'!F26/365*C52","v":0},{"$f":"IF($E11=\"Yes\", D52*G11*'Major Power Outage Std. Values'!$F$52, D52*G11)","v":0},{"$f":"IF($E11=\"Yes\",H11*$D52*'Major Power Outage Std. Values'!$F$52,H11*$D52)","v":0},{"$f":"IF($E11=\"Yes\",I11*$D52*'Major Power Outage Std. Values'!$F$52,I11*$D52)","v":0},{"$f":"IF($E11=\"Yes\",J11*$D52*'Major Power Outage Std. Values'!$F$52,J11*$D52)","v":0},{"$f":"IF($E11=\"Yes\",K11*$D52*'Major Power Outage Std. Values'!$F$52,K11*$D52)","v":0},{"$f":"IF($E11=\"Yes\",L11*$D52*'Major Power Outage Std. Values'!$F$52,L11*$D52)","v":0},{"$f":"IF($E11=\"Yes\", $D52*'System Specifications and Costs'!$H26*'Major Power Outage Std. Values'!$F$52, $D52*'System Specifications and Costs'!$H26)","v":0}]
[null,0,{"$f":"'System Specifications and Costs'!$I$100*'System Specifications and Costs'!$I$101/60/24","v":0},{"$f":"'System Specifications and Costs'!F27/365*C53","v":0},{"$f":"IF($E12=\"Yes\", D53*G12*'Major Power Outage Std. Values'!$F$52, D53*G12)","v":0},{"$f":"IF($E12=\"Yes\",H12*$D53*'Major Power Outage Std. Values'!$F$52,H12*$D53)","v":0},{"$f":"IF($E12=\"Yes\",I12*$D53*'Major Power Outage Std. Values'!$F$52,I12*$D53)","v":0},{"$f":"IF($E12=\"Yes\",J12*$D53*'Major Power Outage Std. Values'!$F$52,J12*$D53)","v":0},{"$f":"IF($E12=\"Yes\",K12*$D53*'Major Power Outage Std. Values'!$F$52,K12*$D53)","v":0},{"$f":"IF($E12=\"Yes\",L12*$D53*'Major Power Outage Std. Values'!$F$52,L12*$D53)","v":0},{"$f":"IF($E12=\"Yes\", $D53*'System Specifications and Costs'!$H27*'Major Power Outage Std. Values'!$F$52, $D53*'System Specifications and Costs'!$H27)","v":0}]
[null,0,{"$f":"'System Specifications and Costs'!$I$100*'System Specifications and Costs'!$I$101/60/24","v":0},{"$f":"'System Specifications and Costs'!F28/365*C54","v":0},{"$f":"IF($E13=\"Yes\", D54*G13*'Major Power Outage Std. Values'!$F$52, D54*G13)","v":0},{"$f":"IF($E13=\"Yes\",H13*$D54*'Major Power Outage Std. Values'!$F$52,H13*$D54)","v":0},{"$f":"IF($E13=\"Yes\",I13*$D54*'Major Power Outage Std. Values'!$F$52,I13*$D54)","v":0},{"$f":"IF($E13=\"Yes\",J13*$D54*'Major Power Outage Std. Values'!$F$52,J13*$D54)","v":0},{"$f":"IF($E13=\"Yes\",K13*$D54*'Major Power Outage Std. Values'!$F$52,K13*$D54)","v":0},{"$f":"IF($E13=\"Yes\",L13*$D54*'Major Power Outage Std. Values'!$F$52,L13*$D54)","v":0},{"$f":"IF($E13=\"Yes\", $D54*'System Specifications and Costs'!$H28*'Major Power Outage Std. Values'!$F$52, $D54*'System Specifications and Costs'!$H28)","v":0}]
[null,0,{"$f":"'System Specifications and Costs'!$I$100*'System Specifications and Costs'!$I$101/60/24","v":0},{"$f":"'System Specifications and Costs'!F29/365*C55","v":0},{"$f":"IF($E14=\"Yes\", D55*G14*'Major Power Outage Std. Values'!$F$52, D55*G14)","v":0},{"$f":"IF($E14=\"Yes\",H14*$D55*'Major Power Outage Std. Values'!$F$52,H14*$D55)","v":0},{"$f":"IF($E14=\"Yes\",I14*$D55*'Major Power Outage Std. Values'!$F$52,I14*$D55)","v":0},{"$f":"IF($E14=\"Yes\",J14*$D55*'Major Power Outage Std. Values'!$F$52,J14*$D55)","v":0},{"$f":"IF($E14=\"Yes\",K14*$D55*'Major Power Outage Std. Values'!$F$52,K14*$D55)","v":0},{"$f":"IF($E14=\"Yes\",L14*$D55*'Major Power Outage Std. Values'!$F$52,L14*$D55)","v":0},{"$f":"IF($E14=\"Yes\", $D55*'System Specifications and Costs'!$H29*'Major Power Outage Std. Values'!$F$52, $D55*'System Specifications and Costs'!$H29)","v":0}]
[null,0,{"$f":"'System Specifications and Costs'!$I$100*'System Specifications and Costs'!$I$101/60/24","v":0},{"$f":"'System Specifications and Costs'!F30/365*C56","v":0},{"$f":"IF($E15=\"Yes\", D56*G15*'Major Power Outage Std. Values'!$F$52, D56*G15)","v":0},{"$f":"IF($E15=\"Yes\",H15*$D56*'Major Power Outage Std. Values'!$F$52,H15*$D56)","v":0},{"$f":"IF($E15=\"Yes\",I15*$D56*'Major Power Outage Std. Values'!$F$52,I15*$D56)","v":0},{"$f":"IF($E15=\"Yes\",J15*$D56*'Major Power Outage Std. Values'!$F$52,J15*$D56)","v":0},{"$f":"IF($E15=\"Yes\",K15*$D56*'Major Power Outage Std. Values'!$F$52,K15*$D56)","v":0},{"$f":"IF($E15=\"Yes\",L15*$D56*'Major Power Outage Std. Values'!$F$52,L15*$D56)","v":0},{"$f":"IF($E15=\"Yes\", $D56*'System Specifications and Costs'!$H30*'Major Power Outage Std. Values'!$F$52, $D56*'System Specifications and Costs'!$H30)","v":0}]
[null,0,{"$f":"'System Specifications and Costs'!$I$100*'System Specifications and Costs'!$I$101/60/24","v":0},{"$f":"'System Specifications and Costs'!F31/365*C57","v":0},{"$f":"IF($E16=\"Yes\", D57*G16*'Major Power Outage Std. Values'!$F$52, D57*G16)","v":0},{"$f":"IF($E16=\"Yes\",H16*$D57*'Major Power Outage Std. Values'!$F$52,H16*$D57)","v":0},{"$f":"IF($E16=\"Yes\",I16*$D57*'Major Power Outage Std. Values'!$F$52,I16*$D57)","v":0},{"$f":"IF($E16=\"Yes\",J16*$D57*'Major Power Outage Std. Values'!$F$52,J16*$D57)","v":0},{"$f":"IF($E16=\"Yes\",K16*$D57*'Major Power Outage Std. Values'!$F$52,K16*$D57)","v":0},{"$f":"IF($E16=\"Yes\",L16*$D57*'Major Power Outage Std. Values'!$F$52,L16*$D57)","v":0},{"$f":"IF($E16=\"Yes\", $D57*'System Specifications and Costs'!$H31*'Major Power Outage Std. Values'!$F$52, $D57*'System Specifications and Costs'!$H31)","v":0}]
[null,0,{"$f":"'System Specifications and Costs'!$I$100*'System Specifications and Costs'!$I$101/60/24","v":0},{"$f":"'System Specifications and Costs'!F32/365*C58","v":0},{"$f":"IF($E17=\"Yes\", D58*G17*'Major Power Outage Std. Values'!$F$52, D58*G17)","v":0},{"$f":"IF($E17=\"Yes\",H17*$D58*'Major Power Outage Std. Values'!$F$52,H17*$D58)","v":0},{"$f":"IF($E17=\"Yes\",I17*$D58*'Major Power Outage Std. Values'!$F$52,I17*$D58)","v":0},{"$f":"IF($E17=\"Yes\",J17*$D58*'Major Power Outage Std. Values'!$F$52,J17*$D58)","v":0},{"$f":"IF($E17=\"Yes\",K17*$D58*'Major Power Outage Std. Values'!$F$52,K17*$D58)","v":0},{"$f":"IF($E17=\"Yes\",L17*$D58*'Major Power Outage Std. Values'!$F$52,L17*$D58)","v":0},{"$f":"IF($E17=\"Yes\", $D58*'System Specifications and Costs'!$H32*'Major Power Outage Std. Values'!$F$52, $D58*'System Specifications and Costs'!$H32)","v":0}]
[null,0,{"$f":"'System Specifications and Costs'!$I$100*'System Specifications and Costs'!$I$101/60/24","v":0},{"$f":"'System Specifications and Costs'!F33/365*C59","v":0},{"$f":"IF($E18=\"Yes\", D59*G18*'Major Power Outage Std. Values'!$F$52, D59*G18)","v":0},{"$f":"IF($E18=\"Yes\",H18*$D59*'Major Power Outage Std. Values'!$F$52,H18*$D59)","v":0},{"$f":"IF($E18=\"Yes\",I18*$D59*'Major Power Outage Std. Values'!$F$52,I18*$D59)","v":0},{"$f":"IF($E18=\"Yes\",J18*$D59*'Major Power Outage Std. Values'!$F$52,J18*$D59)","v":0},{"$f":"IF($E18=\"Yes\",K18*$D59*'Major Power Outage Std. Values'!$F$52,K18*$D59)","v":0},{"$f":"IF($E18=\"Yes\",L18*$D59*'Major Power Outage Std. Values'!$F$52,L18*$D59)","v":0},{"$f":"IF($E18=\"Yes\", $D59*'System Specifications and Costs'!$H33*'Major Power Outage Std. Values'!$F$52, $D59*'System Specifications and Costs'!$H33)","v":0}]
[null,"Total",{"$f":"C50","v":0},{"$f":"SUM(D46:D59)","v":0},{"$f":"SUM(E46:E59)","v":0},0,0,0,0,0,{"$f":"SUM(K46:K59)","v":0}]
[]
[null,"DER","Fuel Type","Fuel Consumption (MMBtu)"]
[null,"Subtotal","Natural Gas",{"$f":"SUMPRODUCT(--($C$5:$C$18=C63),$K$46:$K$59)","v":0}]
[null,"Subtotal","Diesel",{"$f":"SUMPRODUCT(--($C$5:$C$18=C64),$K$46:$K$59)","v":0}]

{"sheet":"Energy Benefits Calcs","index":13,"n_rows":25,"n_cols":16,"rows_kept":25,"cut":false,"hidden":false,"merged":[]}
[]
[null,"Energy and Capacity Benefit Calculations"]
[]
[null,"Year","Annual Electricity Production (MWh)","Energy Price ($/MWh)*","Avoided Annual Generating Cost ($)","Annual Fuel Savings from CHP (MMBtu/Year)","Price per Unit of Fuel\n($/MMBtu)","Total Fuel Savings from CHP ($)","Maximum Generation Capacity Benefit (MW)","Percent of Maximum Generation Capacity Benefit Realized","Generation Capacity Price ($/MW-year)","Generation Capacity Cost Savings ($)","Maximum Distribution Capacity Benefit (MW)","Percent of Maximum Distribution Capacity Benefit Realized","Distribution Capacity Price ($/MW-year)","Distribution Capacity Cost Savings ($)"]
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[null,"* Underlying data are in nominal dollars"]

{"sheet":"Reliability Benefits Calcs","index":14,"n_rows":28,"n_cols":14,"rows_kept":28,"cut":false,"hidden":false,"merged":[[3,2,4,2],[3,1,4,1],[3,13,4,13],[3,3,3,12]]}
[]
[null,"Reliability Benefits Calculations"]
[]
[null,"Year","Reliability Benefit ($)","Minor Power Outage Costs ($)",null,null,null,null,null,null,null,null,null,"Net Benefit ($)"]
[null,null,null,"Net O&M Costs","Net Fuel Costs","CO2 Damages","PM2.5 Damages","PM10 Damages","SO2 Damages","NOx Damages","SO2 Allowances","NOx Allowances","Total Costs"]
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{"sheet":"Power Quality Benefits Calcs","index":15,"n_rows":25,"n_cols":9,"rows_kept":25,"cut":false,"hidden":false,"merged":[[3,1,4,1],[3,2,3,4],[3,5,3,8]]}
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[null,"Power Quality Benefits Calculations"]
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[null,"Year","Baseline Cost of Power Quality Events ($)",null,null,"Avoided Cost of Power Quality Events ($)"]
[null,null,"Small C&I","Medium and Large C&I","Residential","Small C&I","Medium and Large C&I","Residential","Total"]
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[null,2037,{"$f":"'System Specifications and Costs'!$E$13*1000*'Power Quality Valuation Data'!$C$14*HLOOKUP('Power Quality Valuation Data'!$C$3,GDPdeflator,2,FALSE)*'System Specifications and Costs'!$I$103","v":0},{"$f":"'System Specifications and Costs'!$E$14*1000*'Power Quality Valuation Data'!$C$9*HLOOKUP('Power Quality Valuation Data'!$C$3,GDPdeflator,2,FALSE)*'System Specifications and Costs'!$I$103","v":0},{"$f":"'System Specifications and Costs'!$E$12*1000*'Power Quality Valuation Data'!$C$19*HLOOKUP('Power Quality Valuation Data'!$C$3,GDPdeflator,2,FALSE)*'System Specifications and Costs'!$I$103","v":0},{"$f":"IF(VLOOKUP($B25, 'Energy Benefits Calcs'!$B$5:$C$24, 2, FALSE)=0, 0, C25*'System Specifications and Costs'!$I$104)","v":0},{"$f":"IF(VLOOKUP($B25, 'Energy Benefits Calcs'!$B$5:$C$24, 2, FALSE)=0, 0, D25*'System Specifications and Costs'!$I$104)","v":0},{"$f":"IF(VLOOKUP($B25, 'Energy Benefits Calcs'!$B$5:$C$24, 2, FALSE)=0, 0, E25*'System Specifications and Costs'!$I$104)","v":0},0]

{"sheet":"Environmental Benefits Calcs","index":16,"n_rows":31,"n_cols":29,"rows_kept":31,"cut":false,"hidden":false,"merged":[[5,14,5,18],[5,19,5,20],[5,21,5,25],[5,1,6,1],[5,2,6,2],[5,4,5,8],[5,9,5,13],[5,3,6,3]]}
[]
[null,"Environmental Benefits Calculations"]
[]
[null,"Note: This analysis assumes that electricity generated by the microgrid would otherwise have been generated by peaking plants (i.e., natural gas combined cycle) that require purchase of emissions allowances. Emissions associated with heat generation offset by new CHP systems are assumed not to require allowances in the baseline."]
[null,"NYSERDA assumes that the RGGI cap on CO2 is not binding and accordingly values all CO2 emissions at their marginal damage value."]
[null,"Year","Annual Electricity Production\n(MWh)","Annual Fuel Savings from CHP (MMBtu/Year)","Natural Gas Combined Cycle Emissions for the Macrogrid (Tons/MWh)",null,null,null,null,"Avoided Emissions for the Macrogrid (Tons/Year)",null,null,null,null,"Avoided Emissions from CHP (Tons/Year)",null,null,null,null,"Avoided Emissions Allowance Costs ($)*",null,"Avoided Emissions Damages ($)"]
[null,null,null,null,"CO2","SO2","NOX","PM2.5","PM2.5-10","CO2","SO2","NOX","PM2.5","PM2.5-10","CO2","SO2","NOX","PM2.5","PM2.5-10","SO2","NOX","CO2","SO2","NOX","PM2.5","PM2.5-10",null,"Total Allowance Costs","Total Damages"]
[null,{"$f":"YearOne","v":2018},{"$f":"SUM('System Specifications and Costs'!$F$20:$F$33)","v":0},{"$f":"'Energy Benefits Calcs'!F5","v":0},{"$f":"'Baseline Emissions Data'!$C$6","v":0.53845612350017724},{"$f":"'Baseline Emissions Data'!$C$7","v":2.9017377358128617E-4},{"$f":"'Baseline Emissions Data'!$C$8","v":2.8104302290212288E-4},{"$f":"'Baseline Emissions Data'!$C$9","v":0},{"$f":"'Baseline Emissions Data'!$C$10","v":0},{"$f":"($C8*(1+TransLossFactor+DistLossFactor))*E8","v":0},{"$f":"($C8*(1+TransLossFactor+DistLossFactor))*F8","v":0},{"$f":"($C8*(1+TransLossFactor+DistLossFactor))*G8","v":0},{"$f":"($C8*(1+TransLossFactor+DistLossFactor))*H8","v":0},{"$f":"($C8*(1+TransLossFactor+DistLossFactor))*I8","v":0},{"$f":"$D8*IF('System Specifications and Costs'!$I$83=\"Natural Gas\", 'Baseline Emissions Data'!$C$18, IF('System Specifications and Costs'!$I$83=\"Diesel\", 'Baseline Emissions Data'!$D$18, 0))","v":0},{"$f":"$D8*IF('System Specifications and Costs'!$I$83=\"Natural Gas\", 'Baseline Emissions Data'!$C$19, IF('System Specifications and Costs'!$I$83=\"Diesel\", 'Baseline Emissions Data'!$D$19, 0))","v":0},{"$f":"$D8*IF('System Specifications and Costs'!$I$83=\"Natural Gas\", 'Baseline Emissions Data'!$C$20, IF('System Specifications and Costs'!$I$83=\"Diesel\", 'Baseline Emissions Data'!$D$20, 0))","v":0},{"$f":"$D8*IF('System Specifications and Costs'!$I$83=\"Natural Gas\", 'Baseline Emissions Data'!$C$21, IF('System Specifications and Costs'!$I$83=\"Diesel\", 'Baseline Emissions Data'!$D$21, 0))","v":0},{"$f":"$D8*IF('System Specifications and Costs'!$I$83=\"Natural Gas\", 'Baseline Emissions Data'!$C$22, IF('System Specifications and Costs'!$I$83=\"Diesel\", 'Baseline Emissions Data'!$D$22, 0))","v":0},{"$f":"K8*HLOOKUP($B8,AllowancePrices,3,FALSE)*HLOOKUP(B8,GDPdeflator,2,FALSE)","v":0},{"$f":"L8*HLOOKUP($B8,AllowancePrices,2,FALSE)*HLOOKUP(B8,GDPdeflator,2,FALSE)","v":0},{"$f":"(J8+O8)*HLOOKUP($B8, EmissionsDamageValues, CO2DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$4,GDPdeflator,2,FALSE)","v":0},{"$f":"P8*HLOOKUP($B8, EmissionsDamageValues, SO2DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$8,GDPdeflator,2,FALSE)","v":0},{"$f":"Q8*HLOOKUP($B8, EmissionsDamageValues, NOXDamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$6,GDPdeflator,2,FALSE)","v":0},{"$f":"(M8+R8)*HLOOKUP($B8, EmissionsDamageValues, PM25DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$10,GDPdeflator,2,FALSE)","v":0},{"$f":"(N8+S8)*HLOOKUP($B8, EmissionsDamageValues, PM10DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$12,GDPdeflator,2,FALSE)","v":0},null,{"$f":"SUM(T8:U8)","v":0},{"$f":"SUM(V8:Z8)","v":0}]
[null,{"$f":"B8+1","v":2019},{"$f":"SUM('System Specifications and Costs'!$F$20:$F$33)","v":0},{"$f":"'Energy Benefits Calcs'!F6","v":0},{"$f":"'Baseline Emissions Data'!$C$6","v":0.53845612350017724},{"$f":"'Baseline Emissions Data'!$C$7","v":2.9017377358128617E-4},{"$f":"'Baseline Emissions Data'!$C$8","v":2.8104302290212288E-4},{"$f":"'Baseline Emissions Data'!$C$9","v":0},{"$f":"'Baseline Emissions Data'!$C$10","v":0},0,0,0,0,0,{"$f":"$D9*IF('System Specifications and Costs'!$I$83=\"Natural Gas\", 'Baseline Emissions Data'!$C$18, IF('System Specifications and Costs'!$I$83=\"Diesel\", 'Baseline Emissions Data'!$D$18, 0))","v":0},{"$f":"$D9*IF('System Specifications and Costs'!$I$83=\"Natural Gas\", 'Baseline Emissions Data'!$C$19, IF('System Specifications and Costs'!$I$83=\"Diesel\", 'Baseline Emissions Data'!$D$19, 0))","v":0},{"$f":"$D9*IF('System Specifications and Costs'!$I$83=\"Natural Gas\", 'Baseline Emissions Data'!$C$20, IF('System Specifications and Costs'!$I$83=\"Diesel\", 'Baseline Emissions Data'!$D$20, 0))","v":0},{"$f":"$D9*IF('System Specifications and Costs'!$I$83=\"Natural Gas\", 'Baseline Emissions Data'!$C$21, IF('System Specifications and Costs'!$I$83=\"Diesel\", 'Baseline Emissions Data'!$D$21, 0))","v":0},{"$f":"$D9*IF('System Specifications and Costs'!$I$83=\"Natural Gas\", 'Baseline Emissions Data'!$C$22, IF('System Specifications and Costs'!$I$83=\"Diesel\", 'Baseline Emissions Data'!$D$22, 0))","v":0},0,0,{"$f":"(J9+O9)*HLOOKUP($B9, EmissionsDamageValues, CO2DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$4,GDPdeflator,2,FALSE)","v":0},{"$f":"P9*HLOOKUP($B9, EmissionsDamageValues, SO2DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$8,GDPdeflator,2,FALSE)","v":0},{"$f":"Q9*HLOOKUP($B9, EmissionsDamageValues, NOXDamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$6,GDPdeflator,2,FALSE)","v":0},{"$f":"(M9+R9)*HLOOKUP($B9, EmissionsDamageValues, PM25DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$10,GDPdeflator,2,FALSE)","v":0},{"$f":"(N9+S9)*HLOOKUP($B9, EmissionsDamageValues, PM10DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$12,GDPdeflator,2,FALSE)","v":0},null,{"$f":"SUM(T9:U9)","v":0},{"$f":"SUM(V9:Z9)","v":0}]
[null,2020,{"$f":"SUM('System Specifications and Costs'!$F$20:$F$33)","v":0},{"$f":"'Energy Benefits Calcs'!F7","v":0},{"$f":"'Baseline Emissions Data'!$C$6","v":0.53845612350017724},{"$f":"'Baseline Emissions Data'!$C$7","v":2.9017377358128617E-4},{"$f":"'Baseline Emissions Data'!$C$8","v":2.8104302290212288E-4},{"$f":"'Baseline Emissions Data'!$C$9","v":0},{"$f":"'Baseline Emissions Data'!$C$10","v":0},0,0,0,0,0,{"$f":"$D10*IF('System Specifications and Costs'!$I$83=\"Natural Gas\", 'Baseline Emissions Data'!$C$18, IF('System Specifications and Costs'!$I$83=\"Diesel\", 'Baseline Emissions Data'!$D$18, 0))","v":0},{"$f":"$D10*IF('System Specifications and Costs'!$I$83=\"Natural Gas\", 'Baseline Emissions Data'!$C$19, IF('System Specifications and Costs'!$I$83=\"Diesel\", 'Baseline Emissions Data'!$D$19, 0))","v":0},{"$f":"$D10*IF('System Specifications and Costs'!$I$83=\"Natural Gas\", 'Baseline Emissions Data'!$C$20, IF('System Specifications and Costs'!$I$83=\"Diesel\", 'Baseline Emissions Data'!$D$20, 0))","v":0},{"$f":"$D10*IF('System Specifications and Costs'!$I$83=\"Natural Gas\", 'Baseline Emissions Data'!$C$21, IF('System Specifications and Costs'!$I$83=\"Diesel\", 'Baseline Emissions Data'!$D$21, 0))","v":0},{"$f":"$D10*IF('System Specifications and Costs'!$I$83=\"Natural Gas\", 'Baseline Emissions Data'!$C$22, IF('System Specifications and Costs'!$I$83=\"Diesel\", 'Baseline Emissions Data'!$D$22, 0))","v":0},0,0,{"$f":"(J10+O10)*HLOOKUP($B10, EmissionsDamageValues, CO2DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$4,GDPdeflator,2,FALSE)","v":0},{"$f":"P10*HLOOKUP($B10, EmissionsDamageValues, SO2DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$8,GDPdeflator,2,FALSE)","v":0},{"$f":"Q10*HLOOKUP($B10, EmissionsDamageValues, NOXDamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$6,GDPdeflator,2,FALSE)","v":0},{"$f":"(M10+R10)*HLOOKUP($B10, EmissionsDamageValues, PM25DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$10,GDPdeflator,2,FALSE)","v":0},{"$f":"(N10+S10)*HLOOKUP($B10, EmissionsDamageValues, PM10DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$12,GDPdeflator,2,FALSE)","v":0},null,0,0]
[null,2021,{"$f":"SUM('System Specifications and Costs'!$F$20:$F$33)","v":0},{"$f":"'Energy Benefits Calcs'!F8","v":0},{"$f":"'Baseline Emissions Data'!$C$6","v":0.53845612350017724},{"$f":"'Baseline Emissions Data'!$C$7","v":2.9017377358128617E-4},{"$f":"'Baseline Emissions Data'!$C$8","v":2.8104302290212288E-4},{"$f":"'Baseline Emissions Data'!$C$9","v":0},{"$f":"'Baseline Emissions Data'!$C$10","v":0},0,0,0,0,0,{"$f":"$D11*IF('System Specifications and Costs'!$I$83=\"Natural Gas\", 'Baseline Emissions Data'!$C$18, IF('System Specifications and Costs'!$I$83=\"Diesel\", 'Baseline Emissions Data'!$D$18, 0))","v":0},{"$f":"$D11*IF('System Specifications and Costs'!$I$83=\"Natural Gas\", 'Baseline Emissions Data'!$C$19, IF('System Specifications and Costs'!$I$83=\"Diesel\", 'Baseline Emissions Data'!$D$19, 0))","v":0},{"$f":"$D11*IF('System Specifications and Costs'!$I$83=\"Natural Gas\", 'Baseline Emissions Data'!$C$20, IF('System Specifications and Costs'!$I$83=\"Diesel\", 'Baseline Emissions Data'!$D$20, 0))","v":0},{"$f":"$D11*IF('System Specifications and Costs'!$I$83=\"Natural Gas\", 'Baseline Emissions Data'!$C$21, IF('System Specifications and Costs'!$I$83=\"Diesel\", 'Baseline Emissions Data'!$D$21, 0))","v":0},{"$f":"$D11*IF('System Specifications and Costs'!$I$83=\"Natural Gas\", 'Baseline Emissions Data'!$C$22, IF('System Specifications and Costs'!$I$83=\"Diesel\", 'Baseline Emissions Data'!$D$22, 0))","v":0},0,0,{"$f":"(J11+O11)*HLOOKUP($B11, EmissionsDamageValues, CO2DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$4,GDPdeflator,2,FALSE)","v":0},{"$f":"P11*HLOOKUP($B11, EmissionsDamageValues, SO2DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$8,GDPdeflator,2,FALSE)","v":0},{"$f":"Q11*HLOOKUP($B11, EmissionsDamageValues, NOXDamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$6,GDPdeflator,2,FALSE)","v":0},{"$f":"(M11+R11)*HLOOKUP($B11, EmissionsDamageValues, PM25DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$10,GDPdeflator,2,FALSE)","v":0},{"$f":"(N11+S11)*HLOOKUP($B11, EmissionsDamageValues, PM10DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$12,GDPdeflator,2,FALSE)","v":0},null,0,0]
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[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Annualized",{"$f":"-PMT(T30, AnnualizationPeriod, T28, 0, 1)","v":0},0,0,0,0,0,0,null,0,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Discount Rate",{"$f":"Summary!$D$20","v":7.0000000000000007E-2},{"$f":"Summary!$D$20","v":7.0000000000000007E-2},{"$f":"'Emissions Damages Data'!C4","v":0.03},{"$f":"'Emissions Damages Data'!C8","v":0.03},{"$f":"'Emissions Damages Data'!C6","v":0.03},{"$f":"'Emissions Damages Data'!C10","v":0.03},{"$f":"Summary!$D$20","v":7.0000000000000007E-2}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"* Underlying data are in nominal dollars"]

{"sheet":"MPO Annual Costs & Benefits","index":17,"n_rows":38,"n_cols":21,"rows_kept":38,"cut":false,"hidden":false,"merged":[[12,20,13,20],[1,0,1,1],[12,0,13,0],[12,1,12,9],[12,10,12,19]]}
[]
["Annual Benefit Summary"]
["Benefit Type","Annual Value"]
["Fire Station Benefits",{"$f":"'Fire Station Calculations'!C43*Summary!$D$19","v":0}]
["EMS Benefits",{"$f":"'EMS Calculations'!C47*Summary!$D$19","v":0}]
["Hospital Benefits",{"$f":"'Hospital Calculations'!C58*Summary!$D$19","v":0}]
["Police Station Benefits",{"$f":"'Police Station Calculations'!C81*Summary!$D$19","v":0}]
["Electric Power Benefits",{"$f":"'Electric Power Calculations'!C32*Summary!$D$19","v":0}]
["Wastewater Benefits",{"$f":"'Wastewater Calculations'!C32*Summary!$D$19","v":0}]
["Water Benefits",{"$f":"'Water Calculations'!C32*Summary!$D$19","v":0}]
["Other Benefits",{"$f":"'Other Calculations'!$C$2*Summary!$D$19","v":0}]
[]
["Year","Benefit Type",null,null,null,null,null,null,null,null,"Costs",null,null,null,null,null,null,null,null,null,"Net Benefits"]
[null,"Fire Station","EMS","Hospital","Police Station","Electric Power ","Wastewater","Water","Other","Total","Net O&M Costs","Net Fuel Costs","CO2 Damages","PM2.5 Damages","PM10 Damages","SO2 Damages","NOx Damages","SO2 Allowances*","NOx Allowances*","Total"]
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[{"$f":"A15+1","v":2019},{"$f":"TRANSPOSE($B$4:$B$11)","v":0},0,0,0,0,0,0,0,{"$f":"SUM(B16:I16)","v":0},{"$f":"Summary!$D$19*'Power Outage Costs'!E$37","v":0},{"$f":"Summary!$D$19*('Power Outage Costs'!$D$40*VLOOKUP(A16,'Fuel Price Forecasts'!$B$7:$H$54,7,FALSE)+'Power Outage Costs'!$D$41*VLOOKUP(A16,'Fuel Price Forecasts'!$B$7:$H$54,3,FALSE))*HLOOKUP('Fuel Price Forecasts'!$D$3,GDPdeflator,2)","v":0},{"$f":"Summary!$D$19*'Power Outage Costs'!F$37*HLOOKUP($A16, EmissionsDamageValues, CO2DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$4,GDPdeflator,2,FALSE)","v":0},{"$f":"Summary!$D$19*'Power Outage Costs'!G$37*HLOOKUP($A16, EmissionsDamageValues, PM25DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$10,GDPdeflator,2,FALSE)","v":0},{"$f":"Summary!$D$19*'Power Outage Costs'!H$37*HLOOKUP($A16, EmissionsDamageValues, PM10DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$12,GDPdeflator,2,FALSE)","v":0},{"$f":"Summary!$D$19*IF('System Specifications and Costs'!$I$95=\"No\",'Power Outage Costs'!I$37*HLOOKUP($A16,EmissionsDamageValues, SO2DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$8,GDPdeflator,2,FALSE), 0)","v":0},{"$f":"Summary!$D$19*IF('System Specifications and Costs'!$I$95=\"No\",'Power Outage Costs'!J$37*HLOOKUP($A16, EmissionsDamageValues, NOXDamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$6,GDPdeflator,2,FALSE), 0)","v":0},{"$f":"Summary!$D$19*IF('System Specifications and Costs'!$I$95=\"No\", 0, 'Power Outage Costs'!$I$37*HLOOKUP($A16,AllowancePrices,3,FALSE)*HLOOKUP(A16,GDPdeflator,2,FALSE))","v":0},{"$f":"Summary!$D$19*IF('System Specifications and Costs'!$I$95=\"No\", 0, 'Power Outage Costs'!J$37*HLOOKUP($A16,AllowancePrices,2,FALSE)*HLOOKUP(A16,GDPdeflator,2,FALSE))","v":0},{"$f":"SUM(K16:S16)","v":0},0]
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[2035,{"$f":"TRANSPOSE($B$4:$B$11)","v":0},0,0,0,0,0,0,0,0,{"$f":"Summary!$D$19*'Power Outage Costs'!E$37","v":0},{"$f":"Summary!$D$19*('Power Outage Costs'!$D$40*VLOOKUP(A32,'Fuel Price Forecasts'!$B$7:$H$54,7,FALSE)+'Power Outage Costs'!$D$41*VLOOKUP(A32,'Fuel Price Forecasts'!$B$7:$H$54,3,FALSE))*HLOOKUP('Fuel Price Forecasts'!$D$3,GDPdeflator,2)","v":0},{"$f":"Summary!$D$19*'Power Outage Costs'!F$37*HLOOKUP($A32, EmissionsDamageValues, CO2DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$4,GDPdeflator,2,FALSE)","v":0},{"$f":"Summary!$D$19*'Power Outage Costs'!G$37*HLOOKUP($A32, EmissionsDamageValues, PM25DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$10,GDPdeflator,2,FALSE)","v":0},{"$f":"Summary!$D$19*'Power Outage Costs'!H$37*HLOOKUP($A32, EmissionsDamageValues, PM10DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$12,GDPdeflator,2,FALSE)","v":0},{"$f":"Summary!$D$19*IF('System Specifications and Costs'!$I$95=\"No\",'Power Outage Costs'!I$37*HLOOKUP($A32,EmissionsDamageValues, SO2DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$8,GDPdeflator,2,FALSE), 0)","v":0},{"$f":"Summary!$D$19*IF('System Specifications and Costs'!$I$95=\"No\",'Power Outage Costs'!J$37*HLOOKUP($A32, EmissionsDamageValues, NOXDamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$6,GDPdeflator,2,FALSE), 0)","v":0},{"$f":"Summary!$D$19*IF('System Specifications and Costs'!$I$95=\"No\", 0, 'Power Outage Costs'!$I$37*HLOOKUP($A32,AllowancePrices,3,FALSE)*HLOOKUP(A32,GDPdeflator,2,FALSE))","v":0},{"$f":"Summary!$D$19*IF('System Specifications and Costs'!$I$95=\"No\", 0, 'Power Outage Costs'!J$37*HLOOKUP($A32,AllowancePrices,2,FALSE)*HLOOKUP(A32,GDPdeflator,2,FALSE))","v":0},0,0]
[2036,{"$f":"TRANSPOSE($B$4:$B$11)","v":0},0,0,0,0,0,0,0,0,{"$f":"Summary!$D$19*'Power Outage Costs'!E$37","v":0},{"$f":"Summary!$D$19*('Power Outage Costs'!$D$40*VLOOKUP(A33,'Fuel Price Forecasts'!$B$7:$H$54,7,FALSE)+'Power Outage Costs'!$D$41*VLOOKUP(A33,'Fuel Price Forecasts'!$B$7:$H$54,3,FALSE))*HLOOKUP('Fuel Price Forecasts'!$D$3,GDPdeflator,2)","v":0},{"$f":"Summary!$D$19*'Power Outage Costs'!F$37*HLOOKUP($A33, EmissionsDamageValues, CO2DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$4,GDPdeflator,2,FALSE)","v":0},{"$f":"Summary!$D$19*'Power Outage Costs'!G$37*HLOOKUP($A33, EmissionsDamageValues, PM25DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$10,GDPdeflator,2,FALSE)","v":0},{"$f":"Summary!$D$19*'Power Outage Costs'!H$37*HLOOKUP($A33, EmissionsDamageValues, PM10DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$12,GDPdeflator,2,FALSE)","v":0},{"$f":"Summary!$D$19*IF('System Specifications and Costs'!$I$95=\"No\",'Power Outage Costs'!I$37*HLOOKUP($A33,EmissionsDamageValues, SO2DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$8,GDPdeflator,2,FALSE), 0)","v":0},{"$f":"Summary!$D$19*IF('System Specifications and Costs'!$I$95=\"No\",'Power Outage Costs'!J$37*HLOOKUP($A33, EmissionsDamageValues, NOXDamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$6,GDPdeflator,2,FALSE), 0)","v":0},{"$f":"Summary!$D$19*IF('System Specifications and Costs'!$I$95=\"No\", 0, 'Power Outage Costs'!$I$37*HLOOKUP($A33,AllowancePrices,3,FALSE)*HLOOKUP(A33,GDPdeflator,2,FALSE))","v":0},{"$f":"Summary!$D$19*IF('System Specifications and Costs'!$I$95=\"No\", 0, 'Power Outage Costs'!J$37*HLOOKUP($A33,AllowancePrices,2,FALSE)*HLOOKUP(A33,GDPdeflator,2,FALSE))","v":0},0,0]
[2037,{"$f":"TRANSPOSE($B$4:$B$11)","v":0},0,0,0,0,0,0,0,0,{"$f":"Summary!$D$19*'Power Outage Costs'!E$37","v":0},{"$f":"Summary!$D$19*('Power Outage Costs'!$D$40*VLOOKUP(A34,'Fuel Price Forecasts'!$B$7:$H$54,7,FALSE)+'Power Outage Costs'!$D$41*VLOOKUP(A34,'Fuel Price Forecasts'!$B$7:$H$54,3,FALSE))*HLOOKUP('Fuel Price Forecasts'!$D$3,GDPdeflator,2)","v":0},{"$f":"Summary!$D$19*'Power Outage Costs'!F$37*HLOOKUP($A34, EmissionsDamageValues, CO2DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$4,GDPdeflator,2,FALSE)","v":0},{"$f":"Summary!$D$19*'Power Outage Costs'!G$37*HLOOKUP($A34, EmissionsDamageValues, PM25DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$10,GDPdeflator,2,FALSE)","v":0},{"$f":"Summary!$D$19*'Power Outage Costs'!H$37*HLOOKUP($A34, EmissionsDamageValues, PM10DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$12,GDPdeflator,2,FALSE)","v":0},{"$f":"Summary!$D$19*IF('System Specifications and Costs'!$I$95=\"No\",'Power Outage Costs'!I$37*HLOOKUP($A34,EmissionsDamageValues, SO2DamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$8,GDPdeflator,2,FALSE), 0)","v":0},{"$f":"Summary!$D$19*IF('System Specifications and Costs'!$I$95=\"No\",'Power Outage Costs'!J$37*HLOOKUP($A34, EmissionsDamageValues, NOXDamagesLookup, FALSE)*HLOOKUP('Emissions Damages Data'!$A$6,GDPdeflator,2,FALSE), 0)","v":0},{"$f":"Summary!$D$19*IF('System Specifications and Costs'!$I$95=\"No\", 0, 'Power Outage Costs'!$I$37*HLOOKUP($A34,AllowancePrices,3,FALSE)*HLOOKUP(A34,GDPdeflator,2,FALSE))","v":0},{"$f":"Summary!$D$19*IF('System Specifications and Costs'!$I$95=\"No\", 0, 'Power Outage Costs'!J$37*HLOOKUP($A34,AllowancePrices,2,FALSE)*HLOOKUP(A34,GDPdeflator,2,FALSE))","v":0},0,0]
["PV",{"$f":"B15+NPV(B37, B16:B34)","v":0},{"$f":"C15+NPV(C37, C16:C34)","v":0},0,0,0,0,0,{"$f":"I15+NPV(I37, I16:I34)","v":0},{"$f":"SUM(B35:I35)","v":0},{"$f":"K15+NPV(K37, K16:K34)","v":0},{"$f":"L15+NPV(L37, L16:L34)","v":0},0,0,0,0,0,0,0,{"$f":"SUM(K35:S35)","v":0},0]
["Annualized",{"$f":"-PMT(B37, AnnualizationPeriod, B35, 0, 1)","v":0},0,0,0,0,0,0,0,{"$f":"SUM(B36:I36)","v":0},{"$f":"-PMT(K37, AnnualizationPeriod, K35, 0, 1)","v":0},0,0,0,0,0,0,0,0,0,0]
["Discount Rate",{"$f":"Summary!$D$20","v":7.0000000000000007E-2},{"$f":"Summary!$D$20","v":7.0000000000000007E-2},{"$f":"Summary!$D$20","v":7.0000000000000007E-2},{"$f":"Summary!$D$20","v":7.0000000000000007E-2},{"$f":"Summary!$D$20","v":7.0000000000000007E-2},{"$f":"Summary!$D$20","v":7.0000000000000007E-2},{"$f":"Summary!$D$20","v":7.0000000000000007E-2},{"$f":"Summary!$D$20","v":7.0000000000000007E-2},null,{"$f":"Summary!$D$20","v":7.0000000000000007E-2},{"$f":"Summary!$D$20","v":7.0000000000000007E-2},0.03,0.03,{"$f":"Summary!$D$20","v":7.0000000000000007E-2},0.03,0.03,{"$f":"Summary!$D$20","v":7.0000000000000007E-2},{"$f":"Summary!$D$20","v":7.0000000000000007E-2}]
["* Underlying data are in nominal dollars"]

{"sheet":"Fire Station Calculations","index":18,"n_rows":43,"n_cols":5,"rows_kept":43,"cut":false,"hidden":false,"merged":[]}
[]
["Parameter","Unit","Value","Parameter Type","Check"]
["Total duration of outage","days",{"$f":"Summary!D18","v":0},"input",1]
["Population served by the fire station experiencing the outage","people",{"$f":"'Major Power Outage Inputs'!D3","v":0},"input",30000]
["Distance to nearest fire station able to serve this population","miles",{"$f":"'Major Power Outage Inputs'!O3","v":0},"input",5]
["Alternate Estimate: Percent increase in response time during the outage","percent",{"$f":"'Major Power Outage Inputs'!P3","v":0},"input"]
["Level of service maintained while using backup generation","percent",{"$f":"'Major Power Outage Inputs'!G3","v":0},"input",0]
["One-time cost of operating backup generation","Current dollars",{"$f":"'Major Power Outage Inputs'!I3","v":0},"input"]
["Ongoing cost of operating backup generation","Current dollars/day",{"$f":"'Major Power Outage Inputs'!J3","v":0},"input"]
["% Adjustment factor for cost of operating backup generation","%",{"$f":"'Major Power Outage Inputs'!S3","v":1},"input"]
["One-time cost of emergency measures required while on backup power","Current dollars",{"$f":"'Major Power Outage Inputs'!K3","v":0},"input"]
["% Adjustment factor for one-time cost of emergency measures required while on backup power","%",{"$f":"'Major Power Outage Inputs'!T3","v":1},"input"]
["Ongoing cost of emergency measures required while on backup power","Current dollars/day",{"$f":"'Major Power Outage Inputs'!L3","v":0},"input"]
["% Adjustment factor for ongoing cost of emergency measures required while on backup power","%",{"$f":"'Major Power Outage Inputs'!U3","v":1},"input"]
["One-time cost of emergency measures required during complete loss of power","Current dollars",{"$f":"'Major Power Outage Inputs'!M3","v":0},"input"]
["% Adjustment factor for one-time cost of emergency measures required during complete loss of power","%",{"$f":"'Major Power Outage Inputs'!V3","v":1},"input"]
["Ongoing cost of emergency measures required during complete loss of power","Current dollars/day",{"$f":"'Major Power Outage Inputs'!N3","v":0},"input"]
["% Adjustment factor for ongoing cost of emergency measures required during complete loss of power","%",{"$f":"'Major Power Outage Inputs'!W3","v":1},"input"]
["Backup generation present","yes/no",{"$f":"'Major Power Outage Inputs'!F3","v":0},"input"]
["% Adjustment factor for value of service losses","percent",{"$f":"'Major Power Outage Inputs'!R3","v":0},"input"]
["Likelihood of backup generation failure","percent",{"$f":"'Major Power Outage Std. Values'!$F$52","v":0.15},"standard value"]
["Annual fire incidence per capita","fires/person/year",{"$f":"'Major Power Outage Std. Values'!F5","v":5.4999999999999997E-3},"standard value"]
["Response time for structure fires","minutes",{"$f":"'Major Power Outage Std. Values'!F6","v":5},"standard value"]
["Ratio of total property losses to direct property losses","percent",{"$f":"'Major Power Outage Std. Values'!F7","v":1.1000000000000001},"standard value"]
["Ratio of total value of mortality and injuries due to fires to total property losses due to fires","percent",{"$f":"'Major Power Outage Std. Values'!F8","v":3.3},"standard value"]
["GDP deflator ratio, 1993 dollars to current dollars","Current dollars/1993 dollars",{"$f":"'Major Power Outage Std. Values'!B57","v":1.5421326541911193},"standard value"]
["Total cost of emergency measures while on backup power","Current dollars",{"$f":"C11*C12+C3*C13*C14","v":0},"calculated"]
["Total cost of emergency measures during complete loss of power","Current dollars",{"$f":"C15*C16+C3*C17*C18","v":0},"calculated"]
["Expected number of fires during the outage","fires",{"$f":"C22*C4*C3/365","v":0},"calculated"]
["Response time before the outage","minutes",{"$f":"C23","v":5},"calculated",5]
["Response time during the outage","minutes",{"$f":"C30+IF(C5=0,C30*C6,(0.65+1.7*C5))","v":5},"calculated",14.15]
["Probability of a no-loss incident before the outage","percent",{"$f":"0.456-0.00264*C30","v":0.44280000000000003},"calculated",0.44280000000000003]
["Probability of a no-loss incident during the outage","percent",{"$f":"0.456-0.00264*C31","v":0.44280000000000003},"calculated",0.41860000000000003]
["Average property dollar loss per incident before the outage","1993 dollars",{"$f":"3845+431*C30","v":6000},"calculated",6000]
["Average property dollar loss per incident after the outage","1993 dollars",{"$f":"3845+431*C31","v":6000},"calculated",9944]
["Change in direct property loss due to the fire station outage","1993 dollars",{"$f":"((1-C33)*C35-(1-C32)*C34)*C29","v":0},"calculated",1102]
["Change in direct and indirect property loss due to the fire station outage","1993 dollars",{"$f":"C36*C24","v":0},"calculated",1212]
["Value of mortality and injuries due to the fire station outage","1993 dollars",{"$f":"C37*C25","v":0},"calculated"]
["Value of total losses due to the fire station outage","1993 dollars",{"$f":"C38+C37","v":0},"calculated"]
["Total value of lost fire station services","Current dollars",{"$f":"IF(C19=\"Yes\",C39*C26*C20*C21+C39*C26*C20*(1-C21)*(1-C7),C39*C26*C20)","v":0},"calculated"]
["Total costs incurred during complete loss of power","Current dollars",{"$f":"IF(C3>0, IF(C19=\"Yes\",C28*C21,C28), 0)","v":0},"calculated"]
["Total costs incurred while on backup power","Current dollars",{"$f":"IF(C3>0, (C8*C10+C3*C9*C10+C27)*(1-C21), 0)","v":0},"calculated"]
["Total Fire Station Benefits","Current dollars",{"$f":"SUM(C40:C42)","v":0},"calculated"]

{"sheet":"EMS Calculations","index":19,"n_rows":47,"n_cols":7,"rows_kept":47,"cut":false,"hidden":false,"merged":[]}
[]
["Parameter","Unit","Value","Parameter Type","Check"]
["Total duration of outage","days",{"$f":"Summary!D18","v":0},"input",1]
["Population served by the EMS provider experiencing the outage","people",{"$f":"'Major Power Outage Inputs'!D4","v":0},"input",30000]
["Distance to nearest EMS provider able to serve this population","miles",{"$f":"'Major Power Outage Inputs'!O4","v":0},"input",5]
["Type of area where population lives (1 = urban, 2 = suburban, 3 = rural, 4 = wilderness)","unitless",{"$f":"'Major Power Outage Inputs'!Q4","v":0},"input","Suburban"]
["ALTERNATE: Percent increase in response time during the outage","percent",{"$f":"'Major Power Outage Inputs'!P4","v":0},"input"]
["Level of service maintained while using backup generation","percent",{"$f":"'Major Power Outage Inputs'!G4","v":0},"input",0]
["One-time cost of operating backup generation","Current dollars",{"$f":"'Major Power Outage Inputs'!I4","v":0},"input"]
["Ongoing cost of operating backup generation","Current dollars/day",{"$f":"'Major Power Outage Inputs'!J4","v":0},"input"]
["% Adjustment factor for cost of operating backup generation","%",{"$f":"'Major Power Outage Inputs'!S4","v":1},"input"]
["One-time cost of emergency measures required while on backup power","Current dollars",{"$f":"'Major Power Outage Inputs'!K4","v":0},"input"]
["% Adjustment factor for one-time cost of emergency measures required while on backup power","%",{"$f":"'Major Power Outage Inputs'!T4","v":1},"input"]
["Ongoing cost of emergency measures required while on backup power","Current dollars/day",{"$f":"'Major Power Outage Inputs'!L4","v":0},"input"]
["% Adjustment factor for ongoing cost of emergency measures required while on backup power","%",{"$f":"'Major Power Outage Inputs'!U4","v":1},"input"]
["One-time cost of emergency measures required during complete loss of power","Current dollars",{"$f":"'Major Power Outage Inputs'!M4","v":0},"input"]
["% Adjustment factor for one-time cost of emergency measures required during complete loss of power","%",{"$f":"'Major Power Outage Inputs'!V4","v":1},"input"]
["Ongoing cost of emergency measures required during complete loss of power","Current dollars/day",{"$f":"'Major Power Outage Inputs'!N4","v":0},"input"]
["% Adjustment factor for ongoing cost of emergency measures required during complete loss of power","%",{"$f":"'Major Power Outage Inputs'!W4","v":1},"input"]
["Backup generation present","yes/no",{"$f":"'Major Power Outage Inputs'!F4","v":0},"input"]
["% Adjustment factor for value of service losses","percent",{"$f":"'Major Power Outage Inputs'!R4","v":0},"input"]
["Likelihood of backup generation failure","percent",{"$f":"'Major Power Outage Std. Values'!$F$52","v":0.15},"standard value"]
["Annual cardiac arrest incidence per capita","cardiac arrests/person/year",{"$f":"'Major Power Outage Std. Values'!F9","v":5.8500000000000002E-4},"standard value"]
["Response time for cardiac arrests (urban)","minutes",{"$f":"'Major Power Outage Std. Values'!F10","v":7},"standard value",null,null,"Urban"]
["Response time for cardiac arrests (suburban)","minutes",{"$f":"'Major Power Outage Std. Values'!F11","v":8},"standard value",null,null,"Suburban"]
["Response time for cardiac arrests (rural)","minutes",{"$f":"'Major Power Outage Std. Values'!F12","v":8},"standard value",null,null,"Rural"]
["Response time for cardiac arrests (wilderness)","minutes",{"$f":"'Major Power Outage Std. Values'!F13","v":9},"standard value",null,null,"Wilderness"]
["Value of a statistical life","2008 dollars",{"$f":"'Major Power Outage Std. Values'!F14","v":5800000},"standard value"]
["GDP deflator ratio, 2008 dollars to current dollars","Current dollars/2008 dollars",{"$f":"'Major Power Outage Std. Values'!B60","v":1.1226245894041069},"standard value"]
["Total cost of emergency measures while on backup power","Current dollars",{"$f":"C12*C13+C3*C14*C15","v":0},"calculated"]
["Total cost of emergency measures during complete loss of power","Current dollars",{"$f":"C16*C17+C3*C18*C19","v":0},"calculated"]
["Expected number of cardiac arrests during the outage","cardiac arrests",{"$f":"C3*C4*C23/365","v":0},"calculated",{"$f":"17.6/365","v":4.8219178082191783E-2}]
["Response time before the outage","minutes",{"$f":"IFERROR(INDEX($C$24:$C$27,MATCH(C6,$G$24:$G$27,0),1),0)","v":0},"calculated",8]
["Response time during the outage","minutes",{"$f":"C33+IF(C5=0,C33*C7,(0.65+1.7*C5))","v":0},"calculated",17.2]
["Time interval to CPR before the outage","minutes",{"$f":"C33+1","v":1},"calculated",9]
["Time interval to CPR after the outage","minutes",{"$f":"C34+1","v":1},"calculated",18.2]
["Time interval to defibrillation before the outage","minutes",{"$f":"C33+2","v":2},"calculated",10]
["Time interval to defibrillation after the outage","minutes",{"$f":"C34+2","v":2},"calculated",19.2]
["Survival probability before the outage","percent",{"$f":"(1+EXP(-0.26+0.106*C35+0.139*C37))^-1","v":0.46903966035269112},"calculated",0.11070000000000001]
["Survival probability after the outage","percent",{"$f":"(1+EXP(-0.26+0.106*C36+0.139*C38))^-1","v":0.46903966035269112},"calculated",1.29E-2,"difference due to rounding"]
["Change in survival probability due to the outage","percent",{"$f":"C39-C40","v":0},"calculated"]
["Expected number of cardiac arrest deaths due to the outage","deaths",{"$f":"C41*C32","v":0},"calculated",{"$f":"1.7/365","v":4.6575342465753422E-3},"difference due to rounding"]
["Value of lives lost from cardiac arrest due to the outage","2008 dollars",{"$f":"C42*C28","v":0},"calculated",27014]
["Total value of lost EMS services","Current dollars",{"$f":"IF(C20=\"Yes\",C43*C29*C21*C22+C43*C29*C21*(1-C22)*(1-C8),C43*C29*C21)","v":0},"calculated"]
["Total costs incurred during complete loss of power","Current dollars",{"$f":"IF(C3>0, IF(C20=\"Yes\",C31*C22,C31), 0)","v":0},"calculated"]
["Total costs incurred while on backup power","Current dollars",{"$f":"IF(C3>0, (C9*C11+C3*C10*C11+C30)*(1-C22), 0)","v":0},"calculated"]
["Total EMS Benefits","Current dollars",{"$f":"SUM(C44:C46)","v":0},"calculated"]

{"sheet":"Hospital Calculations","index":20,"n_rows":58,"n_cols":6,"rows_kept":58,"cut":false,"hidden":false,"merged":[]}
[]
["Parameter","Unit","Value","Parameter Type","Check"]
["Total duration of outage","days",{"$f":"Summary!D18","v":0},"input",1]
["Population served by the hospital experiencing the outage","people",{"$f":"'Major Power Outage Inputs'!D5","v":0},"input",10000]
["Distance to nearest hospital able to serve this population","miles",{"$f":"'Major Power Outage Inputs'!O5","v":0},"input",10]
["Population served by the alternate hospital","people",{"$f":"'Major Power Outage Inputs'!B18","v":0},"input",30000]
["Level of service maintained while using backup generation","percent",{"$f":"'Major Power Outage Inputs'!G5","v":0},"input",0]
["One-time cost of operating backup generation","Current dollars",{"$f":"'Major Power Outage Inputs'!I5","v":0},"input"]
["Ongoing cost of operating backup generation","Current dollars/day",{"$f":"'Major Power Outage Inputs'!J5","v":0},"input"]
["% Adjustment factor for cost of operating backup generation","%",{"$f":"'Major Power Outage Inputs'!S5","v":1},"input"]
["One-time cost of emergency measures required while on backup power","Current dollars",{"$f":"'Major Power Outage Inputs'!K5","v":0},"input"]
["% Adjustment factor for one-time cost of emergency measures required while on backup power","%",{"$f":"'Major Power Outage Inputs'!T5","v":1},"input"]
["Ongoing cost of emergency measures required while on backup power","Current dollars/day",{"$f":"'Major Power Outage Inputs'!L5","v":0},"input"]
["% Adjustment factor for ongoing cost of emergency measures required while on backup power","%",{"$f":"'Major Power Outage Inputs'!U5","v":1},"input"]
["One-time cost of emergency measures required during complete loss of power","Current dollars",{"$f":"'Major Power Outage Inputs'!M5","v":0},"input"]
["% Adjustment factor for one-time cost of emergency measures required during complete loss of power","%",{"$f":"'Major Power Outage Inputs'!V5","v":1},"input"]
["Ongoing cost of emergency measures required during complete loss of power","Current dollars/day",{"$f":"'Major Power Outage Inputs'!N5","v":0},"input"]
["% Adjustment factor for ongoing cost of emergency measures required during complete loss of power","%",{"$f":"'Major Power Outage Inputs'!W5","v":1},"input"]
["Backup generation present","yes/no",{"$f":"'Major Power Outage Inputs'!F5","v":0},"input"]
["% Adjustment factor for value of service losses","percent",{"$f":"'Major Power Outage Inputs'!R5","v":0},"input"]
["Likelihood of backup generation failure","percent",{"$f":"'Major Power Outage Std. Values'!$F$52","v":0.15},"standard value"]
["Annual ED visits per capita","ED visits/person",{"$f":"'Major Power Outage Std. Values'!F15","v":0.39600000000000002},"standard value",null,{"$f":"C22*C4","v":0}]
["Increase in ED visits during a natural disaster","percent",{"$f":"'Major Power Outage Std. Values'!F16","v":0.25},"standard value"]
["Cost of time","2007 dollars per hour",{"$f":"'Major Power Outage Std. Values'!F17","v":28.11},"standard value"]
["Cost of mileage","2008 dollars per mile",{"$f":"'Major Power Outage Std. Values'!F18","v":0.505},"standard value"]
["Number of people per trip","people/trip",{"$f":"'Major Power Outage Std. Values'!F19","v":2},"standard value"]
["Death rates per capita from acute myocardial infarction","deaths/person/year",{"$f":"'Major Power Outage Std. Values'!F20","v":5.0900000000000001E-4},"standard value",null,{"$f":"C4*C27","v":0}]
["Death rates per capita from unintentional injuries","deaths/person/year",{"$f":"'Major Power Outage Std. Values'!F21","v":3.9700000000000005E-4},"standard value",null,{"$f":"C28*C4","v":0}]
["Increase in number of deaths due to a 1-mile increase in distance (AMI)","percent",{"$f":"'Major Power Outage Std. Values'!F22","v":6.0400000000000002E-2},"standard value"]
["Increase in number of deaths due to a 1-mile increase in distance (unintentional injuries)","percent",{"$f":"'Major Power Outage Std. Values'!F23","v":6.1400000000000003E-2},"standard value"]
["Value of a statistical life","2008 dollars",{"$f":"'Major Power Outage Std. Values'!F24","v":5800000},"standard value"]
["GDP deflator ratio, 2008 dollars to current dollars","Current dollars/2008 dollars",{"$f":"'Major Power Outage Std. Values'!B60","v":1.1226245894041069},"standard value"]
["GDP deflator ratio, 2007 dollars to current dollars","Current dollars/2007 dollars",{"$f":"'Major Power Outage Std. Values'!B59","v":1.1446418114386101},"standard value"]
["Total cost of emergency measures while on backup power","Current dollars",{"$f":"C11*C12+C3*C13*C14","v":0},"calculated"]
["Total cost of emergency measures during complete loss of power","Current dollars",{"$f":"C15*C16+C3*C17*C18","v":0},"calculated"]
["Expected number of ED visits at the hospital experiencing the outage","ED visits",{"$f":"C4*(C22*(1+C23))*C3/365","v":0},"calculated",13.56]
["Expected number of ED visits at the alternate hospital during the outage","ED visits",{"$f":"C6*(C22*(1+C23))*C3/365","v":0},"calculated"]
["Extra travel time to get to the alternate hospital (round trip)","hours",{"$f":"(0.65+1.7*C5)/60*2","v":2.1666666666666667E-2},"calculated",0.6]
["Cost of extra travel time","2007 dollars",{"$f":"C38*C24*C26*C36","v":0},"calculated",{"$f":"0.6*28.11*13.56*2","v":457.40591999999998},"difference due to rounding"]
["Cost of extra travel distance","2008 dollars",{"$f":"C25*C5*2*C36","v":0},"calculated",{"$f":"0.505*20*13.56","v":136.95599999999999}]
["Total cost of extra travel","Current dollars",{"$f":"C40*C32+C39*C33","v":0},"calculated",594,"difference due to rounding"]
["Annual ER visits (outage)","visits",{"$f":"IFERROR(C36/C3*(365),0)","v":0},"calculated",4950]
["Annual ER visits (alternate)","visits",{"$f":"IFERROR(C37/C3*(365),0)","v":0},"calculated",14850]
["Waiting time per patient (outage)","hours",{"$f":"2.49+0.000042*(C42)","v":2.4900000000000002},"calculated",2.7]
["Waiting time per patient (alternate)","hours",{"$f":"2.49+0.000042*(C43)","v":2.4900000000000002},"calculated",3.1]
["Waiting time per patient (combined)","hours",{"$f":"2.49+0.000042*(C42+C43)","v":2.4900000000000002},"calculated",3.3]
["Extra waiting time per patient (outage)","hours",{"$f":"C46-C44","v":0},"calculated",0.6]
["Extra waiting time per patient (alternate)","hours",{"$f":"C46-C45","v":0},"calculated",0.2]
["Total cost of waiting time increase (both hospitals)","2007 dollars",{"$f":"C47*C26*C24*C36+C48*C26*C24*C37","v":0},"calculated",{"$f":"0.6*4950/365*2*28.11+0.2*14850/365*2*28.11","v":914.92273972602732},"difference due to rounding"]
["Expected number of deaths from AMI during the outage","deaths",{"$f":"C4*C27/365*C3","v":0},"calculated",{"$f":"5.09/365","v":1.3945205479452055E-2}]
["Expected number of deaths from unintentional injuries during the outage","deaths",{"$f":"C4*C28/365*C3","v":0},"calculated",{"$f":"3.97/365","v":1.0876712328767123E-2}]
["Increase in the number of deaths from AMI due to the outage","deaths",{"$f":"C50*C29*$C$5","v":0},"calculated",{"$f":"3.074/365","v":8.4219178082191783E-3}]
["Increase in the number of deaths from unintentional injuries due to the outage","deaths",{"$f":"C51*C30*$C$5","v":0},"calculated",{"$f":"2.43/365","v":6.6575342465753432E-3}]
["Value of lives lost from AMI and unintentional injuries due to the outage","2008 dollars",{"$f":"(C52+C53)*C31","v":0},"calculated",87586]
["Total value of lost hospital services","Current dollars",{"$f":"IF(C19=\"Yes\",SUM(C41,C49*C33,C54*C32)*C20*C21+SUM(C41,C49*C33,C54*C32)*C20*(1-C21)*(1-C7),SUM(C41,C49*C33,C54*C32)*C20)","v":0},"calculated"]
["Total costs incurred during complete loss of power","Current dollars",{"$f":"IF(C3>0, IF(C19=\"Yes\",C35*C21,C35), 0)","v":0},"calculated"]
["Total costs incurred while on backup power","Current dollars",{"$f":"IF(C3>0, (C8*C10+C3*C9*C10+C34)*(1-C21), 0)","v":0},"calculated"]
["Total Hospital Benefits","Current dollars",{"$f":"SUM(C55:C57)","v":0},"calculated"]

{"sheet":"Police Station Calculations","index":21,"n_rows":81,"n_cols":5,"rows_kept":81,"cut":false,"hidden":false,"merged":[[7,8,7,10],[7,12,7,14]]}
[]
["Parameter","Unit","Value","Parameter Type","Check"]
["Total duration of outage","days",{"$f":"Summary!D18","v":0},"input",1]
["Population served by the police station experiencing the outage","people",{"$f":"'Major Power Outage Inputs'!D6","v":0},"input",50000]
["Number of police officers working at the station before the outage","officers",{"$f":"'Major Power Outage Inputs'!B27","v":0},"input",100]
["Number of police officers working at the station during the outage","officers",{"$f":"'Major Power Outage Inputs'!C27","v":0},"input",80]
["ALTERNATE: Percent reduction in effectiveness during the outage","percent",{"$f":"'Major Power Outage Inputs'!D27","v":0},"input"]
["Area Type","N/A",{"$f":"'Major Power Outage Inputs'!Q6","v":0},"input"]
["Level of service maintained while using backup generation","percent",{"$f":"'Major Power Outage Inputs'!G6","v":0},"input",0]
["One-time cost of operating backup generation","Current dollars",{"$f":"'Major Power Outage Inputs'!I6","v":0},"input"]
["Ongoing cost of operating backup generation","Current dollars/day",{"$f":"'Major Power Outage Inputs'!J6","v":0},"input"]
["% Adjustment factor for cost of operating backup generation","%",{"$f":"'Major Power Outage Inputs'!S6","v":1},"input"]
["One-time cost of emergency measures required while on backup power","Current dollars",{"$f":"'Major Power Outage Inputs'!K6","v":0},"input"]
["% Adjustment factor for one-time cost of emergency measures required while on backup power","%",{"$f":"'Major Power Outage Inputs'!T6","v":1},"input"]
["Ongoing cost of emergency measures required while on backup power","Current dollars/day",{"$f":"'Major Power Outage Inputs'!L6","v":0},"input"]
["% Adjustment factor for ongoing cost of emergency measures required while on backup power","%",{"$f":"'Major Power Outage Inputs'!U6","v":1},"input"]
["One-time cost of emergency measures required during complete loss of power","Current dollars",{"$f":"'Major Power Outage Inputs'!M6","v":0},"input"]
["% Adjustment factor for one-time cost of emergency measures required during complete loss of power","%",{"$f":"'Major Power Outage Inputs'!V6","v":1},"input"]
["Ongoing cost of emergency measures required during complete loss of power","Current dollars/day",{"$f":"'Major Power Outage Inputs'!N6","v":0},"input"]
["% Adjustment factor for ongoing cost of emergency measures required during complete loss of power","%",{"$f":"'Major Power Outage Inputs'!W6","v":1},"input"]
["Backup generation present","yes/no",{"$f":"'Major Power Outage Inputs'!F6","v":0},"input"]
["% Adjustment factor for value of service losses","percent",{"$f":"'Major Power Outage Inputs'!R6","v":0},"input"]
["Likelihood of backup generation failure","percent",{"$f":"'Major Power Outage Std. Values'!$F$52","v":0.15},"standard value"]
["Annual burglary incidence per capita","crimes/person/year",{"$f":"'Major Power Outage Std. Values'!F25","v":0},"standard value",{"$f":"35375/4268725","v":8.2870177863413556E-3}]
["Annual auto theft incidence per capita","crimes/person/year",{"$f":"'Major Power Outage Std. Values'!F26","v":0},"standard value",{"$f":"23232/4268725","v":5.4423744794991477E-3}]
["Annual larceny incidence per capita","crimes/person/year",{"$f":"'Major Power Outage Std. Values'!F27","v":0},"standard value",{"$f":"125259/4268725","v":2.9343422216235527E-2}]
["Annual robbery incidence per capita","crimes/person/year",{"$f":"'Major Power Outage Std. Values'!F28","v":0},"standard value",{"$f":"7263/4268725","v":1.7014448108041628E-3}]
["Annual murder incidence per capita","crimes/person/year",{"$f":"'Major Power Outage Std. Values'!F29","v":0},"standard value",{"$f":"316/4268725","v":7.4026787858201217E-5}]
["Annual rape incidence per capita","crimes/person/year",{"$f":"'Major Power Outage Std. Values'!F30","v":0},"standard value",{"$f":"1480/4268725","v":3.467077406017019E-4}]
["Annual assault incidence per capita","crimes/person/year",{"$f":"'Major Power Outage Std. Values'!F31","v":0},"standard value",{"$f":"17688/4268725","v":4.1436260241641239E-3}]
["Elasticity of burglary rate to police force size","unitless",{"$f":"'Major Power Outage Std. Values'!F32","v":-0.59},"standard value"]
["Elasticity of auto theft rate to police force size","unitless",{"$f":"'Major Power Outage Std. Values'!F33","v":-0.85},"standard value"]
["Elasticity of larceny rate to police force size","unitless",{"$f":"'Major Power Outage Std. Values'!F34","v":-0.08},"standard value"]
["Elasticity of robbery rate to police force size","unitless",{"$f":"'Major Power Outage Std. Values'!F35","v":-1.34},"standard value"]
["Elasticity of murder rate to police force size","unitless",{"$f":"'Major Power Outage Std. Values'!F36","v":-0.84},"standard value"]
["Elasticity of rape rate to police force size","unitless",{"$f":"'Major Power Outage Std. Values'!F37","v":-0.42},"standard value"]
["Elasticity of assault rate to police force size","unitless",{"$f":"'Major Power Outage Std. Values'!F38","v":-0.96},"standard value"]
["Cost per crime: burglary","2004 dollars/crime",{"$f":"'Major Power Outage Std. Values'!F39","v":3974},"standard value"]
["Cost per crime: auto theft","2004 dollars/crime",{"$f":"'Major Power Outage Std. Values'!F40","v":8328},"standard value"]
["Cost per crime: larceny","2004 dollars/crime",{"$f":"'Major Power Outage Std. Values'!F41","v":1344},"standard value"]
["Cost per crime: robbery","2004 dollars/crime",{"$f":"'Major Power Outage Std. Values'!F42","v":46484},"standard value"]
["Cost per crime: murder","2004 dollars/crime",{"$f":"'Major Power Outage Std. Values'!F43","v":8492905},"standard value"]
["Cost per crime: rape","2004 dollars/crime",{"$f":"'Major Power Outage Std. Values'!F44","v":200037},"standard value"]
["Cost per crime: assault","2004 dollars/crime",{"$f":"'Major Power Outage Std. Values'!F45","v":111801},"standard value"]
["GDP deflator ratio: 2004 dollars to current dollars","Current dollars/2004 dollars",{"$f":"'Major Power Outage Std. Values'!B58","v":1.2501795332136445},"standard value"]
["Total cost of emergency measures while on backup power","Current dollars",{"$f":"C13*C14+C3*C15*C16","v":0},"calculated"]
["Total cost of emergency measures during complete loss of power","Current dollars",{"$f":"C17*C18+C3*C19*C20","v":0},"calculated"]
["Percent reduction in police officers","unitless",{"$f":"IF(C5=0,-C7,(C6-C5)/C5)","v":0},"calculated",1]
["Percent change in burglaries","unitless",{"$f":"C31*$C$48","v":0},"calculated"]
["Percent change in auto thefts","unitless",0,"calculated"]
["Percent change in larcenies","unitless",0,"calculated"]
["Percent change in robberies","unitless",0,"calculated"]
["Percent change in murders","unitless",0,"calculated"]
["Percent change in rapes","unitless",0,"calculated"]
["Percent change in assaults","unitless",0,"calculated"]
["Baseline burglaries per year","crimes",{"$f":"C24*$C$4","v":0},"calculated",414.4]
["Baseline auto thefts per year","crimes",0,"calculated",272.10000000000002]
["Baseline larcenies per year","crimes",0,"calculated",1467.2]
["Baseline robberies per year","crimes",0,"calculated",85.1]
["Baseline murders per year","crimes",0,"calculated",3.7]
["Baseline rapes per year","crimes",0,"calculated",17.3]
["Baseline assaults per year","crimes",0,"calculated",207.2]
["Change in burglaries per year","crimes",{"$f":"C56*C49","v":0},"calculated",48.9]
["Change in auto thefts per year","crimes",{"$f":"C57*C50","v":0},"calculated",46.3]
["Change in larcenies per year","crimes",0,"calculated",23.5]
["Change in robberies per year","crimes",0,"calculated",22.8]
["Change in murders per year","crimes",0,"calculated",0.6]
["Change in rapes per year","crimes",0,"calculated",1.5]
["Change in assaults per year","crimes",0,"calculated",39.799999999999997]
["Value of change in burglaries per year","2004 dollars",{"$f":"C38*C63","v":0},"calculated",194318]
["Value of change in auto thefts per year","2004 dollars",0,"calculated",385286]
["Value of change in larcenies per year","2004 dollars",0,"calculated",31553]
["Value of change in robberies per year","2004 dollars",0,"calculated",1059890]
["Value of change in murders per year","2004 dollars",0,"calculated",5281523]
["Value of change in rapes per year","2004 dollars",0,"calculated",291312]
["Value of change in assaults per year","2004 dollars",0,"calculated",4447666]
["Total value of change in crime during the outage","2004 dollars",{"$f":"SUM(C70:C76)/365*C3","v":0},"calculated",32032]
["Total value of lost police station services","Current dollars",{"$f":"IF(C21=\"Yes\",C77*C45*C22*C23+C77*C45*C22*(1-C23)*(1-C9),C77*C45*C22)","v":0},"calculated"]
["Total costs incurred during complete loss of power","Current dollars",{"$f":"IF(C3>0, IF(C21=\"Yes\",C47*C23,C47), 0)","v":0},"calculated"]
["Total costs incurred while on backup power","Current dollars",{"$f":"IF(C3>0, (C10*C12+C3*C11*C12+C46)*(1-C23), 0)","v":0},"calculated"]
["Total Police Station Benefit","Current dollars",{"$f":"SUM(C78:C80)","v":0},"calculated"]

{"sheet":"Electric Power Calculations","index":22,"n_rows":32,"n_cols":5,"rows_kept":32,"cut":false,"hidden":false,"merged":[]}
[]
["Parameter","Unit","Value","Parameter Type","Check"]
["Total duration of outage","days",{"$f":"Summary!D18","v":0},"input"]
["Population without power","people",{"$f":"'Major Power Outage Inputs'!D7","v":0},"input"]
["Level of service maintained while using backup generation","percent",{"$f":"'Major Power Outage Inputs'!G7","v":0},"input"]
["One-time cost of operating backup generation","Current dollars",{"$f":"'Major Power Outage Inputs'!I7","v":0},"input"]
["Ongoing cost of operating backup generation","Current dollars/day",{"$f":"'Major Power Outage Inputs'!J7","v":0},"input"]
["% Adjustment factor for cost of operating backup generation","%",{"$f":"'Major Power Outage Inputs'!S7","v":1},"input"]
["One-time cost of emergency measures required while on backup power","Current dollars",{"$f":"'Major Power Outage Inputs'!K7","v":0},"input"]
["% Adjustment factor for one-time cost of emergency measures required while on backup power","%",{"$f":"'Major Power Outage Inputs'!T7","v":1},"input"]
["Ongoing cost of emergency measures required while on backup power","Current dollars/day",{"$f":"'Major Power Outage Inputs'!L7","v":0},"input"]
["% Adjustment factor for ongoing cost of emergency measures required while on backup power","%",{"$f":"'Major Power Outage Inputs'!U7","v":1},"input"]
["One-time cost of emergency measures required during complete loss of power","Current dollars",{"$f":"'Major Power Outage Inputs'!M7","v":0},"input"]
["% Adjustment factor for one-time cost of emergency measures required during complete loss of power","%",{"$f":"'Major Power Outage Inputs'!V7","v":1},"input"]
["Ongoing cost of emergency measures required during complete loss of power","Current dollars/day",{"$f":"'Major Power Outage Inputs'!N7","v":0},"input"]
["% Adjustment factor for ongoing cost of emergency measures required during complete loss of power","%",{"$f":"'Major Power Outage Inputs'!W7","v":1},"input"]
["Backup generation present","yes/no",{"$f":"'Major Power Outage Inputs'!F7","v":0},"input"]
["% Adjustment factor for value of service loss","percent",{"$f":"'Major Power Outage Inputs'!R7","v":0},"input"]
["Include economic losses?","n/a",{"$f":"'Major Power Outage Inputs'!$B$21","v":"No"},"input"]
["Include residential losses?","n/a",{"$f":"'Major Power Outage Inputs'!$C$21","v":"No"},"input"]
["Likelihood of backup generation failure","percent",{"$f":"'Major Power Outage Std. Values'!$F$52","v":0.15},"standard value"]
["Economic impact of loss of electric power on economic activity","2008 dollars/person/day",{"$f":"'Major Power Outage Std. Values'!F46","v":102},"standard value"]
["Economic impact of loss of electric power on residential customers","2008 dollars/person/day",{"$f":"'Major Power Outage Std. Values'!F47","v":24},"standard value"]
["GDP deflator ratio, 2008 dollars to current dollars","Current dollars/2008 dollars",{"$f":"'Major Power Outage Std. Values'!B60","v":1.1226245894041069},"standard value"]
["Total cost of emergency measures while on backup power","Current dollars",{"$f":"C9*C10+C3*C11*C12","v":0},"calculated"]
["Total cost of emergency measures during complete loss of power","Current dollars",{"$f":"C13*C14+C3*C15*C16","v":0},"calculated"]
["Total economic impact of loss of electric power on economic activity","2008 dollars",{"$f":"IF(C19=\"Yes\",$C$4*C22*$C$3,0)","v":0},"calculated"]
["Total economic impact of loss of electric power on residential customers","2008 dollars",{"$f":"IF(C20=\"Yes\",$C$4*C23*$C$3,0)","v":0},"calculated"]
["Total value of lost electric power services","Current dollars",{"$f":"IF(C17=\"Yes\",SUM(C27:C28)*C24*C18*C21+SUM(C27:C28)*C24*C18*(1-C21)*(1-C5),SUM(C27:C28)*C24*C18)","v":0},"calculated"]
["Total costs incurred during complete loss of power","Current dollars",{"$f":"IF(C3>0, IF(C17=\"Yes\",C26*C21,C26), 0)","v":0},"calculated"]
["Total costs incurred while on backup power","Current dollars",{"$f":"IF(C3>0, (C6*C8+C3*C7*C8+C25)*(1-C21), 0)","v":0},"calculated"]
["Total electric benefit","Current dollars",{"$f":"SUM(C29:C31)","v":0},"calculated"]

{"sheet":"Wastewater Calculations","index":23,"n_rows":32,"n_cols":5,"rows_kept":32,"cut":false,"hidden":false,"merged":[]}
[]
["Parameter","Unit","Value","Parameter Type","Check"]
["Total duration of outage","days",{"$f":"Summary!D18","v":0},"input"]
["Population served by wastewater treatment plant experiencing the outage","people",{"$f":"'Major Power Outage Inputs'!D8","v":0},"input"]
["Level of service maintained while using backup generation","percent",{"$f":"'Major Power Outage Inputs'!G8","v":0},"input"]
["One-time cost of operating backup generation","Current dollars",{"$f":"'Major Power Outage Inputs'!I8","v":0},"input"]
["Ongoing cost of operating backup generation","Current dollars/day",{"$f":"'Major Power Outage Inputs'!J8","v":0},"input"]
["% Adjustment factor for cost of operating backup generation","%",{"$f":"'Major Power Outage Inputs'!S8","v":1},"input"]
["One-time cost of emergency measures required while on backup power","Current dollars",{"$f":"'Major Power Outage Inputs'!K8","v":0},"input"]
["% Adjustment factor for one-time cost of emergency measures required while on backup power","%",{"$f":"'Major Power Outage Inputs'!T8","v":1},"input"]
["Ongoing cost of emergency measures required while on backup power","Current dollars/day",{"$f":"'Major Power Outage Inputs'!L8","v":0},"input"]
["% Adjustment factor for ongoing cost of emergency measures required while on backup power","%",{"$f":"'Major Power Outage Inputs'!U8","v":1},"input"]
["One-time cost of emergency measures required during complete loss of power","Current dollars",{"$f":"'Major Power Outage Inputs'!M8","v":0},"input"]
["% Adjustment factor for one-time cost of emergency measures required during complete loss of power","%",{"$f":"'Major Power Outage Inputs'!V8","v":1},"input"]
["Ongoing cost of emergency measures required during complete loss of power","Current dollars/day",{"$f":"'Major Power Outage Inputs'!N8","v":0},"input"]
["% Adjustment factor for ongoing cost of emergency measures required during complete loss of power","%",{"$f":"'Major Power Outage Inputs'!W8","v":1},"input"]
["Backup generation present","yes/no",{"$f":"'Major Power Outage Inputs'!F8","v":0},"input"]
["% Adjustment factor for value of service loss","percent",{"$f":"'Major Power Outage Inputs'!R8","v":0},"input"]
["Include economic losses?","n/a",{"$f":"'Major Power Outage Inputs'!$B$22","v":"No"},"input"]
["Include residential losses?","n/a",{"$f":"'Major Power Outage Inputs'!$C$22","v":"No"},"input"]
["Likelihood of backup generation failure","percent",{"$f":"'Major Power Outage Std. Values'!$F$52","v":0.15},"standard value"]
["Economic impact of loss of wastewater service on economic activity","2008 dollars/person/day",{"$f":"'Major Power Outage Std. Values'!F48","v":41},"standard value"]
["Economic impact of loss of wastewater service on residential customers","2008 dollars/person/day",{"$f":"'Major Power Outage Std. Values'!F49","v":0},"standard value"]
["GDP deflator ratio, 2008 dollars to current dollars","Current dollars/2008 dollars",{"$f":"'Major Power Outage Std. Values'!B60","v":1.1226245894041069},"standard value"]
["Total cost of emergency measures while on backup power","Current dollars",{"$f":"C9*C10+C3*C11*C12","v":0},"calculated"]
["Total cost of emergency measures during complete loss of power","Current dollars",{"$f":"C13*C14+C3*C15*C16","v":0},"calculated"]
["Total economic impact of loss of wastewater service on economic activity","2008 dollars",{"$f":"IF(C19=\"Yes\",$C$4*C22*$C$3,0)","v":0},"calculated"]
["Total economic impact of loss of wastewater service on residential customers","2008 dollars",{"$f":"IF(C20=\"Yes\",$C$4*C23*$C$3,0)","v":0},"calculated"]
["Total value of lost wastewater services","Current dollars",{"$f":"IF(C17=\"Yes\",SUM(C27:C28)*C24*C18*C21+SUM(C27:C28)*C24*C18*(1-C21)*(1-C5),SUM(C27:C28)*C24*C18)","v":0},"calculated"]
["Total costs incurred during complete loss of power","Current dollars",{"$f":"IF(C3>0, IF(C17=\"Yes\",C26*C21,C26), 0)","v":0},"calculated"]
["Total costs incurred while on backup power","Current dollars",{"$f":"IF(C3>0, (C6*C8+C3*C7*C8+C25)*(1-C21), 0)","v":0},"calculated"]
["Total wastewater benefit","Current dollars",{"$f":"SUM(C29:C31)","v":0},"calculated"]

{"sheet":"Water Calculations","index":24,"n_rows":32,"n_cols":5,"rows_kept":32,"cut":false,"hidden":false,"merged":[]}
[]
["Parameter","Unit","Value","Parameter Type","Check"]
["Total duration of outage","days",{"$f":"Summary!D18","v":0},"input"]
["Population served by water treatment plant experiencing the outage","people",{"$f":"'Major Power Outage Inputs'!D9","v":0},"input"]
["Level of service maintained while using backup generation","percent",{"$f":"'Major Power Outage Inputs'!G9","v":0},"input"]
["One-time cost of operating backup generation","Current dollars",{"$f":"'Major Power Outage Inputs'!I9","v":0},"input"]
["Ongoing cost of operating backup generation","Current dollars/day",{"$f":"'Major Power Outage Inputs'!J9","v":0},"input"]
["% Adjustment factor for cost of operating backup generation","%",{"$f":"'Major Power Outage Inputs'!S9","v":1},"input"]
["One-time cost of emergency measures required while on backup power","Current dollars",{"$f":"'Major Power Outage Inputs'!K9","v":0},"input"]
["% Adjustment factor for one-time cost of emergency measures required while on backup power","%",{"$f":"'Major Power Outage Inputs'!T9","v":1},"input"]
["Ongoing cost of emergency measures required while on backup power","Current dollars/day",{"$f":"'Major Power Outage Inputs'!L9","v":0},"input"]
["% Adjustment factor for ongoing cost of emergency measures required while on backup power","%",{"$f":"'Major Power Outage Inputs'!U9","v":1},"input"]
["One-time cost of emergency measures required during complete loss of power","Current dollars",{"$f":"'Major Power Outage Inputs'!M9","v":0},"input"]
["% Adjustment factor for one-time cost of emergency measures required during complete loss of power","%",{"$f":"'Major Power Outage Inputs'!V9","v":1},"input"]
["Ongoing cost of emergency measures required during complete loss of power","Current dollars/day",{"$f":"'Major Power Outage Inputs'!N9","v":0},"input"]
["% Adjustment factor for ongoing cost of emergency measures required during complete loss of power","%",{"$f":"'Major Power Outage Inputs'!W9","v":1},"input"]
["Backup generation present","yes/no",{"$f":"'Major Power Outage Inputs'!F9","v":0},"input"]
["% Adjustment factor for value of service loss","percent",{"$f":"'Major Power Outage Inputs'!R9","v":0},"input"]
["Include economic losses?","n/a",{"$f":"'Major Power Outage Inputs'!$B$23","v":"No"},"input"]
["Include residential losses?","n/a",{"$f":"'Major Power Outage Inputs'!$C$23","v":"No"},"input"]
["Likelihood of backup generation failure","percent",{"$f":"'Major Power Outage Std. Values'!$F$52","v":0.15},"standard value"]
["Economic impact of loss of water service on economic activity","2008 dollars/person/day",{"$f":"'Major Power Outage Std. Values'!F50","v":40},"standard value"]
["Economic impact of loss of water service on residential customers","2008 dollars/person/day",{"$f":"'Major Power Outage Std. Values'!F51","v":53},"standard value"]
["GDP deflator ratio, 2008 dollars to current dollars","Current dollars/2008 dollars",{"$f":"'Major Power Outage Std. Values'!B60","v":1.1226245894041069},"standard value"]
["Total cost of emergency measures while on backup power","Current dollars",{"$f":"C9*C10+C3*C11*C12","v":0},"calculated"]
["Total cost of emergency measures during complete loss of power","Current dollars",{"$f":"C13*C14+C3*C15*C16","v":0},"calculated"]
["Total economic impact of loss of water service on economic activity","2008 dollars",{"$f":"IF(C19=\"Yes\",$C$4*C22*$C$3,0)","v":0},"calculated"]
["Total economic impact of loss of water service on residential customers","2008 dollars",{"$f":"IF(C20=\"Yes\",$C$4*C23*$C$3,0)","v":0},"calculated"]
["Total value of lost water services","Current dollars",{"$f":"IF(C17=\"Yes\",SUM(C27:C28)*C24*C18*C21+SUM(C27:C28)*C24*C18*(1-C21)*(1-C5),SUM(C27:C28)*C24*C18)","v":0},"calculated"]
["Total costs incurred during complete loss of power","Current dollars",{"$f":"IF(C3>0, IF(C17=\"Yes\", C26*C21, C26), 0)","v":0},"calculated"]
["Total costs incurred while on backup power","Current dollars",{"$f":"IF(C3>0, (C6*C8+C3*C7*C8+C25)*(1-C21), 0)","v":0},"calculated"]
["Total water benefit","Current dollars",{"$f":"SUM(C29:C31)","v":0},"calculated"]

{"sheet":"Other Calculations","index":25,"n_rows":138,"n_cols":5,"rows_kept":138,"cut":false,"hidden":false,"merged":[]}
["Parameter","Unit","Value","Parameter Type"]
["Total Costs, all Other Facilities","Current dollars",{"$f":"SUM(C32,C59,C86,C112,C138)","v":0},"calculated"]
["Likelihood of backup generation failure","percent",{"$f":"'Major Power Outage Std. Values'!$F$52","v":0.15},"standard value"]
["Economic impact of loss of electric power on economic activity","2008 dollars/person/day",{"$f":"'Major Power Outage Std. Values'!$F$46","v":102},"standard value"]
["Economic impact of loss of electric power on residential customers","2008 dollars/person/day",{"$f":"'Major Power Outage Std. Values'!$F$47","v":24},"standard value"]
["GDP deflator ratio, 2008 dollars to current dollars","Current dollars/2008 dollars",{"$f":"'Major Power Outage Std. Values'!B60","v":1.1226245894041069},"standard value"]
[]
[{"$f":"'Major Power Outage Inputs'!A10","v":"Other Service 1: "}]
["Parameter","Unit","Value","Parameter Type","Check"]
["Facility Type","n/a",{"$f":"'Major Power Outage Inputs'!B10","v":0},"input"]
["Total duration of outage","days",{"$f":"Summary!$D$18","v":0},"input"]
["Total value of service provided","Current dollars/day",{"$f":"'Major Power Outage Inputs'!C10","v":0},"input"]
["Level of service maintained while using backup generation","percent",{"$f":"'Major Power Outage Inputs'!G10","v":0},"input"]
["One-time cost of operating backup generation","Current dollars",{"$f":"'Major Power Outage Inputs'!I10","v":0},"input"]
["Ongoing cost of operating backup generation","Current dollars/day",{"$f":"'Major Power Outage Inputs'!J10","v":0},"input"]
["% Adjustment factor for cost of operating backup generation","%",{"$f":"'Major Power Outage Inputs'!S10","v":1},"input"]
["One-time cost of emergency measures required while on backup power","Current dollars",{"$f":"'Major Power Outage Inputs'!$K$10","v":0},"input"]
["% Adjustment factor for one-time cost of emergency measures required while on backup power","%",{"$f":"'Major Power Outage Inputs'!$T$10","v":1},"input"]
["Ongoing cost of emergency measures required while on backup power","Current dollars/day",{"$f":"'Major Power Outage Inputs'!L10","v":0},"input"]
["% Adjustment factor for ongoing cost of emergency measures required while on backup power","%",{"$f":"'Major Power Outage Inputs'!U10","v":1},"input"]
["One-time cost of emergency measures required during complete loss of power","Current dollars",{"$f":"'Major Power Outage Inputs'!M10","v":0},"input"]
["% Adjustment factor for one-time cost of emergency measures required during complete loss of power","%",{"$f":"'Major Power Outage Inputs'!V10","v":1},"input"]
["Ongoing cost of emergency measures required during complete loss of power","Current dollars/day",{"$f":"'Major Power Outage Inputs'!N10","v":0},"input"]
["% Adjustment factor for ongoing cost of emergency measures required during complete loss of power","%",{"$f":"'Major Power Outage Inputs'!W10","v":1},"input"]
["Backup generation present","yes/no",{"$f":"'Major Power Outage Inputs'!F10","v":0},"input"]
["% Adjustment factor for value of service losses","percent",{"$f":"'Major Power Outage Inputs'!R10","v":0},"input"]
["Total cost of emergency measures while on backup power","Current dollars",{"$f":"C11*C19*C20+C17*C18","v":0},"calculated"]
["Total cost of emergency measures during complete loss of power","Current dollars",{"$f":"C21*C22+C11*C23*C24","v":0},"calculated"]
["Total value of lost services","Current dollars",{"$f":"IF(C25=\"Yes\",C11*C12*C26*$C$3+C11*C12*C26*(1-$C$3)*(1-C13),C11*C12*C26)","v":0},"calculated"]
["Total costs incurred during complete loss of power","Current dollars",{"$f":"IF(C11>0, IF(C25=\"Yes\",C28*$C$3,C28), 0)","v":0},"calculated"]
["Total costs incurred while on backup power","Current dollars",{"$f":"IF(C11>0, (C14*C16+C11*C15*C16+C27)*(1-$C$3), 0)","v":0},"calculated"]
["Total Other Facility #1 Benefit","Current dollars",{"$f":"SUM(C29:C31)","v":0},"calculated"]
[]
[]
[{"$f":"'Major Power Outage Inputs'!A11","v":"Other Service 2: "}]
["Parameter","Unit","Value","Parameter Type","Check"]
["Facility Type","n/a",{"$f":"'Major Power Outage Inputs'!B11","v":0},"input"]
["Total duration of outage","days",{"$f":"Summary!D18","v":0},"input"]
["Total value of service provided","Current dollars/day",{"$f":"'Major Power Outage Inputs'!C11","v":0},"input"]
["Level of service maintained while using backup generation","percent",{"$f":"'Major Power Outage Inputs'!G11","v":0},"input"]
["One-time cost of operating backup generation","Current dollars",{"$f":"'Major Power Outage Inputs'!I11","v":0},"input"]
["Ongoing cost of operating backup generation","Current dollars/day",{"$f":"'Major Power Outage Inputs'!J11","v":0},"input"]
["% Adjustment factor for cost of operating backup generation","%",{"$f":"'Major Power Outage Inputs'!S11","v":1},"input"]
["One-time cost of emergency measures required while on backup power","Current dollars",{"$f":"'Major Power Outage Inputs'!$K$11","v":0},"input"]
["% Adjustment factor for one-time cost of emergency measures required while on backup power","%",{"$f":"'Major Power Outage Inputs'!$T$11","v":1},"input"]
["Ongoing cost of emergency measures required while on backup power","Current dollars/day",{"$f":"'Major Power Outage Inputs'!L11","v":0},"input"]
["% Adjustment factor for ongoing cost of emergency measures required while on backup power","%",{"$f":"'Major Power Outage Inputs'!U11","v":1},"input"]
["One-time cost of emergency measures required during complete loss of power","Current dollars",{"$f":"'Major Power Outage Inputs'!M11","v":0},"input"]
["% Adjustment factor for one-time cost of emergency measures required during complete loss of power","%",{"$f":"'Major Power Outage Inputs'!V11","v":1},"input"]
["Ongoing cost of emergency measures required during complete loss of power","Current dollars/day",{"$f":"'Major Power Outage Inputs'!N11","v":0},"input"]
["% Adjustment factor for ongoing cost of emergency measures required during complete loss of power","%",{"$f":"'Major Power Outage Inputs'!W11","v":1},"input"]
["Backup generation present","yes/no",{"$f":"'Major Power Outage Inputs'!F11","v":0},"input"]
["% Adjustment factor for value of service losses","percent",{"$f":"'Major Power Outage Inputs'!R11","v":0},"input"]
["Total cost of emergency measures while on backup power","Current dollars",{"$f":"C38*C46*C47+C44*C45","v":0},"calculated"]
["Total cost of emergency measures during complete loss of power","Current dollars",{"$f":"C48*C49+C38*C50*C51","v":0},"calculated"]
["Total value of lost services","Current dollars",{"$f":"IF(C52=\"Yes\",C38*C39*C53*$C$3+C38*C39*C53*(1-$C$3)*(1-C40),C38*C39*C53)","v":0},"calculated"]
["Total costs incurred during complete loss of power","Current dollars",{"$f":"IF(C38>0, IF(C52=\"Yes\",C55*$C$3,C55), 0)","v":0},"calculated"]
["Total costs incurred while on backup power","Current dollars",{"$f":"IF(C38>0, (C41*C43+C38*C42*C43+C54)*(1-$C$3), 0)","v":0},"calculated"]
["Total Other Facility #2 Benefit","Current dollars",{"$f":"SUM(C56:C58)","v":0},"calculated"]
[]
[]
[{"$f":"'Major Power Outage Inputs'!A12","v":"Other Service 3: "}]
["Parameter","Unit","Value","Parameter Type","Check"]
["Facility Type","n/a",{"$f":"'Major Power Outage Inputs'!B12","v":0},"input"]
["Total duration of outage","days",{"$f":"Summary!D18","v":0},"input"]
["Total value of service provided","Current dollars/day",{"$f":"'Major Power Outage Inputs'!C12","v":0},"input"]
["Level of service maintained while using backup generation","percent",{"$f":"'Major Power Outage Inputs'!G12","v":0},"input"]
["One-time cost of operating backup generation","Current dollars",{"$f":"'Major Power Outage Inputs'!I12","v":0},"input"]
["Ongoing cost of operating backup generation","Current dollars/day",{"$f":"'Major Power Outage Inputs'!J12","v":0},"input"]
["% Adjustment factor for cost of operating backup generation","%",{"$f":"'Major Power Outage Inputs'!S12","v":1},"input"]
["One-time cost of emergency measures required while on backup power","Current dollars",{"$f":"'Major Power Outage Inputs'!$K$12","v":0},"input"]
["% Adjustment factor for one-time cost of emergency measures required while on backup power","%",{"$f":"'Major Power Outage Inputs'!$T$12","v":1},"input"]
["Ongoing cost of emergency measures required while on backup power","Current dollars/day",{"$f":"'Major Power Outage Inputs'!L12","v":0},"input"]
["% Adjustment factor for ongoing cost of emergency measures required while on backup power","%",{"$f":"'Major Power Outage Inputs'!U12","v":1},"input"]
["One-time cost of emergency measures required during complete loss of power","Current dollars",{"$f":"'Major Power Outage Inputs'!M12","v":0},"input"]
["% Adjustment factor for one-time cost of emergency measures required during complete loss of power","%",{"$f":"'Major Power Outage Inputs'!V12","v":1},"input"]
["Ongoing cost of emergency measures required during complete loss of power","Current dollars/day",{"$f":"'Major Power Outage Inputs'!N12","v":0},"input"]
["% Adjustment factor for ongoing cost of emergency measures required during complete loss of power","%",{"$f":"'Major Power Outage Inputs'!W12","v":1},"input"]
["Backup generation present","yes/no",{"$f":"'Major Power Outage Inputs'!F12","v":0},"input"]
["% Adjustment factor for value of service losses","percent",{"$f":"'Major Power Outage Inputs'!R12","v":0},"input"]
["Total cost of emergency measures while on backup power","Current dollars",{"$f":"C65*C73*C74+C71*C72","v":0},"calculated"]
["Total cost of emergency measures during complete loss of power","Current dollars",{"$f":"C75*C76+C65*C77*C78","v":0},"calculated"]
["Total value of lost services","Current dollars",{"$f":"IF(C79=\"Yes\",C65*C66*C80*$C$3+C65*C66*C80*(1-$C$3)*(1-C67),C65*C66*C80)","v":0},"calculated"]
["Total costs incurred during complete loss of power","Current dollars",{"$f":"IF(C65>0, IF(C79=\"Yes\",C82*$C$3,C82), 0)","v":0},"calculated"]
["Total costs incurred while on backup power","Current dollars",{"$f":"IF(C65>0, (C68*C70+C65*C69*C70+C81)*(1-$C$3), 0)","v":0},"calculated"]
["Total Other Facility #3 Benefit","Current dollars",{"$f":"SUM(C83:C85)","v":0},"calculated"]
[]
[{"$f":"'Major Power Outage Inputs'!A13","v":"Other Service 4: "}]
["Parameter","Unit","Value","Parameter Type","Check"]
["Facility Type","n/a",{"$f":"'Major Power Outage Inputs'!B13","v":0},"input"]
["Total duration of outage","days",{"$f":"Summary!$D$18","v":0},"input"]
["Total value of service provided","Current dollars/day",{"$f":"'Major Power Outage Inputs'!C13","v":0},"input"]
["Level of service maintained while using backup generation","percent",{"$f":"'Major Power Outage Inputs'!G13","v":0},"input"]
["One-time cost of operating backup generation","Current dollars",{"$f":"'Major Power Outage Inputs'!I13","v":0},"input"]
["Ongoing cost of operating backup generation","Current dollars/day",{"$f":"'Major Power Outage Inputs'!J13","v":0},"input"]
["% Adjustment factor for cost of operating backup generation","%",{"$f":"'Major Power Outage Inputs'!S13","v":1},"input"]
["One-time cost of emergency measures required while on backup power","Current dollars",{"$f":"'Major Power Outage Inputs'!$K$13","v":0},"input"]
["% Adjustment factor for one-time cost of emergency measures required while on backup power","%",{"$f":"'Major Power Outage Inputs'!$T$13","v":1},"input"]
["Ongoing cost of emergency measures required while on backup power","Current dollars/day",{"$f":"'Major Power Outage Inputs'!L13","v":0},"input"]
["% Adjustment factor for ongoing cost of emergency measures required while on backup power","%",{"$f":"'Major Power Outage Inputs'!U13","v":1},"input"]
["One-time cost of emergency measures required during complete loss of power","Current dollars",{"$f":"'Major Power Outage Inputs'!M13","v":0},"input"]
["% Adjustment factor for one-time cost of emergency measures required during complete loss of power","%",{"$f":"'Major Power Outage Inputs'!V13","v":1},"input"]
["Ongoing cost of emergency measures required during complete loss of power","Current dollars/day",{"$f":"'Major Power Outage Inputs'!N13","v":0},"input"]
["% Adjustment factor for ongoing cost of emergency measures required during complete loss of power","%",{"$f":"'Major Power Outage Inputs'!W13","v":1},"input"]
["Backup generation present","yes/no",{"$f":"'Major Power Outage Inputs'!F13","v":0},"input"]
["% Adjustment factor for value of service losses","percent",{"$f":"'Major Power Outage Inputs'!R13","v":0},"input"]
["Total cost of emergency measures while on backup power","Current dollars",{"$f":"C91*C99*C100+C97*C98","v":0},"calculated"]
["Total cost of emergency measures during complete loss of power","Current dollars",{"$f":"C101*C102+C91*C103*C104","v":0},"calculated"]
["Total value of lost services","Current dollars",{"$f":"IF(C105=\"Yes\",C91*C92*C106*$C$3+C91*C92*C106*(1-$C$3)*(1-C93),C91*C92*C106)","v":0},"calculated"]
["Total costs incurred during complete loss of power","Current dollars",{"$f":"IF(C91>0, IF(C105=\"Yes\",C108*$C$3,C108), 0)","v":0},"calculated"]
["Total costs incurred while on backup power","Current dollars",{"$f":"IF(C91>0, (C94*C96+C91*C95*C96+C107)*(1-$C$3), 0)","v":0},"calculated"]
["Total Other Facility #4 Benefit","Current dollars",{"$f":"SUM(C109:C111)","v":0},"calculated"]
[]
[{"$f":"'Major Power Outage Inputs'!A14","v":"Other Service 5:"}]
["Parameter","Unit","Value","Parameter Type","Check"]
["Facility Type","n/a",{"$f":"'Major Power Outage Inputs'!B14","v":0},"input"]
["Total duration of outage","days",{"$f":"Summary!$D$18","v":0},"input"]
["Total value of service provided","Current dollars/day",{"$f":"'Major Power Outage Inputs'!C14","v":0},"input"]
["Level of service maintained while using backup generation","percent",{"$f":"'Major Power Outage Inputs'!G14","v":0},"input"]
["One-time cost of operating backup generation","Current dollars",{"$f":"'Major Power Outage Inputs'!I14","v":0},"input"]
["Ongoing cost of operating backup generation","Current dollars/day",{"$f":"'Major Power Outage Inputs'!J14","v":0},"input"]
["% Adjustment factor for cost of operating backup generation","%",{"$f":"'Major Power Outage Inputs'!S14","v":1},"input"]
["One-time cost of emergency measures required while on backup power","Current dollars",{"$f":"'Major Power Outage Inputs'!$K$14","v":0},"input"]
["% Adjustment factor for one-time cost of emergency measures required while on backup power","%",{"$f":"'Major Power Outage Inputs'!$T$14","v":1},"input"]
["Ongoing cost of emergency measures required while on backup power","Current dollars/day",{"$f":"'Major Power Outage Inputs'!L14","v":0},"input"]
["% Adjustment factor for ongoing cost of emergency measures required while on backup power","%",{"$f":"'Major Power Outage Inputs'!U14","v":1},"input"]
["One-time cost of emergency measures required during complete loss of power","Current dollars",{"$f":"'Major Power Outage Inputs'!M14","v":0},"input"]
["% Adjustment factor for one-time cost of emergency measures required during complete loss of power","%",{"$f":"'Major Power Outage Inputs'!V14","v":1},"input"]
["Ongoing cost of emergency measures required during complete loss of power","Current dollars/day",{"$f":"'Major Power Outage Inputs'!N14","v":0},"input"]
["% Adjustment factor for ongoing cost of emergency measures required during complete loss of power","%",{"$f":"'Major Power Outage Inputs'!W14","v":1},"input"]
["Backup generation present","yes/no",{"$f":"'Major Power Outage Inputs'!F14","v":0},"input"]
["% Adjustment factor for value of service losses","percent",{"$f":"'Major Power Outage Inputs'!R14","v":0},"input"]
["Total cost of emergency measures while on backup power","Current dollars",{"$f":"C117*C125*C126+C123*C124","v":0},"calculated"]
["Total cost of emergency measures during complete loss of power","Current dollars",{"$f":"C127*C128+C117*C129*C130","v":0},"calculated"]
["Total value of lost services","Current dollars",{"$f":"IF(C131=\"Yes\",C117*C118*C132*$C$3+C117*C118*C132*(1-$C$3)*(1-C119),C117*C118*C132)","v":0},"calculated"]
["Total costs incurred during complete loss of power","Current dollars",{"$f":"IF(C117>0, IF(C131=\"Yes\",C134*$C$3,C134), 0)","v":0},"calculated"]
["Total costs incurred while on backup power","Current dollars",{"$f":"IF(C117>0, (C120*C122+C117*C121*C122+C133)*(1-$C$3), 0)","v":0},"calculated"]
["Total Other Facility #5 Benefit","Current dollars",{"$f":"SUM(C135:C137)","v":0},"calculated"]

{"sheet":"Major Power Outage Std. Values","index":26,"n_rows":60,"n_cols":6,"rows_kept":60,"cut":false,"hidden":false,"merged":[[54,0,54,1]]}
["Standard Values used in FEMA's Benefit Cost Analysis Methodology"]
[]
[]
["Service","Standard Value","Value Type","Source","Unit","Value"]
["Fire Station Services","Annual fire incidence per capita","National Average","National Fire Protection Association, 2006; U.S. Census, 2006","fires/person/year",5.4999999999999997E-3]
["Fire Station Services","Response time for structure fires","National Median","U.S. Fire Administration, 2006","minutes",5]
["Fire Station Services","Ratio of total property losses (including costs of housing, missed work, and lost business) to direct property losses","National Average","NFPA (Hall, 2008)","percent",1.1000000000000001]
["Fire Station Services","Ratio of total value of mortality and injuries due to fires to total property losses due to fires","National Average","NFPA (Hall, 2008)","percent",3.3]
["Emergency Medical Services","Number of cardiac arrests treated by EMS per capita","National Average","American Heart Association, 2004","cardiac arrest/person/year",{"$f":"58.5/100000","v":5.8500000000000002E-4}]
["Emergency Medical Services","Response time for cardiac arrest calls (urban)","National Median","National EMS Information System, 2008","minutes",7]
["Emergency Medical Services","Response time for cardiac arrest calls (suburban)","National Median","National EMS Information System, 2008","minutes",8]
["Emergency Medical Services","Response time for cardiac arrest calls (rural)","National Median","National EMS Information System, 2008","minutes",8]
["Emergency Medical Services","Response time for cardiac arrest calls (wilderness)","National Median","National EMS Information System, 2008","minutes",9]
["Emergency Medical Services","Value of life","National Average","Federal Aviation Administration, February 2008","2008 dollars per life",5800000]
["Hospital (Emergency Department) Services","Annual ED visits per capita","National Average","U.S. Department of Health and Human Services, National Center for Health Statistics, 2009 (2005 data)","visits/person/year",0.39600000000000002]
["Hospital (Emergency Department) Services","Increase in ED visits during a natural disaster","Mid-Atlantic average for Hurricane Isabel","Smith and Graffeo, 2005 (2003 data)","percent increase over baseline",0.25]
["Hospital (Emergency Department) Services","Cost of time (average employer cost for employee compensation)","National Average","U.S. Department of Labor, December 2007","2007 dollars/hour",28.11]
["Hospital (Emergency Department) Services","Cost of vehicle travel","National Average","Federal government 2008 mileage reimbursement rate","2008 dollars/mile",0.505]
["Hospital (Emergency Department) Services","Number of people per ED trip","Assumed","Assumed","people/trip",2]
["Hospital (Emergency Department) Services","Death rates per capita from acute myocardial infarction","National Average","National Vital Statistics Report, U.S. Department of Health and Human Services, National Center for Health Statistics, 2008 (2005 data)","deaths/person/year",{"$f":"50.9/100000","v":5.0900000000000001E-4}]
["Hospital (Emergency Department) Services","Death rates per capita from unintentional injuries","National Average","National Vital Statistics Report, U.S. Department of Health and Human Services, National Center for Health Statistics, 2008 (2005 data)","deaths/person/year",{"$f":"39.7/100000","v":3.9700000000000005E-4}]
["Hospital (Emergency Department) Services","Increase in number of deaths due to a 1-mile increase in distance (AMI)","Los Angeles County Health Surveys, 1997-2003","Buchmueller et al., 2005","percent",6.0400000000000002E-2]
["Hospital (Emergency Department) Services","Increase in number of deaths due to a 1-mile increase in distance (unintentional injuries)","Los Angeles County Health Surveys, 1997-2003","Buchmueller et al., 2005","percent",6.1400000000000003E-2]
["Hospital (Emergency Department) Services","Value of life","National Average","Federal Aviation Administration, February 2008","dollars per life",5800000]
["Police Services","Annual burglary incidence per capita","State Average by Type","U.S. Department of Justice, Federal Bureau of Investigation, Uniform Crime Reporting Program","crimes/person/year",{"$f":"IFERROR(INDEX('Crime Data'!$E6:$H6,1,MATCH('Major Power Outage Inputs'!$Q$6,'Crime Data'!$E$4:$H$4,0)),0)","v":0}]
["Police Services","Annual auto theft incidence per capita","State Average by Type","U.S. Department of Justice, Federal Bureau of Investigation, Uniform Crime Reporting Program","crimes/person/year",{"$f":"IFERROR(INDEX('Crime Data'!$E7:$H7,1,MATCH('Major Power Outage Inputs'!$Q$6,'Crime Data'!$E$4:$H$4,0)),0)","v":0}]
["Police Services","Annual larceny incidence per capita","State Average by Type","U.S. Department of Justice, Federal Bureau of Investigation, Uniform Crime Reporting Program","crimes/person/year",{"$f":"IFERROR(INDEX('Crime Data'!$E8:$H8,1,MATCH('Major Power Outage Inputs'!$Q$6,'Crime Data'!$E$4:$H$4,0)),0)","v":0}]
["Police Services","Annual robbery incidence per capita","State Average by Type","U.S. Department of Justice, Federal Bureau of Investigation, Uniform Crime Reporting Program","crimes/person/year",{"$f":"IFERROR(INDEX('Crime Data'!$E9:$H9,1,MATCH('Major Power Outage Inputs'!$Q$6,'Crime Data'!$E$4:$H$4,0)),0)","v":0}]
["Police Services","Annual murder incidence per capita","State Average by Type","U.S. Department of Justice, Federal Bureau of Investigation, Uniform Crime Reporting Program","crimes/person/year",{"$f":"IFERROR(INDEX('Crime Data'!$E10:$H10,1,MATCH('Major Power Outage Inputs'!$Q$6,'Crime Data'!$E$4:$H$4,0)),0)","v":0}]
["Police Services","Annual rape incidence per capita","State Average by Type","U.S. Department of Justice, Federal Bureau of Investigation, Uniform Crime Reporting Program","crimes/person/year",{"$f":"IFERROR(INDEX('Crime Data'!$E11:$H11,1,MATCH('Major Power Outage Inputs'!$Q$6,'Crime Data'!$E$4:$H$4,0)),0)","v":0}]
["Police Services","Annual assault incidence per capita","State Average by Type","U.S. Department of Justice, Federal Bureau of Investigation, Uniform Crime Reporting Program","crimes/person/year",{"$f":"IFERROR(INDEX('Crime Data'!$E12:$H12,1,MATCH('Major Power Outage Inputs'!$Q$6,'Crime Data'!$E$4:$H$4,0)),0)","v":0}]
["Police Services","Elasticity of burglary rate to police force size","National Data, 1990-2001","Evans and Owens, 2007","unitless",-0.59]
["Police Services","Elasticity of auto theft rate to police force size","National Data, 1990-2001","Evans and Owens, 2007","unitless",-0.85]
["Police Services","Elasticity of larceny rate to police force size","National Data, 1990-2001","Evans and Owens, 2007","unitless",-0.08]
["Police Services","Elasticity of robbery rate to police force size","National Data, 1990-2001","Evans and Owens, 2007","unitless",-1.34]
["Police Services","Elasticity of murder rate to police force size","National Data, 1990-2001","Evans and Owens, 2007","unitless",-0.84]
["Police Services","Elasticity of rape rate to police force size","National Data, 1990-2001","Evans and Owens, 2007","unitless",-0.42]
["Police Services","Elasticity of assault rate to police force size","National Data, 1990-2001","Evans and Owens, 2007","unitless",-0.96]
["Police Services","Cost of crime: Burglary","National Average","McCollister, 2004","2004 dollars/crime",3974]
["Police Services","Cost of crime: Auto Theft","National Average","McCollister, 2004","2004 dollars/crime",8328]
["Police Services","Cost of crime: Larceny","National Average","McCollister, 2004","2004 dollars/crime",1344]
["Police Services","Cost of crime: Robbery","National Average","McCollister, 2004","2004 dollars/crime",46484]
["Police Services","Cost of crime: Murder","National Average","McCollister, 2004","2004 dollars/crime",8492905]
["Police Services","Cost of crime: Rape","National Average","McCollister, 2004","2004 dollars/crime",200037]
["Police Services","Cost of crime: Assault","National Average","McCollister, 2004","2004 dollars/crime",111801]
["Electric Services","Economic impact of loss of electric power on economic activity","National Average",null,"2008 dollars/person/day",102]
["Electric Services","Economic impact of loss of electric power on residential customers","National Average",null,"2008 dollars/person/day",24]
["Wastewater Services","Economic impact of loss of wastewater service on economic activity","National Average",null,"2008 dollars/person/day",41]
["Wastewater Services","Economic impact of loss of wastewater service on residential customers","National Average",null,"2008 dollars/person/day",0]
["Water Services","Economic impact of loss of water service on economic activity","National Average",null,"2008 dollars/person/day",40]
["Water Services","Economic impact of loss of water service on residential customers","National Average",null,"2008 dollars/person/day",53]
["General","Average backup generation failure rate","National Average","EPRI Estimate: http://www.businessweek.com/articles/2012-12-04/how-to-keep-a-generator-running-when-you-lose-power","percent",0.15]
["General","Average backup generation failure rate","National Average","EPRI Estimate: http://boingboing.net/2012/11/02/in-backup-generators-we-trust.html","percent","20-30%"]
[]
["GDP Deflator Values"]
["Dollar Years","Value"]
["1993-current",{"$f":"HLOOKUP(1993, GDPdeflator, 2, FALSE)","v":1.5421326541911193}]
["2004-current",{"$f":"HLOOKUP(2004, GDPdeflator, 2, FALSE)","v":1.2501795332136445}]
["2007-current",{"$f":"HLOOKUP(2007, GDPdeflator, 2, FALSE)","v":1.1446418114386101}]
["2008-current",{"$f":"HLOOKUP(2008, GDPdeflator, 2, FALSE)","v":1.1226245894041069}]

{"sheet":"Fuel Price Forecasts","index":27,"n_rows":110,"n_cols":19,"rows_kept":110,"cut":false,"hidden":false,"merged":[[54,1,54,9],[55,1,55,9],[3,6,3,9],[4,6,4,8],[4,9,5,9],[4,1,5,1],[4,2,4,4],[4,5,5,5],[3,2,3,5],[108,1,108,9],[109,1,109,9],[59,2,59,5],[59,6,59,9],[60,1,61,1],[60,2,60,4],[60,5,61,5],[60,6,60,8],[60,9,61,9]]}
[]
[null,"Adjusted Values"]
[null,"Dollar year:",null,2011]
[null,null,"New York Retail Petroleum Product Prices (2011$/MMBtu)",null,null,null,"New York Retail NG Prices and Henry Hub Commodity Price  (2011$/MMBtu)"]
[null,"Year","Distillate",null,null,"West Texas Intermediate","Natural Gas",null,null,"Henry Hub"]
[null,null,"Residential","Commercial","Industrial",null,"Residential ","Commercial","Industrial"]
[null,1990,{"$f":"C63*'System Specifications and Costs'!$D$129","v":5.4282976144734736},{"$f":"D63*'System Specifications and Costs'!$D$129","v":4.2075363120569822},{"$f":"E63*'System Specifications and Costs'!$D$129","v":4.3619420227354464},{"$f":"F63*'System Specifications and Costs'!$D$129","v":2.7214105245577693}]
[null,1991,{"$f":"C64*'System Specifications and Costs'!$D$129","v":5.1535323701983975},{"$f":"D64*'System Specifications and Costs'!$D$129","v":3.7088758632057441},{"$f":"E64*'System Specifications and Costs'!$D$129","v":3.4588396350571151},{"$f":"F64*'System Specifications and Costs'!$D$129","v":2.2931934401269389}]
[null,1992,{"$f":"C65*'System Specifications and Costs'!$D$129","v":4.6208560521172286},{"$f":"D65*'System Specifications and Costs'!$D$129","v":3.2813456104875072},{"$f":"E65*'System Specifications and Costs'!$D$129","v":3.303818445446784},{"$f":"F65*'System Specifications and Costs'!$D$129","v":2.1269623323088847}]
[null,1993,{"$f":"C66*'System Specifications and Costs'!$D$129","v":4.3687073804232428},{"$f":"D66*'System Specifications and Costs'!$D$129","v":3.0768609924677981},{"$f":"E66*'System Specifications and Costs'!$D$129","v":2.9502965735470856},{"$f":"F66*'System Specifications and Costs'!$D$129","v":1.8493946097964296},null,null,null,null,null,"Natural gas fuel price multiplier"]
[null,1994,{"$f":"C67*'System Specifications and Costs'!$D$129","v":4.1107015063548253},{"$f":"D67*'System Specifications and Costs'!$D$129","v":2.9234502653549597},{"$f":"E67*'System Specifications and Costs'!$D$129","v":2.8851509229328078},{"$f":"F67*'System Specifications and Costs'!$D$129","v":1.6828768748908209},{"$f":"G67*'System Specifications and Costs'!$D$130","v":6.9470709420447232},{"$f":"H67*'System Specifications and Costs'!$D$130","v":5.1733668631252252},{"$f":"I67*'System Specifications and Costs'!$D$130","v":4.1463204809307586},{"$f":"J67*'System Specifications and Costs'!$D$130","v":1.5765307527687962},null,"Most recent monthly average commercial natural gas price for New York:"]
[null,1995,{"$f":"C68*'System Specifications and Costs'!$D$129","v":3.9518929710874922},{"$f":"D68*'System Specifications and Costs'!$D$129","v":2.7932224339042633},{"$f":"E68*'System Specifications and Costs'!$D$129","v":2.6690799504095981},{"$f":"F68*'System Specifications and Costs'!$D$129","v":1.7535270414408404},{"$f":"G68*'System Specifications and Costs'!$D$130","v":6.4876170976918921},{"$f":"H68*'System Specifications and Costs'!$D$130","v":4.6950919240075901},{"$f":"I68*'System Specifications and Costs'!$D$130","v":3.6127938413167113},{"$f":"J68*'System Specifications and Costs'!$D$130","v":1.3424406024402893},null,"Date","Price","Unit"]
[null,1996,{"$f":"C69*'System Specifications and Costs'!$D$129","v":4.272647274323905},{"$f":"D69*'System Specifications and Costs'!$D$129","v":3.2195595447330936},{"$f":"E69*'System Specifications and Costs'!$D$129","v":3.1512283201098827},{"$f":"F69*'System Specifications and Costs'!$D$129","v":2.0442512803433868},{"$f":"G69*'System Specifications and Costs'!$D$130","v":6.6887303700708616},{"$f":"H69*'System Specifications and Costs'!$D$130","v":5.1645330439414971},{"$f":"I69*'System Specifications and Costs'!$D$130","v":3.7860759778132942},{"$f":"J69*'System Specifications and Costs'!$D$130","v":1.928903079750605},null,"2017-08-01",5.89,"$/thousand cubic feet",null,null,null,1.0369999999999999,"MMBtu/thousand cubic feet"]
[null,1997,{"$f":"C70*'System Specifications and Costs'!$D$129","v":4.1846720825078432},{"$f":"D70*'System Specifications and Costs'!$D$129","v":2.8801561183989381},{"$f":"E70*'System Specifications and Costs'!$D$129","v":2.8251421476843994},{"$f":"F70*'System Specifications and Costs'!$D$129","v":1.8619801827212463},{"$f":"G70*'System Specifications and Costs'!$D$130","v":7.1449317752929655},{"$f":"H70*'System Specifications and Costs'!$D$130","v":4.7657338931780542},{"$f":"I70*'System Specifications and Costs'!$D$130","v":3.7083117742651623},{"$f":"J70*'System Specifications and Costs'!$D$130","v":1.8778973361860494},null,null,{"$f":"M13/R13","v":5.6798457087753134},"$/MMBtu"]
[null,1998,{"$f":"C71*'System Specifications and Costs'!$D$129","v":3.6678161849561906},{"$f":"D71*'System Specifications and Costs'!$D$129","v":2.2672387203913673},{"$f":"E71*'System Specifications and Costs'!$D$129","v":2.1550338152258641},{"$f":"F71*'System Specifications and Costs'!$D$129","v":1.2827728378599581},{"$f":"G71*'System Specifications and Costs'!$D$130","v":6.9171459330261902},{"$f":"H71*'System Specifications and Costs'!$D$130","v":4.385430093930446},{"$f":"I71*'System Specifications and Costs'!$D$130","v":2.899574398547601},{"$f":"J71*'System Specifications and Costs'!$D$130","v":1.5505666023406846},null,"Source:","https://www.eia.gov/dnav/ng/ng_pri_sum_dcu_SNY_m.htm",null,null,null,null,"Source:","https://www.eia.gov/tools/faqs/faq.php?id=45&t=8"]
[null,1999,{"$f":"C72*'System Specifications and Costs'!$D$129","v":3.6680515611373545},{"$f":"D72*'System Specifications and Costs'!$D$129","v":2.3772305840278571},{"$f":"E72*'System Specifications and Costs'!$D$129","v":2.3583053814781181},{"$f":"F72*'System Specifications and Costs'!$D$129","v":1.6832691812618905},{"$f":"G72*'System Specifications and Costs'!$D$130","v":6.4429390127732988},{"$f":"H72*'System Specifications and Costs'!$D$130","v":3.6382870914839121},{"$f":"I72*'System Specifications and Costs'!$D$130","v":2.755202127688857},{"$f":"J72*'System Specifications and Costs'!$D$130","v":1.6522014494211561}]
[null,2000,{"$f":"C73*'System Specifications and Costs'!$D$129","v":5.2810316678796099},{"$f":"D73*'System Specifications and Costs'!$D$129","v":3.8856959665524533},{"$f":"E73*'System Specifications and Costs'!$D$129","v":3.706246753305515},{"$f":"F73*'System Specifications and Costs'!$D$129","v":2.5581542148971383},{"$f":"G73*'System Specifications and Costs'!$D$130","v":6.7141278364516284},{"$f":"H73*'System Specifications and Costs'!$D$130","v":5.2909471017967276},{"$f":"I73*'System Specifications and Costs'!$D$130","v":4.1810076996208059},{"$f":"J73*'System Specifications and Costs'!$D$130","v":3.0303473459828592},null,"Model price:",{"$f":"H90*HLOOKUP($D$3, GDPdeflator, 2, FALSE)","v":10.553394312757336},"Current dollars/MMBtu"]
[null,2001,{"$f":"C74*'System Specifications and Costs'!$D$129","v":4.8536035245802314},{"$f":"D74*'System Specifications and Costs'!$D$129","v":3.204871815750121},{"$f":"E74*'System Specifications and Costs'!$D$129","v":3.137216027853249},{"$f":"F74*'System Specifications and Costs'!$D$129","v":2.1271233987079095},{"$f":"G74*'System Specifications and Costs'!$D$130","v":7.7708551268512842},{"$f":"H74*'System Specifications and Costs'!$D$130","v":6.355569616139281},{"$f":"I74*'System Specifications and Costs'!$D$130","v":5.1056191217944003},{"$f":"J74*'System Specifications and Costs'!$D$130","v":2.7059170309939287},null,"Multiplier:",{"$f":"M14/M17","v":0.53820084234977406}]
[null,2002,{"$f":"C75*'System Specifications and Costs'!$D$129","v":4.2697538049865278},{"$f":"D75*'System Specifications and Costs'!$D$129","v":2.9797158871466336},{"$f":"E75*'System Specifications and Costs'!$D$129","v":2.9832173598682012},{"$f":"F75*'System Specifications and Costs'!$D$129","v":2.110136638521368},{"$f":"G75*'System Specifications and Costs'!$D$130","v":6.466591990670377},{"$f":"H75*'System Specifications and Costs'!$D$130","v":4.2147746671021213},{"$f":"I75*'System Specifications and Costs'!$D$130","v":3.6304809910590228},{"$f":"J75*'System Specifications and Costs'!$D$130","v":2.2715317430204163}]
[null,2003,{"$f":"C76*'System Specifications and Costs'!$D$129","v":4.928695002684603},{"$f":"D76*'System Specifications and Costs'!$D$129","v":3.6210099377384406},{"$f":"E76*'System Specifications and Costs'!$D$129","v":3.5557998279818261},{"$f":"F76*'System Specifications and Costs'!$D$129","v":2.4492622367454859},{"$f":"G76*'System Specifications and Costs'!$D$130","v":7.4184452310900877},{"$f":"H76*'System Specifications and Costs'!$D$130","v":5.5046286816663921},{"$f":"I76*'System Specifications and Costs'!$D$130","v":4.7045397130997895},{"$f":"J76*'System Specifications and Costs'!$D$130","v":3.5991208319516259}]
[null,2004,{"$f":"C77*'System Specifications and Costs'!$D$129","v":5.4448385184738264},{"$f":"D77*'System Specifications and Costs'!$D$129","v":4.3270904458593691},{"$f":"E77*'System Specifications and Costs'!$D$129","v":4.0894845568557443},{"$f":"F77*'System Specifications and Costs'!$D$129","v":3.1867673964258634},{"$f":"G77*'System Specifications and Costs'!$D$130","v":7.7966366542399568},{"$f":"H77*'System Specifications and Costs'!$D$130","v":6.3059161221475462},{"$f":"I77*'System Specifications and Costs'!$D$130","v":5.0210300836970685},{"$f":"J77*'System Specifications and Costs'!$D$130","v":3.7766740932256582},null,"Distillate fuel price multiplier"]
[null,2005,{"$f":"C78*'System Specifications and Costs'!$D$129","v":6.804111604142161},{"$f":"D78*'System Specifications and Costs'!$D$129","v":5.8537984760730337},{"$f":"E78*'System Specifications and Costs'!$D$129","v":5.9055163730932403},{"$f":"F78*'System Specifications and Costs'!$D$129","v":4.2059803300594956},{"$f":"G78*'System Specifications and Costs'!$D$130","v":8.991494527115993},{"$f":"H78*'System Specifications and Costs'!$D$130","v":7.1255640236146611},{"$f":"I78*'System Specifications and Costs'!$D$130","v":6.4975483584329377},{"$f":"J78*'System Specifications and Costs'!$D$130","v":5.3844240302498507},null,"Most recent price for West Texas Intermediate crude oil:"]
[null,2006,{"$f":"C79*'System Specifications and Costs'!$D$129","v":7.6891486504476925},{"$f":"D79*'System Specifications and Costs'!$D$129","v":6.478526907035981},{"$f":"E79*'System Specifications and Costs'!$D$129","v":6.5848877120298477},{"$f":"F79*'System Specifications and Costs'!$D$129","v":4.7506648573980925},{"$f":"G79*'System Specifications and Costs'!$D$130","v":9.0184430414528478},{"$f":"H79*'System Specifications and Costs'!$D$130","v":6.9973726432031862},{"$f":"I79*'System Specifications and Costs'!$D$130","v":6.2042204348825845},{"$f":"J79*'System Specifications and Costs'!$D$130","v":4.0414443063202441},null,"Date","Price","Unit"]
[null,2007,{"$f":"C80*'System Specifications and Costs'!$D$129","v":8.1331910805607563},{"$f":"D80*'System Specifications and Costs'!$D$129","v":6.9104720910936228},{"$f":"E80*'System Specifications and Costs'!$D$129","v":6.9773902692538705},{"$f":"F80*'System Specifications and Costs'!$D$129","v":5.0589841695674505},{"$f":"G80*'System Specifications and Costs'!$D$130","v":8.9547473214674547},{"$f":"H80*'System Specifications and Costs'!$D$130","v":6.7288660309188311},{"$f":"I80*'System Specifications and Costs'!$D$130","v":6.5068488532176136},{"$f":"J80*'System Specifications and Costs'!$D$130","v":4.0672986511816225},null,2017,49.7,"$/barrel",null,null,null,5.8,"MMBtu/barrel"]
[null,2008,{"$f":"C81*'System Specifications and Costs'!$D$129","v":9.6455820763189841},{"$f":"D81*'System Specifications and Costs'!$D$129","v":9.1388437713739492},{"$f":"E81*'System Specifications and Costs'!$D$129","v":9.2150021699580122},{"$f":"F81*'System Specifications and Costs'!$D$129","v":6.7125336584705417},{"$f":"G81*'System Specifications and Costs'!$D$130","v":9.2338539529031021},{"$f":"H81*'System Specifications and Costs'!$D$130","v":7.0767215484794992},{"$f":"I81*'System Specifications and Costs'!$D$130","v":6.7685581701088111},{"$f":"J81*'System Specifications and Costs'!$D$130","v":4.9828544733902715},null,null,{"$f":"M24/R24","v":8.5689655172413808},"$/MMBtu"]
[null,2009,{"$f":"C82*'System Specifications and Costs'!$D$129","v":7.3606981341571824},{"$f":"D82*'System Specifications and Costs'!$D$129","v":5.843875562959151},{"$f":"E82*'System Specifications and Costs'!$D$129","v":5.5881317210574624},{"$f":"F82*'System Specifications and Costs'!$D$129","v":4.1870794986206299},{"$f":"G82*'System Specifications and Costs'!$D$130","v":8.3115887703883615},{"$f":"H82*'System Specifications and Costs'!$D$130","v":5.9202781002843707},{"$f":"I82*'System Specifications and Costs'!$D$130","v":5.2575613709216471},{"$f":"J82*'System Specifications and Costs'!$D$130","v":2.2247033525832416},null,"Source:","https://www.eia.gov/outlooks/steo/report/prices.cfm",null,null,null,null,"Source:","http://www.spe.org/industry/unit-conversion-factors.php"]
[null,2010,{"$f":"C83*'System Specifications and Costs'!$D$129","v":8.5992073905497737},{"$f":"D83*'System Specifications and Costs'!$D$129","v":7.2709952325935374},{"$f":"E83*'System Specifications and Costs'!$D$129","v":7.5295079027157081},{"$f":"F83*'System Specifications and Costs'!$D$129","v":5.2852059672581939},{"$f":"G83*'System Specifications and Costs'!$D$130","v":7.614951243549041},{"$f":"H83*'System Specifications and Costs'!$D$130","v":5.9010473687243472},{"$f":"I83*'System Specifications and Costs'!$D$130","v":4.6373104080013823},{"$f":"J83*'System Specifications and Costs'!$D$130","v":2.425833176674951}]
[null,2011,{"$f":"C84*'System Specifications and Costs'!$D$129","v":9.2789704752533506},{"$f":"D84*'System Specifications and Costs'!$D$129","v":8.2838821130800682},{"$f":"E84*'System Specifications and Costs'!$D$129","v":8.3759661685679472},{"$f":"F84*'System Specifications and Costs'!$D$129","v":6.1162047445123378},{"$f":"G84*'System Specifications and Costs'!$D$130","v":7.1239348489745691},{"$f":"H84*'System Specifications and Costs'!$D$130","v":5.1007618700652291},{"$f":"I84*'System Specifications and Costs'!$D$130","v":4.0521583178224043},{"$f":"J84*'System Specifications and Costs'!$D$130","v":2.1503455523919053},null,"Model price:",{"$f":"F90*HLOOKUP($D$3, GDPdeflator, 2, FALSE)","v":22.915612227358029},"Current dollars/MMBtu"]
[null,2012,{"$f":"C85*'System Specifications and Costs'!$D$129","v":9.5140978296711065},{"$f":"D85*'System Specifications and Costs'!$D$129","v":8.5348696731098386},{"$f":"E85*'System Specifications and Costs'!$D$129","v":8.6353275604566484},{"$f":"F85*'System Specifications and Costs'!$D$129","v":6.315615136993368},{"$f":"G85*'System Specifications and Costs'!$D$130","v":7.0167251567861584},{"$f":"H85*'System Specifications and Costs'!$D$130","v":4.9837015508983198},{"$f":"I85*'System Specifications and Costs'!$D$130","v":3.907584586742054},{"$f":"J85*'System Specifications and Costs'!$D$130","v":1.9872958289465277},null,"Multiplier:",{"$f":"M25/M28","v":0.37393570078879401}]
[null,2013,{"$f":"C86*'System Specifications and Costs'!$D$129","v":10.093298853853316},{"$f":"D86*'System Specifications and Costs'!$D$129","v":9.1531399385420293},{"$f":"E86*'System Specifications and Costs'!$D$129","v":9.2742255065814323},{"$f":"F86*'System Specifications and Costs'!$D$129","v":6.8068327745311024},{"$f":"G86*'System Specifications and Costs'!$D$130","v":7.1919254038774669},{"$f":"H86*'System Specifications and Costs'!$D$130","v":5.1749995242810538},{"$f":"I86*'System Specifications and Costs'!$D$130","v":4.1438445077543768},{"$f":"J86*'System Specifications and Costs'!$D$130","v":2.2537489009840508}]
[null,2014,{"$f":"C87*'System Specifications and Costs'!$D$129","v":10.603502554434506},{"$f":"D87*'System Specifications and Costs'!$D$129","v":9.6977587569016919},{"$f":"E87*'System Specifications and Costs'!$D$129","v":9.8370147331143691},{"$f":"F87*'System Specifications and Costs'!$D$129","v":7.2395341096441816},{"$f":"G87*'System Specifications and Costs'!$D$130","v":7.232075460502557},{"$f":"H87*'System Specifications and Costs'!$D$130","v":5.2188386431812628},{"$f":"I87*'System Specifications and Costs'!$D$130","v":4.1979874063197009},{"$f":"J87*'System Specifications and Costs'!$D$130","v":2.3148110633259829}]
[null,2015,{"$f":"C88*'System Specifications and Costs'!$D$129","v":11.053728942668034},{"$f":"D88*'System Specifications and Costs'!$D$129","v":10.178354572405899},{"$f":"E88*'System Specifications and Costs'!$D$129","v":10.333644923193404},{"$f":"F88*'System Specifications and Costs'!$D$129","v":7.621368971033597},{"$f":"G88*'System Specifications and Costs'!$D$130","v":7.2758755222753839},{"$f":"H88*'System Specifications and Costs'!$D$130","v":5.2666631365269456},{"$f":"I88*'System Specifications and Costs'!$D$130","v":4.2570523865727816},{"$f":"J88*'System Specifications and Costs'!$D$130","v":2.3814243313353636}]
[null,2016,{"$f":"C89*'System Specifications and Costs'!$D$129","v":11.238404866453708},{"$f":"D89*'System Specifications and Costs'!$D$129","v":10.37548756708442},{"$f":"E89*'System Specifications and Costs'!$D$129","v":10.537354971137392},{"$f":"F89*'System Specifications and Costs'!$D$129","v":7.7779917448282099},{"$f":"G89*'System Specifications and Costs'!$D$130","v":7.2649255068321805},{"$f":"H89*'System Specifications and Costs'!$D$130","v":5.2547070131905267},{"$f":"I89*'System Specifications and Costs'!$D$130","v":4.2422861415095117},{"$f":"J89*'System Specifications and Costs'!$D$130","v":2.364771014333019}]
[null,2017,{"$f":"C90*'System Specifications and Costs'!$D$129","v":11.436049013792266},{"$f":"D90*'System Specifications and Costs'!$D$129","v":10.586463539733401},{"$f":"E90*'System Specifications and Costs'!$D$129","v":10.755369847710647},{"$f":"F90*'System Specifications and Costs'!$D$129","v":7.9456128074219539},{"$f":"G90*'System Specifications and Costs'!$D$130","v":7.2758755222753848},{"$f":"H90*'System Specifications and Costs'!$D$130","v":5.2666631365269474},{"$f":"I90*'System Specifications and Costs'!$D$130","v":4.2570523865727825},{"$f":"J90*'System Specifications and Costs'!$D$130","v":2.3814243313353636}]
[null,2018,{"$f":"C91*'System Specifications and Costs'!$D$129","v":11.48941594838641},{"$f":"D91*'System Specifications and Costs'!$D$129","v":10.643430270521579},{"$f":"E91*'System Specifications and Costs'!$D$129","v":10.814237189928003},{"$f":"F91*'System Specifications and Costs'!$D$129","v":7.9908730511706247},{"$f":"G91*'System Specifications and Costs'!$D$130","v":7.2941255480140637},{"$f":"H91*'System Specifications and Costs'!$D$130","v":5.286590008754315},{"$f":"I91*'System Specifications and Costs'!$D$130","v":4.2816627950115658},{"$f":"J91*'System Specifications and Costs'!$D$130","v":2.4091798596726055}]
[null,2019,{"$f":"C92*'System Specifications and Costs'!$D$129","v":11.553349636908772},{"$f":"D92*'System Specifications and Costs'!$D$129","v":10.711676521689023},{"$f":"E92*'System Specifications and Costs'!$D$129","v":10.884760377180287},{"$f":"F92*'System Specifications and Costs'!$D$129","v":8.0450949087361732},{"$f":"G92*'System Specifications and Costs'!$D$130","v":7.3379256097868906},{"$f":"H92*'System Specifications and Costs'!$D$130","v":5.3344145020999978},{"$f":"I92*'System Specifications and Costs'!$D$130","v":4.3407277752646465},{"$f":"J92*'System Specifications and Costs'!$D$130","v":2.4757931276819862}]
[null,2020,{"$f":"C93*'System Specifications and Costs'!$D$129","v":11.627778597590602},{"$f":"D93*'System Specifications and Costs'!$D$129","v":10.791125989758541},{"$f":"E93*'System Specifications and Costs'!$D$129","v":10.966860560236702},{"$f":"F93*'System Specifications and Costs'!$D$129","v":8.1082177567700455},{"$f":"G93*'System Specifications and Costs'!$D$130","v":7.3817256715597201},{"$f":"H93*'System Specifications and Costs'!$D$130","v":5.3822389954456833},{"$f":"I93*'System Specifications and Costs'!$D$130","v":4.3997927555177281},{"$f":"J93*'System Specifications and Costs'!$D$130","v":2.5424063956913674}]
[null,2021,{"$f":"C94*'System Specifications and Costs'!$D$129","v":11.730991938685419},{"$f":"D94*'System Specifications and Costs'!$D$129","v":10.901301450661666},{"$f":"E94*'System Specifications and Costs'!$D$129","v":11.080711863816948},{"$f":"F94*'System Specifications and Costs'!$D$129","v":8.1957525011130112},{"$f":"G94*'System Specifications and Costs'!$D$130","v":7.4693257951053731},{"$f":"H94*'System Specifications and Costs'!$D$130","v":5.4778879821370499},{"$f":"I94*'System Specifications and Costs'!$D$130","v":4.5179227160238895},{"$f":"J94*'System Specifications and Costs'!$D$130","v":2.6756329317101288}]
[null,2022,{"$f":"C95*'System Specifications and Costs'!$D$129","v":11.810292021314314},{"$f":"D95*'System Specifications and Costs'!$D$129","v":10.985950615785271},{"$f":"E95*'System Specifications and Costs'!$D$129","v":11.168185224194133},{"$f":"F95*'System Specifications and Costs'!$D$129","v":8.2630065245334858},{"$f":"G95*'System Specifications and Costs'!$D$130","v":7.5751759443897075},{"$f":"H95*'System Specifications and Costs'!$D$130","v":5.5934638410557858},{"$f":"I95*'System Specifications and Costs'!$D$130","v":4.660663084968836},{"$f":"J95*'System Specifications and Costs'!$D$130","v":2.8366149960661331}]
[null,2023,{"$f":"C96*'System Specifications and Costs'!$D$129","v":11.889253865771936},{"$f":"D96*'System Specifications and Costs'!$D$129","v":11.070238727327823},{"$f":"E96*'System Specifications and Costs'!$D$129","v":11.255285484967031},{"$f":"F96*'System Specifications and Costs'!$D$129","v":8.3299736897674563},{"$f":"G96*'System Specifications and Costs'!$D$130","v":7.6518260524921562},{"$f":"H96*'System Specifications and Costs'!$D$130","v":5.6771567044107316},{"$f":"I96*'System Specifications and Costs'!$D$130","v":4.7640268004117283},{"$f":"J96*'System Specifications and Costs'!$D$130","v":2.9531882150825495}]
[null,2024,{"$f":"C97*'System Specifications and Costs'!$D$129","v":11.974339085110067},{"$f":"D97*'System Specifications and Costs'!$D$129","v":11.161063257928088},{"$f":"E97*'System Specifications and Costs'!$D$129","v":11.349140242833633},{"$f":"F97*'System Specifications and Costs'!$D$129","v":8.4021340601529708},{"$f":"G97*'System Specifications and Costs'!$D$130","v":7.7029261245604532},{"$f":"H97*'System Specifications and Costs'!$D$130","v":5.7329519466473613},{"$f":"I97*'System Specifications and Costs'!$D$130","v":4.8329359440403215},{"$f":"J97*'System Specifications and Costs'!$D$130","v":3.0309036944268266}]
[null,2025,{"$f":"C98*'System Specifications and Costs'!$D$129","v":12.093659784496721},{"$f":"D98*'System Specifications and Costs'!$D$129","v":11.288432577734634},{"$f":"E98*'System Specifications and Costs'!$D$129","v":11.480759053204252},{"$f":"F98*'System Specifications and Costs'!$D$129","v":8.5033293785570088},{"$f":"G98*'System Specifications and Costs'!$D$130","v":7.764976212071959},{"$f":"H98*'System Specifications and Costs'!$D$130","v":5.8007033122204144},{"$f":"I98*'System Specifications and Costs'!$D$130","v":4.9166113327321863},{"$f":"J98*'System Specifications and Costs'!$D$130","v":3.1252724907734497}]
[null,2026,{"$f":"C99*'System Specifications and Costs'!$D$129","v":12.149056331192764},{"$f":"D99*'System Specifications and Costs'!$D$129","v":11.347565825432437},{"$f":"E99*'System Specifications and Costs'!$D$129","v":11.541865194990654},{"$f":"F99*'System Specifications and Costs'!$D$129","v":8.5503109266891073},{"$f":"G99*'System Specifications and Costs'!$D$130","v":7.8160762841402569},{"$f":"H99*'System Specifications and Costs'!$D$130","v":5.8564985544570449},{"$f":"I99*'System Specifications and Costs'!$D$130","v":4.9855204763607812},{"$f":"J99*'System Specifications and Costs'!$D$130","v":3.2029879701177268}]
[null,2027,{"$f":"C100*'System Specifications and Costs'!$D$129","v":12.240166929665904},{"$f":"D100*'System Specifications and Costs'!$D$129","v":11.444822169171143},{"$f":"E100*'System Specifications and Costs'!$D$129","v":11.642366354008594},{"$f":"F100*'System Specifications and Costs'!$D$129","v":8.6275813924998648},{"$f":"G100*'System Specifications and Costs'!$D$130","v":7.8781263716517618},{"$f":"H100*'System Specifications and Costs'!$D$130","v":5.9242499200300953},{"$f":"I100*'System Specifications and Costs'!$D$130","v":5.0691958650526443},{"$f":"J100*'System Specifications and Costs'!$D$130","v":3.2973567664643495}]
[null,2028,{"$f":"C101*'System Specifications and Costs'!$D$129","v":12.327276578276422},{"$f":"D101*'System Specifications and Costs'!$D$129","v":11.537807684250597},{"$f":"E101*'System Specifications and Costs'!$D$129","v":11.738454194432377},{"$f":"F101*'System Specifications and Costs'!$D$129","v":8.7014586717357165},{"$f":"G101*'System Specifications and Costs'!$D$130","v":7.9109764179813826},{"$f":"H101*'System Specifications and Costs'!$D$130","v":5.9601182900393574},{"$f":"I101*'System Specifications and Costs'!$D$130","v":5.1134946002424559},{"$f":"J101*'System Specifications and Costs'!$D$130","v":3.3473167174713856}]
[null,2029,{"$f":"C102*'System Specifications and Costs'!$D$129","v":12.391290100989549},{"$f":"D102*'System Specifications and Costs'!$D$129","v":11.606139154718866},{"$f":"E102*'System Specifications and Costs'!$D$129","v":11.809065444202481},{"$f":"F102*'System Specifications and Costs'!$D$129","v":8.7557482362992634},{"$f":"G102*'System Specifications and Costs'!$D$130","v":7.9547764797542113},{"$f":"H102*'System Specifications and Costs'!$D$130","v":6.0079427833850412},{"$f":"I102*'System Specifications and Costs'!$D$130","v":5.1725595804955367},{"$f":"J102*'System Specifications and Costs'!$D$130","v":3.4139299854807668}]
[null,2030,{"$f":"C103*'System Specifications and Costs'!$D$129","v":12.499744440209454},{"$f":"D103*'System Specifications and Costs'!$D$129","v":11.721909138363898},{"$f":"E103*'System Specifications and Costs'!$D$129","v":11.92869792357137},{"$f":"F103*'System Specifications and Costs'!$D$129","v":8.8477278462585787},{"$f":"G103*'System Specifications and Costs'!$D$130","v":8.0058765518225101},{"$f":"H103*'System Specifications and Costs'!$D$130","v":6.0637380256216735},{"$f":"I103*'System Specifications and Costs'!$D$130","v":5.2414687241241325},{"$f":"J103*'System Specifications and Costs'!$D$130","v":3.4916454648250439}]
[null,2031,{"$f":"C104*'System Specifications and Costs'!$D$129","v":12.571427068559002},{"$f":"D104*'System Specifications and Costs'!$D$129","v":11.79842702387546},{"$f":"E104*'System Specifications and Costs'!$D$129","v":12.022199204919986},{"$f":"F104*'System Specifications and Costs'!$D$129","v":8.9085215428858913},{"$f":"G104*'System Specifications and Costs'!$D$130","v":8.053326618743073},{"$f":"H104*'System Specifications and Costs'!$D$130","v":6.1155478934128293},{"$f":"I104*'System Specifications and Costs'!$D$130","v":5.2586183971457219},{"$f":"J104*'System Specifications and Costs'!$D$130","v":3.5109868031335565}]
[null,2032,{"$f":"C105*'System Specifications and Costs'!$D$129","v":12.641679265794394},{"$f":"D105*'System Specifications and Costs'!$D$129","v":11.873417990428475},{"$f":"E105*'System Specifications and Costs'!$D$129","v":12.05967095830159},{"$f":"F105*'System Specifications and Costs'!$D$129","v":8.9681020976795018},{"$f":"G105*'System Specifications and Costs'!$D$130","v":8.111726701106841},{"$f":"H105*'System Specifications and Costs'!$D$130","v":6.1793138845404076},{"$f":"I105*'System Specifications and Costs'!$D$130","v":5.287119582418744},{"$f":"J105*'System Specifications and Costs'!$D$130","v":3.5431303353084922}]
[null,2033,{"$f":"C106*'System Specifications and Costs'!$D$129","v":12.702282456143873},{"$f":"D106*'System Specifications and Costs'!$D$129","v":11.938109089060962},{"$f":"E106*'System Specifications and Costs'!$D$129","v":12.152111068559149},{"$f":"F106*'System Specifications and Costs'!$D$129","v":9.0194993755637256},{"$f":"G106*'System Specifications and Costs'!$D$130","v":8.1591767680274057},{"$f":"H106*'System Specifications and Costs'!$D$130","v":6.2311237523315643},{"$f":"I106*'System Specifications and Costs'!$D$130","v":5.3530815109615313},{"$f":"J106*'System Specifications and Costs'!$D$130","v":3.6175219562928578}]
[null,2034,{"$f":"C107*'System Specifications and Costs'!$D$129","v":12.74974280740811},{"$f":"D107*'System Specifications and Costs'!$D$129","v":11.98877081573017},{"$f":"E107*'System Specifications and Costs'!$D$129","v":12.204463049441598},{"$f":"F107*'System Specifications and Costs'!$D$129","v":9.0597502740452089},{"$f":"G107*'System Specifications and Costs'!$D$130","v":8.2869269481981522},{"$f":"H107*'System Specifications and Costs'!$D$130","v":6.3706118579231408},{"$f":"I107*'System Specifications and Costs'!$D$130","v":5.4163139345795628},{"$f":"J107*'System Specifications and Costs'!$D$130","v":3.6888352516381309}]
[null,2035,{"$f":"C108*'System Specifications and Costs'!$D$129","v":12.786252742979539},{"$f":"D108*'System Specifications and Costs'!$D$129","v":12.027743480857156},{"$f":"E108*'System Specifications and Costs'!$D$129","v":12.244735980385856},{"$f":"F108*'System Specifications and Costs'!$D$129","v":9.0907141769895716},{"$f":"G108*'System Specifications and Costs'!$D$130","v":8.400077107777955},{"$f":"H108*'System Specifications and Costs'!$D$130","v":6.4941584657328235},{"$f":"I108*'System Specifications and Costs'!$D$130","v":5.5119719170942547},{"$f":"J108*'System Specifications and Costs'!$D$130","v":3.7967179733318446}]
[null,2036,{"$f":"C52","v":12.786252742979539},{"$f":"D52","v":12.027743480857156},12.244735980385856,9.0907141769895716,8.400077107777955,6.4941584657328235,5.5119719170942547,3.7967179733318446]
[null,2037,{"$f":"C53","v":12.786252742979539},12.027743480857156,12.244735980385856,9.0907141769895716,8.400077107777955,6.4941584657328235,5.5119719170942547,3.7967179733318446]
[null,"Notes: Values are consistent with forecasts reported in 2015 Draft State Energy Plan. Values between 2030-2035 were not reported in the Draft State Energy Plan, but were developed as part of the same analysis. Values after 2035 assume no real growth. Forecast values are in orange."]
[null,"Sources: NYSERDA. 1997-2011 Patterns & Trends. 2013. Forecast based on EIA’s Annual Energy Outlook, 2012."]
[null,"*Model uses commercial fuel prices by default. "]
[]
[null,"Original Values"]
[null,null,"New York Retail Petroleum Product Prices \n(2011$/MMBtu)",null,null,null,"New York Retail NG Prices and Henry Hub Commodity Price  \n(2011$/MMBtu)"]
[null,"Year","Distillate",null,null,"West Texas Intermediate","Natural Gas",null,null,"Henry Hub"]
[null,null,"Residential","Commercial","Industrial",null,"Residential ","Commercial","Industrial"]
[null,1990,14.516660492760703,11.252031574362777,11.664952058694054,7.2777499415464311]
[null,1991,13.781867736424585,9.9184855989468304,9.2498245761528217,6.1325875953796087]
[null,1992,12.357354599653956,8.7751600169914603,8.8352581432518615,5.6880429652001414]
[null,1993,11.683044360855963,8.228315686299414,7.8898499590266971,4.9457556630598445]
[null,1994,10.993070460198256,7.8180560432933364,7.7156337756645383,4.5004445185118653,12.907952562307319,9.6123351285338199,7.7040393746468459,2.9292610280684337]
[null,1995,10.568375693337707,7.4697934110386761,7.1378045604614391,4.6893811897122539,12.054267825682112,8.7236799992896952,6.7127242416480177,2.4943115967251566]
[null,1996,11.426154992184545,8.6099282254720091,8.4271929999263602,5.4668523920855012,12.42794481864428,9.5959215176870583,7.0346898033146186,3.5839837621380393]
[null,1997,11.190886758553781,7.7022763868853081,7.5551549149357458,4.9794127139866973,13.27558638536933,8.8549357752227884,6.8902006137239544,3.4892129265112022]
[null,1998,9.8086814851300943,6.0631780159229747,5.7631133124757943,3.4304636737118948,12.852350625885441,8.1483151806001395,5.3875322563378338,2.8810185349598152]
[null,1999,9.8093109414261033,6.3573244785486853,6.3067136315238699,4.501493646397333,11.971254048290888,6.7600917820923945,5.119282451621034,3.0698603930229424]
[null,2000,14.122833569353242,10.391347919858468,9.9114546845551761,6.8411606848473463,12.475134388749526,9.8308042007079717,7.7684896986905674,5.6305139411384486]
[null,2001,12.97978105418086,8.5706494699212836,8.3897205354703708,5.6884736980739614,14.438578529390417,11.808918002415217,9.4864569507237668,5.0277086508819817]
[null,2002,11.418417112834502,7.9685247513439048,7.9778885877312344,5.6430467432506886,12.015202284777866,7.8312301569438283,6.745587716303854,4.2206023556242576]
[null,2003,13.180594931930353,9.6835095715657697,9.5091210079195125,6.5499555981922031,13.783785990934732,10.227833642239009,8.7412343922760574,6.6873192101259757]
[null,2004,14.560895113754261,11.571750000686327,10.936330893865529,8.5222336078196772,14.486481701143383,11.716659703868249,9.3292869289749749,7.0172207028453819]
[null,2005,18.195940076834901,15.654558962208775,15.792865887466542,11.247870479302305,16.706578324662793,13.239600281011437,12.072720529504881,10.004488299835362]
[null,2006,20.562756201742474,17.325243065505468,17.609679145744678,12.704496648426085,16.756649807678684,13.001415257272356,11.527704802160997,7.5091749925090783]
[null,2007,21.750239582378196,18.480375306547124,18.659331683322833,13.529021590866662,16.638300457448576,12.50251857938523,12.090001243418428,7.5572134622158487]
[null,2008,25.794761120621089,24.439612885573986,24.64327998241286,17.951037155080062,17.156892420658952,13.148848889910084,12.576268258067792,9.2583550253010181]
[null,2009,19.684395254666107,15.628022546742288,14.94409790044023,11.197324806880561,15.44328458145872,11.000127897304203,9.7687720962442945,4.1335932193458325]
[null,2010,22.996486755370732,19.444506681913033,20.135835885240915,14.133996716840308,14.148902499487583,10.964396382139599,8.616319490982173,4.5073009660925321]
[null,2011,24.814347642335147,22.153226064282538,22.399482453532435,16.356300646369377,13.236573205407135,9.4774319709263288,7.5290820804567353,3.9954332717197909]
[null,2012,25.443138511786149,22.824431192598258,23.093081356610146,16.889575196139262,13.037373048602594,9.2599289312509789,7.2604579541005885,3.6924799676455988]
[null,2013,26.992070648943475,24.477844504373486,24.80165837874809,18.203217184592202,13.362902541136252,9.6153686822322868,7.699438911433945,4.187561080626014]
[null,2014,28.356486240995658,25.93429495082945,26.30670115841788,19.360371567552487,13.437503049841879,9.6968236251655018,7.8000387141561731,4.3010171690173582]
[null,2015,29.560507112187693,27.219531462054292,27.634817700998394,20.38149594958918,13.518885422975293,9.7856835629108279,7.9097839534895131,4.424787447262462]
[null,2016,30.054377912424503,27.746715665816279,28.179590632586027,20.800345429497696,13.498539829691945,9.7634685784744999,7.8823476436561783,4.3938448777011869]
[null,2017,30.582929069539588,28.310919544194142,28.762618345942538,21.248607155350985,13.518885422975295,9.7856835629108314,7.909783953489514,4.424787447262462]
[null,2018,30.725645944343388,28.463263197576289,28.92004472190284,21.369644658999867,13.552794745114218,9.8227085369713834,7.9555111365450717,4.4763583965312552]
[null,2019,30.896621030133527,28.645771182300621,29.108641817883569,21.514647817166288,13.634177118247631,9.9115684747167094,8.0652563758784108,4.600128674776359]
[null,2020,31.095663166321184,28.858239443292884,29.328198770812186,21.683454507462827,13.71555949138105,10.000428412462039,8.1750016152117517,4.7238989530214637]
[null,2021,31.371682120588176,29.152876892112872,29.632666366016611,21.91754487155033,13.878324237647877,10.178148287952693,8.39449209387843,4.9714395095116712]
[null,2022,31.583750886586223,29.379250477050181,29.866592573631092,22.09739938471558,14.074998306053631,10.392893137503901,8.6597097556006695,5.2705510152706729]
[null,2023,31.794915116936675,29.604658512080675,30.099521017182123,22.276486765494436,14.217417459037108,10.548398028558223,8.8517639244340138,5.4871490021996046]
[null,2024,32.022454822716703,29.847546608640261,30.35051271888009,22.469462109205388,14.312363561026089,10.65206795592777,8.979800036989575,5.6315476601522247]
[null,2025,32.341548985523183,30.188164847385234,30.702495185633008,22.740084353057934,14.427655256298427,10.777952867733651,9.1352724593784735,5.8068888876661227]
[null,2026,32.48969356380011,30.346302322820353,30.865908686022252,22.865725066242032,14.52260135828741,10.881622795103199,9.2633085719340365,5.9512875456187428]
[null,2027,32.733346679244683,30.606390737843448,31.134674569584423,23.072366116154516,14.637893053559747,11.007507706909077,9.4187809943229315,6.1266287731326399]
[null,2028,32.96630022828203,30.855057861317633,31.391638106954861,23.269932914617495,14.698929833409808,11.074152660218072,9.5010899238229385,6.2194564818164686]
[null,2029,33.137488811180361,31.037793744316041,31.580470704701359,23.415117138667313,14.780312206543226,11.1630125979634,9.6108351631562776,6.3432267600615733]
[null,2030,33.427523539052366,31.347392382265891,31.90039864716989,23.661094213777528,14.87525830853221,11.26668252533295,9.7388712757118423,6.4876254180141935]
[null,2031,33.619221277990739,31.552020839378038,32.150445061971638,23.823672155651149,14.963422546093406,11.362947457890385,9.7707360958163871,6.5235624452103398]
[null,2032,33.807093677141715,31.752565923452192,32.250654144181652,23.98300584502055,15.071932376937959,11.481427374884156,9.8236925073087704,6.5832864917848442]
[null,2033,33.969162156352553,31.92556651819622,32.497862715234277,24.120455352451383,15.160096614499158,11.577692307441593,9.9462525691897561,6.7215092798792915]
[null,2034,34.096083311952626,32.061048972966759,32.637865343418788,24.228096581669607,15.397461869471618,11.836867125865462,10.063741095112459,6.8540124083283676]
[null,2035,34.193720246576447,32.165271878254423,32.745565493095071,24.310902002171169,15.607699666732939,12.066421965040892,10.241477685224528,7.0544630825092174]
[null,"Notes: Values are consistent with forecasts reported in 2015 Draft State Energy Plan. Values between 2030-2035 were not reported in the Draft State Energy Plan, but were developed as part of the same analysis. Forecast values are in orange."]
[null,"Sources: NYSERDA. 1997-2011 Patterns & Trends. 2013. Forecast based on EIA’s Annual Energy Outlook, 2012."]

{"sheet":"Energy and Capacity Price Data","index":28,"n_rows":38,"n_cols":23,"rows_kept":38,"cut":false,"hidden":false,"merged":[]}
[]
["Energy Prices ($/MWh)"]
["Dollar year:","Nominal",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Assumes no real growth"]
["NYISO Zone",2016,2017,2018,2019,2020,2021,2022,2023,2024,2025,2026,2027,2028,2029,2030,2031,2032,2033,2034,2035,2036,2037]
["Zone A - West",28.910426261636452,34.157699547732548,37.851491041603403,39.440822578699795,40.480759587476065,41.850770276113408,43.546763640827344,45.389233820976941,57.861520869068045,60.990276252672949,61.906400367309452,64.806969228124458,67.264384872863928,68.820094214207273,70.909406450865703,73.653620739043248,74.999236323724801,77.380178880553956,79.403784688167079,{"$f":"T5*(1+InflationRate)","v":81.150667951306758},82.935982646235502,84.760574264452686]
["Zone B - Genessee",25.966888454011741,32.93304678998912,32.203296703296701,33.970482374768089,36.520149812734083,38.734509803921569,41.409424860853427,43.173074204947,50.162347696879642,52.368895265423241,54.268095238095242,56.350947666195189,58.827582417582413,60.513655913978496,62.654893617021273,65.090689655172412,66.918943089430897,68.495343915343909,70.645789473684204,72.199996842105264,73.788396772631586,75.411741501629479]
["Zone C - Central",26.191648623569439,33.722164686542634,35.031709747742134,36.986679688996126,40.0998861047836,41.992565716984103,44.619961396171789,46.532195026280689,53.095443841272271,55.472412333736401,57.423046953046949,59.540630630630631,62.071230433617821,64.065927869835789,66.298739327744016,68.593564300508376,70.530135315418335,72.316030534351157,74.48550942386359,76.124190631188597,77.798922825074754,79.510499127226396]
["Zone D - North",25.310608086596627,32.577522820270701,34.179388627618643,36.055248380129584,39.257504105090305,41.054623344831427,43.631242236024846,45.396249034109722,52.355319516407597,54.603880661086066,56.460797217763513,58.674655172413793,61.233905579399142,63.028364888123924,65.258987612131563,67.660063570735915,69.568981451699358,71.314182150144987,73.442085074466945,75.057810946105221,76.709082786919538,78.396682608231771]
["Zone E - Mohawk Valley",27.065426052889325,34.795279374568864,36.468235984048789,38.514591374791522,41.85278086494322,43.814526264113887,46.613415708343524,48.565054811205847,55.350438375028688,57.734414044687647,59.748479001135074,62.199860788863106,64.725010229597643,66.724351022283486,69.125306262904331,71.517970615243343,73.622350251486054,75.33227733934612,77.803765460375629,79.515448300503891,81.264788163114972,83.052613502703508]
["Zone F -  Capital",28.294646002113421,35.674991344489321,37.233867715761008,39.331949341194871,40.756467482601394,42.929489086111772,45.205418250950565,47.269829332678498,52.3862740609718,54.569726775956283,56.39692603721862,58.756768805192038,60.515725059254471,62.715121845553995,64.736295489560646,66.665196466316189,68.355608122704695,70.304589952769419,72.225367156208279,73.814325233644865,75.438240388785047,77.097881677338322]
["Zone G - Hudson Valley",26.117494356659144,33.820874549623326,35.587356608478807,37.809228243021344,39.469469228264408,41.60557783988164,44.008589597260723,46.003765182186228,51.698771257851995,53.844776456420291,55.689873570138467,57.808607908944985,59.721186736474692,61.826045148050419,63.853029420332078,65.911414902870405,67.730143623966342,69.613136146150509,71.526805453745794,73.100395173728202,74.708603867550224,76.352193152636332]
["Zone H - Milwood",30.48,38.33,39.950000000000003,42.18,45.23,47.56,50.17,52.42,58.7,61.1,63.27,65.900000000000006,68.069999999999993,70.400000000000006,72.86,75.23,77.36,79.62,81.7,83.497399999999999,85.334342800000002,87.211698341599998]
["Zone I - Dunwoodie",30.43,38.26,39.950000000000003,42.18,45.22,47.55,50.16,52.4,58.72,61.13,63.28,65.92,68.099999999999994,70.430000000000007,72.88,75.260000000000005,77.400000000000006,79.64,81.73,83.528060000000011,85.365677320000017,87.243722221040017]
["Zone J - NY City",27.260574819641612,34.272422828597009,36.860557576361551,39.325104766040603,41.120034036759698,42.949016125262915,45.488318375059045,47.254660459047507,51.955717916137232,54.153097007431207,55.964172372130484,58.464330464014672,60.482240185924319,61.811133501259448,63.912540018121412,66.151404297851073,67.771721721721718,69.662693830501681,71.363384860875641,72.933379327814905,74.537913673026836,76.177747773833431]
["Zone K - Long Island",28.768405484083011,35.779568500539369,38.388613121643708,41.219360239910031,43.505790570461059,45.983841734134238,48.951851085832473,51.432926045016082,57.295086979441216,59.612736426865979,62.197454222036207,65.098175151896086,67.641390507910074,69.995996639361479,71.065662275697534,73.660965331118959,75.765440414507765,78.795450807031969,79.939657755123264,81.698330225735972,83.495693490702166,85.332598747497613]
["New York (Avg.)",27.642826529892954,34.737500206017131,36.623901964983737,38.752808278266372,41.129056542779253,43.113868455818007,45.593015270830392,47.613336284228161,54.031713860827082,56.384718521426116,58.25569343065694,60.673312563127915,62.943834683218526,64.90447130529347,66.960373838955775,69.263227960546473,71.109867314514133,73.143289711552853,75.070417149365497,76.72196632665154,78.409849585837875,80.134866276726314]
["Source: NYISO. 2016 CARIS 2 Preliminary Base Case Results. "]
["Note: IEc backed out NYISO's assumed emissions costs because those are estimated separately in the model. CARIS forecast goes through 2034; projections after that are in orange, and assume no real growth (adjust only for inflation).  "]
[]
["Capacity Prices ($/MW-year)"]
["Dollar year:",2017]
["NYISO Zone",2017,2018,2019,2020,2021,2022,2023,2024,2025,2026,2027,2028,2029,2030,2031,2032,2033,2034,2035,2036,2037]
["Zone A - West",11362.503757341023,13020.254358209449,12431.109989976221,21017.408133047393,24601.808088185204,25034.811524586516,25972.283974320158,26678.816480735735,27562.787962202368,28428.170252197422,29508.884717709479,30404.206014721221,31299.676423758905,32195.287531141614,33091.030953807443,33986.898339395295,34882.881366324473,35778.971743873903,36675.161212258143,37571.441542704095,38467.804537524404]
["Zone B - Genessee",11362.503757341023,13020.254358209449,12431.109989976221,21017.408133047393,24601.808088185204,25034.811524586516,25972.283974320158,26678.816480735735,27562.787962202368,28428.170252197422,29508.884717709479,30404.206014721221,31299.676423758905,32195.287531141614,33091.030953807443,33986.898339395295,34882.881366324473,35778.971743873903,36675.161212258143,37571.441542704095,38467.804537524404]
["Zone C - Central",11362.503757341023,13020.254358209449,12431.109989976221,21017.408133047393,24601.808088185204,25034.811524586516,25972.283974320158,26678.816480735735,27562.787962202368,28428.170252197422,29508.884717709479,30404.206014721221,31299.676423758905,32195.287531141614,33091.030953807443,33986.898339395295,34882.881366324473,35778.971743873903,36675.161212258143,37571.441542704095,38467.804537524404]
["Zone D - North",11362.503757341023,13020.254358209449,12431.109989976221,21017.408133047393,24601.808088185204,25034.811524586516,25972.283974320158,26678.816480735735,27562.787962202368,28428.170252197422,29508.884717709479,30404.206014721221,31299.676423758905,32195.287531141614,33091.030953807443,33986.898339395295,34882.881366324473,35778.971743873903,36675.161212258143,37571.441542704095,38467.804537524404]
["Zone E - Mohawk Valley",11362.503757341023,13020.254358209449,12431.109989976221,21017.408133047393,24601.808088185204,25034.811524586516,25972.283974320158,26678.816480735735,27562.787962202368,28428.170252197422,29508.884717709479,30404.206014721221,31299.676423758905,32195.287531141614,33091.030953807443,33986.898339395295,34882.881366324473,35778.971743873903,36675.161212258143,37571.441542704095,38467.804537524404]
["Zone F -  Capital",11362.503757341023,13020.254358209449,12431.109989976221,21017.408133047393,24601.808088185204,25034.811524586516,25972.283974320158,26678.816480735735,27562.787962202368,28428.170252197422,29508.884717709479,30404.206014721221,31299.676423758905,32195.287531141614,33091.030953807443,33986.898339395295,34882.881366324473,35778.971743873903,36675.161212258143,37571.441542704095,38467.804537524404]
["Zone G - Hudson Valley",63585.055592840945,36190.424536804938,38185.837724255391,85888.110497974383,112648.11810164008,112646.00711265039,112638.98748464056,112630.83082675167,112617.62241169921,112600.61239897211,112592.16515421571,112581.48922344261,112570.84390695111,112560.22911695171,112549.64476590678,112539.09076652964,112528.56703178381,112518.07347488248,112507.61000928783,112497.1765487099,112486.77300710657]
["Zone H - Milwood",63585.055592840945,36190.424536804938,38185.837724255391,85888.110497974383,112648.11810164008,112646.00711265039,112638.98748464056,112630.83082675167,112617.62241169921,112600.61239897211,112592.16515421571,112581.48922344261,112570.84390695111,112560.22911695171,112549.64476590678,112539.09076652964,112528.56703178381,112518.07347488248,112507.61000928783,112497.1765487099,112486.77300710657]
["Zone I - Dunwoodie",63585.055592840945,36190.424536804938,38185.837724255391,85888.110497974383,112648.11810164008,112646.00711265039,112638.98748464056,112630.83082675167,112617.62241169921,112600.61239897211,112592.16515421571,112581.48922344261,112570.84390695111,112560.22911695171,112549.64476590678,112539.09076652964,112528.56703178381,112518.07347488248,112507.61000928783,112497.1765487099,112486.77300710657]
["Zone J - NY City",65928.526853090443,57992.573698474502,62760.955436246193,85888.110497974383,112648.11810164008,112646.00711265039,112638.98748464056,112630.83082675167,112617.62241169921,112600.61239897211,112592.16515421571,112581.48922344261,112570.84390695111,112803.78200520889,114694.29120854831,116577.71678633097,118454.08527234195,120323.42310099957,122185.75660772747,125749.05154470706,129609.30474565679]
["Zone K - Long Island",41920.766659830348,41639.640761631432,30747.540878825821,30005.780206189724,31475.537126412557,32051.469807921705,34015.378534418283,34935.20690590197,36782.004274403494,38050.415462735822,40741.300344219817,42465.990236099526,44186.281797683368,45902.18655133673,47613.715979289154,49693.873132844492,52301.035439240783,54899.028949504907,57487.885908205011,60067.638446512225,62638.31858259999]
["New York (Avg.)",33343.589348680885,26029.546747252498,25695.697220699592,45423.87918148833,57243.532551098564,57531.306127822041,58218.639301718307,58684.675372483915,59329.92924494679,59911.080597437169,60742.11538793995,61383.380292563394,62024.337815276471,62687.125554022765,63500.284291672964,64346.386568648741,65239.828182261917,66131.863903490477,67022.494528849536,68066.988081233969,69137.706324974817]
["Source: NYS Department of Public Service ICAP Price Forecast, 8/15/17. "]
["Note: IEc backed out DPS's assumed reserve margin and distribution loss factor. IEc applied LHV prices to Zones G, H, and I, and applied ROS prices to Zones A, B, C, D, E, and F. "]
[]
[1.18,"Installed Reserve Margin (factor for generation capacity benefits)"]

{"sheet":"Peak to Avg Price Ratio","index":29,"n_rows":34,"n_cols":7,"rows_kept":34,"cut":false,"hidden":false,"merged":[[19,1,19,5],[2,1,2,5]]}
["Ratio of Peak Energy Price to Average Annual Energy Price"]
[]
[null,"% of  Hours in Peak Definition"]
["NYISO Zone","Peak - Top 1%","Peak - Top 5%","Peak - Top 15%","Peak - Top 40%","Peak - Top 65%","Average"]
["Zone A - West",1.7512320451511076,1.4308229023120971,1.2966048267638706,1.1672130379552685,1.0653904136070345,1]
["Zone B - Genessee",1.7512320451511076,1.4308229023120971,1.2966048267638706,1.1672130379552685,1.0653904136070345,1]
["Zone C - Central",1.7512320451511076,1.4308229023120971,1.2966048267638706,1.1672130379552685,1.0653904136070345,1]
["Zone D - North",1.7512320451511076,1.4308229023120971,1.2966048267638706,1.1672130379552685,1.0653904136070345,1]
["Zone E - Mohawk Valley",1.7512320451511076,1.4308229023120971,1.2966048267638706,1.1672130379552685,1.0653904136070345,1]
["Zone F -  Capital",1.5551396689629855,1.3795792113590093,1.2688427309212842,1.1491790449711257,1.0509757663557449,1]
["Zone G - Hudson Valley",1.8038991805641029,1.5390739955859609,1.3555644563818519,1.1871636281146951,1.0779902554915777,1]
["Zone H - Milwood",1.8038991805641029,1.5390739955859609,1.3555644563818519,1.1871636281146951,1.0779902554915777,1]
["Zone I - Dunwoodie",1.8038991805641029,1.5390739955859609,1.3555644563818519,1.1871636281146951,1.0779902554915777,1]
["Zone J - NY City",1.8459141850392271,1.5476770180196531,1.3574867833235427,1.1865847418088322,1.077717468278746,1]
["Zone K - Long Island",1.6843639453925245,1.4165494811897732,1.2704582680033523,1.1449148743580875,1.088236385042878,1]
["New York (Avg.)",{"$f":"AVERAGE(B5:B15)","v":1.7502977788038718},{"$f":"AVERAGE(C5:C15)","v":1.4650129280806183},1.3133186622920989,1.170748612296225,1.0707138594715704,1]
[]
[]
["Original data:"]
[null,"% of  Hours in Peak Definition"]
["IPM Zone","Peak - Top 1%","Peak - Top 5%","Peak - Top 15%","Peak - Top 40%","Peak - Top 65%"]
["Hudson Valley (Zones G-I)",1.8038991805641029,1.5390739955859609,1.3555644563818519,1.1871636281146951,1.0779902554915777]
["Long Island (Zone K)",1.6843639453925245,1.4165494811897732,1.2704582680033523,1.1449148743580875,1.088236385042878]
["NYC (Zone J)",1.8459141850392271,1.5476770180196531,1.3574867833235427,1.1865847418088322,1.077717468278746]
["Upstate (Zones A-E)",1.7512320451511076,1.4308229023120971,1.2966048267638706,1.1672130379552685,1.0653904136070345]
["Capital (Zone F)",1.5551396689629855,1.3795792113590093,1.2688427309212842,1.1491790449711257,1.0509757663557449]
["Source: NYSERDA SEP - Supplemental Regional Pricing, April 4, 2014."]
[]
[]
["1% represents the top segment in IPM"]
["5% represents the top two segments in IPM"]
["15% represents the top three segments in IPM"]
["40% represents the top five segments in IPM"]
["65% represents the top seven segments in IPM"]

{"sheet":"Distrib. Capacity Price Data","index":30,"n_rows":35,"n_cols":13,"rows_kept":35,"cut":false,"hidden":false,"merged":[[7,12,8,12],[7,2,7,3],[7,9,7,10],[7,5,8,5]]}
[null,3.1800000000000002E-2,"increase in generation due to transmission line losses"]
[null,3.49E-2,"increase in generation due to distribution line losses"]
[null,null,"Source: NYSERDA. Assessment of Transmission and Distribution Losses in New York. PID071178 (NYSERDA 15464). Final Report, November 2012. Tables 2-1 and 3-1. "]
[]
[null,"Avoided Distribution Capacity Cost Estimates ($/kW-year)",null,null,null,null,null,null,"Avoided Distribution Capacity Cost Estimates ($/MW-year)"]
[null,null,"Zone J - NY City",null,null,"All Other Locations",null,null,null,"Zone J - NY City",null,null,"All Other Locations"]
[null,null,"Dollar year:",2013,null,2008,null,null,null,2013,null,null,2008]
[null,null,"$/kW-year (2013$)",null,null,"$/kW-year (2008$)",null,null,null,"$/MW-year (2013$)",null,null,"$/MW-year (2008$)"]
[null,"Year","Network ","Radial",null,null,null,null,"Year","Network ","Radial"]
[null,2013,180.98,43.9,null,33.479999999999997,null,null,2013,{"$f":"C10/0.001","v":180980},{"$f":"D10/0.001","v":43900},null,{"$f":"F10/0.001","v":33479.999999999993}]
[null,2014,179.1,37.9,null,33.479999999999997,null,null,2014,179100,37900,null,33479.999999999993]
[null,2015,221.17,75.739999999999995,null,33.479999999999997,null,null,2015,221169.99999999997,75740,null,33479.999999999993]
[null,2016,265.52,115.72,null,33.479999999999997,null,null,2016,265520,115720,null,33479.999999999993]
[null,2017,242.09,87.8,null,33.479999999999997,null,null,2017,242090,87800,null,33479.999999999993]
[null,2018,341,182.08,null,33.479999999999997,null,null,2018,341000,182080,null,33479.999999999993]
[null,2019,332.41,168.73,null,33.479999999999997,null,null,2019,332410,168730,null,33479.999999999993]
[null,2020,385.29,216.7,null,33.479999999999997,null,null,2020,385290,216699.99999999997,null,33479.999999999993]
[null,2021,386.78,213.13,null,33.479999999999997,null,null,2021,386779.99999999994,213130,null,33479.999999999993]
[null,2022,459.7,280.83999999999997,null,33.479999999999997,null,null,2022,459700,280839.99999999994,null,33479.999999999993]
[null,2023,459.7,280.83999999999997,null,33.479999999999997,null,null,2023,459700,280839.99999999994,null,33479.999999999993]
[null,2024,459.7,280.83999999999997,null,33.479999999999997,null,null,2024,459700,280839.99999999994,null,33479.999999999993]
[null,2025,459.7,280.83999999999997,null,33.479999999999997,null,null,2025,459700,280839.99999999994,null,33479.999999999993]
[null,2026,459.7,280.83999999999997,null,33.479999999999997,null,null,2026,459700,280839.99999999994,null,33479.999999999993]
[null,2027,459.7,280.83999999999997,null,33.479999999999997,null,null,2027,459700,280839.99999999994,null,33479.999999999993]
[null,2028,459.7,280.83999999999997,null,33.479999999999997,null,null,2028,459700,280839.99999999994,null,33479.999999999993]
[null,2029,459.7,280.83999999999997,null,33.479999999999997,null,null,2029,459700,280839.99999999994,null,33479.999999999993]
[null,2030,459.7,280.83999999999997,null,33.479999999999997,null,null,2030,459700,280839.99999999994,null,33479.999999999993]
[null,2031,459.7,280.83999999999997,null,33.479999999999997,null,null,2031,459700,280839.99999999994,null,33479.999999999993]
[null,2032,459.7,280.83999999999997,null,33.479999999999997,null,null,2032,459700,280839.99999999994,null,33479.999999999993]
[null,2033,459.7,280.83999999999997,null,33.479999999999997,null,null,2033,459700,280839.99999999994,null,33479.999999999993]
[null,2034,459.7,280.83999999999997,null,33.479999999999997,null,null,2034,459700,280839.99999999994,null,33479.999999999993]
[null,2035,459.7,280.83999999999997,null,33.479999999999997,null,null,2035,459700,280839.99999999994,null,33479.999999999993]
[null,2036,459.7,280.83999999999997,null,33.479999999999997,null,null,2036,{"$f":"C33/0.001","v":459700},{"$f":"D33/0.001","v":280839.99999999994},null,{"$f":"F33/0.001","v":33479.999999999993}]
[null,2037,459.7,280.83999999999997,null,33.479999999999997,null,null,2037,459700,280839.99999999994,null,33479.999999999993]
[null,"Note: Avoided costs are held constant for years not included in projection, shown in orange."]

{"sheet":"Power Quality Valuation Data","index":31,"n_rows":21,"n_cols":3,"rows_kept":21,"cut":false,"hidden":false,"merged":[[4,1,4,2],[9,1,9,2],[14,1,14,2]]}
[]
[null,"Estimated Average Electric Customer Interruption Costs by Customer Type and Duration (Summer Weekday Afternoon)"]
[null,"Dollar year:",2008]
[null,"Measure of Interruption Cost","Cost of Momentary Interruption ($)"]
[null,"Medium and Large C&I"]
[null,"Cost Per Event",11756]
[null,"Cost Per Average kW",14.4]
[null,"Cost Per Un-served kWh",173.1]
[null,"Cost Per Annual kWh",1.65E-3]
[null,"Small C&I"]
[null,"Cost Per Event",439]
[null,"Cost Per Average kW",200.1]
[null,"Cost Per Un-served kWh",2401]
[null,"Cost Per Annual kWh",2.2800000000000001E-2]
[null,"Residential"]
[null,"Cost Per Event",2.7]
[null,"Cost Per Average kW",1.8]
[null,"Cost Per Un-served kWh",21.6]
[null,"Cost Per Annual kWh",2.0599999999999999E-4]
[null,"Source: Sullivan, Michael J. et al. Estimated Value of Service Reliability for Electric Utility Customers in the United States. LBNL-2132E: June 2009."]
[null,"Note: Values are estimated for the average-sized customer in each rate class."]

{"sheet":"Emissions Price Data","index":32,"n_rows":8,"n_cols":24,"rows_kept":8,"cut":false,"hidden":false,"merged":[]}
[]
["Emissions Allowance Prices ($/short ton)"]
["Dollar year:","Nominal"]
["Pollutant",2015,2016,2017,2018,2019,2020,2021,2022,2023,2024,2025,2026,2027,2028,2029,2030,2031,2032,2033,2034,2035,2036,2037]
["NOX",null,154.16666666666666,185,174.79166666666669,164.58333333333331,154.375,144.16666666666666,153.95833333333334,148.95833333333334,141.875,134.79166666666666,127.70833333333334,120.625,113.54166666666666,106.45833333333334,99.375,97.291666666666671,95.208333333333329,93.125,91.041666666666671,{"$f":"U5-(T5-U5)","v":88.958333333333343},{"$f":"V5-(U5-V5)","v":86.875000000000014},84.791666666666686]
["SO2",null,5,5,5,5,5,5,5,5,5,5,5,5,5,5,5,5,5,5,5,{"$f":"U6-(T6-U6)","v":5},{"$f":"V6-(U6-V6)","v":5},5]
["CO2",null,8.02,10.119999999999999,10.48,10.99,14.67,15.7,16.57,17.54,18.48,19.420000000000002,20.37,21.31,22.26,23.2,24.14,25.09,26.03,26.97,27.92,{"$f":"U7-(T7-U7)","v":28.870000000000005},29.820000000000007,30.77000000000001]
["Source: NYISO. 2016 CARIS 2 Base Case Results. CARIS forecast goes through 2034; projections after that are in orange, and assume continuation of trend.  "]

{"sheet":"Emissions Damages Data","index":33,"n_rows":29,"n_cols":26,"rows_kept":29,"cut":false,"hidden":false,"merged":[[26,0,26,3]]}
["As a default, model uses 3% values, highlighted in purple. IEc projections are shown in orange and assume continuation of trend.",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Row Lookup"]
["Dollar Year","Pollutant","Discount Rate",2016,2017,2018,2019,2020,2021,2022,2023,2024,2025,2026,2027,2028,2029,2030,2031,2032,2033,2034,2035,2036,2037,1]
[2007,"CO2",2.5000000000000001E-2,62.831726715058117,65.036348705060163,66.138659700061183,67.240970695062202,68.343281690063222,69.445592685064241,70.547903680065261,71.65021467506628,72.7525256700673,74.957147660069339,76.059458655070358,77.161769650071378,78.264080645072397,79.366391640073417,80.468702635074436,81.571013630075456,82.673324625076475,83.775635620077495,84.877946615078514,85.980257610079533,87.082568605080553,89.287190595082592,2]
[2007,"CO2",0.03,41.887817810038747,42.990128805039767,44.092439800040786,45.194750795041806,46.297061790042825,46.297061790042825,47.399372785043845,48.501683780044864,49.603994775045884,50.706305770046903,51.808616765047923,52.910927760048942,54.013238755049962,54.013238755049962,55.115549750050981,56.217860745052,57.32017174005302,58.422482735054039,59.524793730055059,60.627104725056078,61.729415720057098,62.831726715058117,3]
[2007,"CO2",0.05,12.125420945011216,12.125420945011216,13.227731940012236,13.227731940012236,13.227731940012236,13.227731940012236,14.330042935013255,14.330042935013255,14.330042935013255,15.432353930014274,15.432353930014274,16.534664925015296,16.534664925015296,16.534664925015296,17.636975920016315,17.636975920016315,18.739286915017335,18.739286915017335,19.841597910018354,19.841597910018354,20.943908905019374,20.943908905019374,4]
[2010,"NOX",0.03,5200,5250,5300,5350,5400,5480,5560,5640,5720,5800,5880,5960,6040,6120,6200,{"$f":"R6+(R6-Q6)","v":6280},{"$f":"S6+(S6-R6)","v":6360},6440,6520,6600,6680,6760,5]
[2010,"NOX",7.0000000000000007E-2,4600,4675,4750,4825,4900,4960,5020,5080,5140,5200,5280,5360,5440,5520,5600,{"$f":"R7+(R7-Q7)","v":5680},{"$f":"S7+(S7-R7)","v":5760},5840,5920,6000,6080,6160,6]
[2010,"SO2",0.03,35000,35500,36000,36500,37000,37600,38200,38800,39400,40000,40600,41200,41800,42400,43000,{"$f":"R8+(R8-Q8)","v":43600},44200,44800,45400,46000,46600,47200,7]
[2010,"SO2",7.0000000000000007E-2,31000,31500,32000,32500,33000,33600,34200,34800,35400,36000,36600,37200,37800,38400,39000,39600,40200,40800,41400,42000,42600,43200,8]
[2010,"PM2.5",0.03,130000,132500,135000,137500,140000,142000,144000,146000,148000,150000,152000,154000,156000,158000,160000,162000,164000,166000,168000,170000,172000,174000,9]
[2010,"PM2.5",7.0000000000000007E-2,120000,120000,120000,120000,120000,122000,124000,126000,128000,130000,132000,134000,136000,138000,140000,142000,144000,146000,148000,150000,152000,154000,10]
[2008,"PM10","unknown",447,{"$f":"D12","v":447},{"$f":"E12","v":447},447,447,447,447,447,447,447,447,447,447,447,447,447,{"$f":"S12","v":447},447,447,447,447,447,11]
["CO2 Source: Interagency Working Group on Social Cost of Carbon, United States Government, August 2016, Technical Support Document: Technical Update of the Social Cost of Carbon for Regulatory Impact Analysis Under Executive Order 12866."]
["NOx, SO2, and PM2.5 Source: U.S. EPA, OAR, OAQPS. (2013). Technical Support Document, Estimating the Benefit per Ton of Reducing PM2.5 Precursors from 17 Sectors. Tables 5-12, Krewski et al. (2009) mortality estimates- electricity generating units. Accessed at: https://www.epa.gov/sites/production/files/2014-10/documents/sourceapportionmentbpttsd.pdf"]
["PM10 Source: EPRI. (2010). Methodological Approach for Estimating the Benefits and Costs of Smart Grid Demonstration Projects. Table 4-12; Coal and Gas Weight Average, 2005. "]
[]
[]
[]
[]
["Additional information for reference:"]
["Pollutant","Median Estimated Marginal Damage Value (2008$/short ton)","5th percentile","95th percentile"]
["CO2",{"$f":"16.85/F23","v":18.573940265767181},1.02,102.14,null,"Conversion Factors:"]
["SO2",5987,1878,21980,null,0.90718500000000002,"Metric Ton = 1 Short Ton "]
["NOx",1483,639,3589,null,{"$f":"1/F23","v":1.1023109950010197},"Short Ton = 1 Metric Ton"]
["PM2.5",8966,2712,69780]
["PM2.5-10",447,156,3425]
["Notes: "]
["1     Wakefield, M. Methodological Approach for Estimating the Benefits and Costs of Smart Grid Demonstration Projects. EPRI, Palo Alto, CA: 2010. 1020342. The values presented for SO2, NOx, PM2.5, and PM10 represent the 5th, 50th, and 95th percentile of estimated damages ($/ton) for all coal and natural gas power plants in the United States, as reported by the National Research Council’s Committee on Health, Environmental, and Other External Costs and Benefits of Energy Production and Consumption. The values reported for CO2 represent a range of estimates that vary with different assumptions about the potential for damages related to climate change."]
["2 Marginal damage values for CO2 have been converted from dollars per metric ton to dollars per short ton."]

{"sheet":"Baseline Emissions Data","index":34,"n_rows":23,"n_cols":4,"rows_kept":23,"cut":false,"hidden":false,"merged":[[15,1,16,1],[15,2,15,3],[22,1,22,3]]}
[]
[]
[null,"Marginal Emission Rate for the Macrogrid"]
[null,"Tons/MWh generated"]
[null,"Pollutant","Emissions Rate (Tons/MWh)"]
[null,"CO2",0.53845612350017724]
[null,"SO2",2.9017377358128617E-4]
[null,"NOX",2.8104302290212288E-4]
[null,"PM2.5",0]
[null,"PM10",0]
[null,"Source:  2015 Legislative NEM Study using 2014 NYISO State of the Market Report for fuels on the margin and eGrid Data for calculation of emission rate by type. Provided by NYSERDA via email on 10/27/2015."]
[]
[]
[null,"Emissions Rates for Commercial Boilers <10MMBtu/hr"]
[null,"Tons/MMBtu generated"]
[null,"Pollutant","Emissions Rate (Tons/MMBtu)"]
[null,null,"Natural Gas","Diesel"]
[null,"CO2",5.842259006815969E-2,8.02158273381295E-2]
[null,"SO2",2.9211295034079841E-7,7.6618705035971223E-7]
[null,"NOX",4.8685491723466407E-5,7.1942446043165466E-5]
[null,"PM2.5",3.7000973709834471E-6,7.6618705035971215E-6]
[null,"PM2.5-10",{"$f":"3.70009737098345E-06-C21","v":0},{"$f":"8.56115107913669E-06-D21","v":8.9928057553956884E-7}]
[null,"Sources: \n1. EPA WebFIRE database searches for commercial/institutional external combustion boilers, sized <10 million MMBtu/hr, for natural gas and distillate oil.\n2. EPA \"Compilation of Air Pollutant Emission Factors,\" Volume I, Chapter 1."]

{"sheet":"Crime Data","index":35,"n_rows":30,"n_cols":13,"rows_kept":30,"cut":false,"hidden":false,"merged":[[2,1,2,3],[2,4,2,6],[20,0,29,0],[20,1,22,1],[23,1,25,1],[26,1,27,1],[28,1,29,1]]}
[]
[]
["New York State Data: 2016","Raw Numbers",null,null,"Rates"]
[null,"Metropolitan Statistical Area","Non-metropolitan city","Non-metropolitan county","Metropolitan Statistical Area","Non-metropolitan city","Non-metropolitan county","Check"]
["Total Reporting",{"$f":"D21","v":18370635},{"$f":"D24","v":506786},{"$f":"D27","v":867868}]
["Burglary",{"$f":"K23","v":35733},{"$f":"K26","v":1965},{"$f":"K28","v":2123},{"$f":"B6/B$5","v":1.945115125307318E-3},{"$f":"C6/C$5","v":3.8773762495412263E-3},2.4462245410592394E-3,{"$f":"SUM(B6:D6)/SUM($B$5:$D$5)*100000-K30","v":-2.6578051098653077E-2}]
["Auto Theft",{"$f":"M23","v":13851},{"$f":"M26","v":232},{"$f":"M28","v":309},{"$f":"B7/B$5","v":7.5397502590411278E-4},4.5778691597636871E-4,3.560449284914296E-4,{"$f":"SUM(B7:D7)/SUM($B$5:$D$5)*100000-M30","v":-1.1727764531585194E-2}]
["Larceny",{"$f":"L23","v":235018},{"$f":"L26","v":9147},{"$f":"L28","v":6803},1.2793134260192966E-2,1.8049038450154504E-2,7.8387496716090469E-3,{"$f":"SUM(B8:D8)/SUM($B$5:$D$5)*100000-L30","v":2.7230849849729566E-2}]
["Robbery",{"$f":"H23","v":22074},{"$f":"H26","v":184},{"$f":"H28","v":58},1.2015915617505874E-3,3.6307238163643039E-4,6.6830439652112997E-5,{"$f":"SUM(B9:D9)/SUM($B$5:$D$5)*100000-H30","v":1.9363758109605556E-2}]
["Murder",{"$f":"F23","v":612},{"$f":"F26","v":13},{"$f":"F28","v":5},3.3314036232280481E-5,2.565185305039997E-5,5.7612447975959476E-6,{"$f":"SUM(B10:D10)/SUM($B$5:$D$5)*100000-F30","v":-9.3655149843594465E-3}]
["Rape",{"$f":"G23","v":5246},{"$f":"G26","v":318},{"$f":"G28","v":696},2.8556443476232584E-4,6.274837900020916E-4,8.0196527582535591E-4,{"$f":"SUM(B11:D11)/SUM($B$5:$D$5)*100000-G30","v":3.7648828538330292E-3}]
["Assault",{"$f":"I23","v":43652},{"$f":"I26","v":809},{"$f":"I28","v":618},2.3761835124371041E-3,1.5963345475210444E-3,7.1208985698285919E-4,{"$f":"SUM(B12:D12)/SUM($B$5:$D$5)*100000-I30","v":2.5586508255059925E-3}]
[]
[]
[]
[]
[]
[]
["Source Data:"]
["FBI's Uniform Crime Reporting (UCR) Program, Crime in the United States by State, Table 3",null,null,"Population","Violent\ncrime","Murder and\nnonnegligent\nmanslaughter","Forcible\nrape","Robbery","Aggravated\nassault","Property\ncrime","Burglary","Larceny-\ntheft","Motor\nvehicle\ntheft"]
["NEW YORK3","Metropolitan Statistical Area",null,18370635]
[null,null,"Area actually reporting",0.99399999999999999,71419,610,5218,22032,43559,283107,35538,233778,13791]
[null,null,"Estimated total",1,71584,612,5246,22074,43652,284602,35733,235018,13851]
[null,"Cities outside metropolitan areas",null,506786]
[null,null,"Area actually reporting",0.98099999999999998,1297,13,311,180,793,11126,1927,8971,228]
[null,null,"Estimated total",1,1324,13,318,184,809,11344,1965,9147,232]
[null,"Nonmetropolitan counties",null,867868]
[null,null,"Area actually reporting",1,1377,5,696,58,618,9235,2123,6803,309]
[null,"State Total",null,19745289,74285,630,6260,22316,45079,305181,39821,250968,14392]
[null,null,"Rate per 100,000 inhabitants",null,376.2,3.2,31.7,113,228.3,1545.6,201.7,1271,72.900000000000006]

{"sheet":"DPS Reliability","index":36,"n_rows":16,"n_cols":13,"rows_kept":16,"cut":false,"hidden":false,"merged":[[3,9,3,12],[3,5,3,8],[3,0,4,4]]}
[]
["Baseline average interruption frequency (SAIFI; events per year per customer) and duration (CAIDI; minutes per customer per event) of service interruptions per customer, excluding major storms"]
[]
["Utility",null,null,null,null,"2016 Values",null,null,null,"5-Year Average Values"]
[null,null,null,null,null,"SAIFI (events/year per customer)","CAIDI (hours/event per customer)","CAIDI (minutes)","Annual Outages (hours/year per customer)","SAIFI (events/year per customer)","CAIDI (hours/event per customer)","CAIDI (minutes)","Annual Outages (hours/year per customer)"]
["Central Hudson Gas & Electric",null,null,null,null,1.34,2.33,{"$f":"G6*60","v":139.80000000000001},{"$f":"F6*G6","v":3.1222000000000003},1.18,2.27,{"$f":"K6*60","v":136.19999999999999},{"$f":"J6*K6","v":2.6785999999999999}]
["Con Ed",null,null,null,null,0.13,2.4900000000000002,{"$f":"G7*60","v":149.4},{"$f":"F7*G7","v":0.32370000000000004},0.11,2.73,{"$f":"K7*60","v":163.80000000000001},{"$f":"J7*K7","v":0.30030000000000001}]
["PSEG-LI",null,null,null,null,1.1100000000000001,1.1399999999999999,68.399999999999991,1.2654000000000001,0.81,1.23,73.8,0.99630000000000007]
["National Grid",null,null,null,null,1.05,2.02,121.2,2.121,0.98,2,120,1.96]
["New York State Electric & Gas (NYSEG)",null,null,null,null,1.19,2.02,121.2,2.4037999999999999,1.0900000000000001,1.98,118.8,2.1582000000000003]
["Orange & Rockland",null,null,null,null,1.06,1.7,102,1.802,0.99,1.81,108.60000000000001,1.7919]
["Rochester Gas & Electric",null,null,null,null,0.57999999999999996,1.79,107.4,1.0382,0.71,1.79,107.4,1.2708999999999999]
["Statewide (with Con Ed)",null,null,null,null,0.67,1.85,111,1.2395,0.59,1.9,114,1.121]
["Source: DPS 2016 Electric Reliability Performance Report, accessed at: http://documents.dps.ny.gov/public/Common/ViewDoc.aspx?DocRefId=%7B25377FDE-DA89-49C8-998E-2D3AA744D1B1%7D"]
[]
["Go to:","Microgrid Questionnaire Reliability Input"]

{"sheet":"GDP Def","index":37,"n_rows":36,"n_cols":51,"rows_kept":36,"cut":false,"hidden":false,"merged":[[1,1,1,29],[2,1,2,29],[3,1,3,29],[4,1,4,29]]}
[]
[null,"Table 1.1.9. Implicit Price Deflators for Gross Domestic Product"]
[null,"[Index numbers, 2009=100]"]
[null,"Bureau of Economic Analysis"]
[null,"Last Revised on: October 27, 2017 - Next Release Date November 29, 2017",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Assumed inflation rate:",null,null,2.1999999999999999E-2]
[]
[null,"Line"," ",1990,1991,1992,1993,1994,1995,1996,1997,1998,1999,2000,2001,2002,2003,2004,2005,2006,2007,2008,2009,2010,2011,2012,2013,2014,2015,2016,2017,2018,2019,2020,2021,2022,2023,2024,2025,2026,2027,2028,2029,2030,2031,2032,2033,2034,2035,2036,2037]
[null,null,"Adjustment Factor",{"$f":"HLOOKUP(DollarYear, GDPdeflator, 3, FALSE)/D9","v":1.6685786171057164},1.6148182503333528,1.5788235627541838,1.5421326541911193,1.5100088093785999,1.4791567096808453,1.4526395389770401,1.4281905347895194,1.412850784311239,1.3915693499032036,1.3606066897065467,1.3302767629008763,1.3101753313185713,1.2845564074479736,1.2501795332136445,1.2112014610601383,1.1751007235218429,1.1446418114386101,1.1226245894041069,1.11416,1.1007202062813053,1.0784524397208428,1.0589465280285892,1.0421183579171851,1.0237430167597765,1.0127622441188233,{"$f":"HLOOKUP(DollarYear, GDPdeflator, 3, FALSE)/AD9","v":1},0.97847358121330719,0.95741054913239454,0.93680092870097298,0.91663495958999319,0.89690309157533576,0.87759598001500561,0.8587044814236845,0.84021964914254843,0.82213272910229784,0.80443515567739499,0.78711854762954503,0.77017470413849809,0.75359560091829558,0.73737338641711891,0.72150037809894219,0.7059690588052272,0.6907720731949385,0.67590222426119229,0.66135246992288876,0.64711591968971494,0.63318583139893825]
[null,"1","        Gross domestic product",66.772999999999996,68.995999999999995,70.569000000000003,72.248000000000005,73.784999999999997,75.323999999999998,76.698999999999998,78.012,78.858999999999995,80.064999999999998,81.887,83.754000000000005,85.039000000000001,86.734999999999999,89.12,91.988,94.813999999999993,97.337000000000003,99.245999999999995,100,101.221,103.31100000000001,105.214,106.913,108.83199999999999,110.012,111.416,{"$f":"AD9*(1+$AI$5)","v":113.867152},{"$f":"AE9*(1+$AI$5)","v":116.372229344},118.93241838956801,121.54893159413851,124.22300808920956,126.95591426717218,129.74894438104997,132.60342115743308,135.52069642289661,138.50215174420035,141.54919908257276,144.66328146238936,147.84587365456193,151.09848287496229,154.42264949821146,157.81994778717211,161.2919866384899,164.84041034453668,168.4668993721165,172.17317115830306,175.96098092378574]
[null,"2","Personal consumption expenditures",67.44,69.652000000000001,71.494,73.278999999999996,74.802999999999997,76.355999999999995,77.980999999999995,79.326999999999998,79.936000000000007,81.11,83.131,84.736000000000004,85.873000000000005,87.572000000000003,89.703000000000003,92.260999999999996,94.728999999999999,97.102000000000004,100.065,100,101.65300000000001,104.149,106.121,107.532,109.157,109.48099999999999,110.789]
[null,"3","    Goods",87.158000000000001,89.289000000000001,90.366,91.150999999999996,92.078000000000003,92.938999999999993,93.96,93.850999999999999,92.44,92.924999999999997,94.769000000000005,94.697000000000003,93.805999999999997,93.703000000000003,95.03,96.950999999999993,98.277000000000001,99.403000000000006,102.36199999999999,100,101.637,105.413,106.70099999999999,106.116,105.78,102.69499999999999,101.209]
[null,"4","        Durable goods",126.292,128.143,129.02799999999999,130.297,132.84800000000001,133.81700000000001,132.46700000000001,129.57400000000001,125.91200000000001,122.52,120.339,117.982,115.03400000000001,110.88500000000001,108.752,107.66800000000001,105.91500000000001,103.764,101.758,100,98.620999999999995,97.724000000000004,96.412999999999997,94.59,92.394999999999996,90.43,88.46]
[null,"5","        Nondurable goods",70.501000000000005,72.558999999999997,73.614000000000004,74.212000000000003,74.606999999999999,75.387,77.093999999999994,77.899000000000001,77.325999999999993,79.248000000000005,82.650999999999996,83.528999999999996,83.537999999999997,85.263999999999996,88.213999999999999,91.591999999999999,94.438000000000002,97.213999999999999,102.65300000000001,100,103.084,109.188,111.84,111.946,112.68899999999999,108.961,107.8]
[null,"6","    Services",58.472999999999999,60.698,62.831000000000003,65.006,66.763000000000005,68.593999999999994,70.462000000000003,72.427999999999997,73.921999999999997,75.403999999999996,77.501999999999995,79.88,81.968999999999994,84.533000000000001,87.058000000000007,89.933000000000007,92.975999999999999,95.980999999999995,98.947000000000003,100,101.661,103.524,105.84,108.276,110.929,113.065,115.878]
[null,"7","Gross private domestic investment",80.078999999999994,81.494,81.453999999999994,82.408000000000001,83.638999999999996,84.953999999999994,84.903999999999996,84.918999999999997,84.308000000000007,84.441000000000003,85.613,86.43,86.78,87.838999999999999,90.656000000000006,94.555999999999997,98.191000000000003,99.984999999999999,101.203,100,99.075999999999993,100.42400000000001,101.864,103.43,105.601,106.479,106.961]
[null,"8","    Fixed investment",79.28,80.662000000000006,80.677999999999997,81.647000000000006,82.885999999999996,84.242000000000004,84.298000000000002,84.447999999999993,83.995000000000005,84.186000000000007,85.45,86.268000000000001,86.613,87.733999999999995,90.546000000000006,94.507000000000005,98.167000000000002,99.988,100.996,100,99.179000000000002,100.524,102.062,103.67,106.01900000000001,107.148,107.801]
[null,"9","        Nonresidential",90.412999999999997,92.116,91.772999999999996,91.968000000000004,92.665999999999997,93.558000000000007,92.968000000000004,92.453000000000003,91.010999999999996,90.167000000000002,90.66,90.393000000000001,90.046999999999997,89.884,91.141000000000005,93.828999999999994,96.561000000000007,98.573999999999998,100.336,100,99.069000000000003,100.545,102.215,103.023,104.399,105.069,104.79]
[null,"10","            Structures",44.156999999999996,44.956000000000003,44.966999999999999,46.286000000000001,47.92,49.996000000000002,51.265999999999998,53.222999999999999,55.658999999999999,57.378,59.634999999999998,62.762,65.403999999999996,67.774000000000001,72.879000000000005,82.055999999999997,92.048000000000002,97.62,102.259,100,98.843000000000004,101.851,105.884,108.116,113.398,115.48399999999999,115.637]
[null,"11","            Equipment",124.59399999999999,126.705,126.51300000000001,125.03400000000001,124.812,123.44499999999999,120.646,117.31699999999999,112.054,107.72799999999999,105.386,102.28,100.246,98.52,98.36,98.638999999999996,98.316999999999993,98.602000000000004,98.691000000000003,100,98.009,98.858000000000004,99.861000000000004,100.047,99.906000000000006,99.760999999999996,99.634]
[null,"12","            Intellectual property products",86.456000000000003,88.504999999999995,87.462000000000003,88.069000000000003,88.421999999999997,90.897999999999996,91.21,91.724000000000004,91.32,93.073999999999998,96.125,96.408000000000001,95.406999999999996,95.191999999999993,95.108999999999995,95.986000000000004,97.507999999999996,99.180999999999997,100.82599999999999,100,100.539,101.88200000000001,102.96599999999999,103.755,104.77800000000001,105.752,104.96599999999999]
[null,"13","        Residential",57.104999999999997,57.847999999999999,58.561,60.945,63.15,65.408000000000001,66.811999999999998,68.424000000000007,70.228999999999999,72.86,76.093000000000004,79.704999999999998,81.679000000000002,85.549000000000007,91.546000000000006,98.102999999999994,103.821,105.176,103.64700000000001,100,99.644000000000005,100.395,101.324,106.393,112.854,115.883,120.157]
[null,"14","    Change in private inventories","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---"]
[null,"15","Net exports of goods and services","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---"]
[null,"16","    Exports",85.566000000000003,86.519000000000005,86.096000000000004,86.228999999999999,87.227000000000004,89.177000000000007,87.988,86.435000000000002,84.388000000000005,85.578999999999994,87.159000000000006,86.65,86.091999999999999,87.786000000000001,90.844999999999999,94.716999999999999,97.978999999999999,101.107,105.809,100,104.26300000000001,110.96,111.97,112.06399999999999,112.051,106.48099999999999,104.458]
[null,"17","        Goods",94.667000000000002,94.623999999999995,93.146000000000001,92.676000000000002,93.727999999999994,95.954999999999998,93.513999999999996,90.918000000000006,88.051000000000002,86.858999999999995,88.366,87.85,87.204999999999998,88.991,92.248000000000005,95.47,98.828000000000003,102.187,107.20399999999999,100,105.033,113.048,113.526,112.774,111.664,103.746,99.9]
[null,"18","        Services",65.843000000000004,68.653999999999996,70.266000000000005,71.558999999999997,72.427999999999997,73.790000000000006,75.245999999999995,76.007999999999996,75.849999999999994,82.772000000000006,84.543999999999997,84.048000000000002,83.701999999999998,85.185000000000002,87.787000000000006,93.179000000000002,96.218999999999994,98.822999999999993,102.813,100,102.64100000000001,106.477,108.64,110.56,112.914,112.36499999999999,114.22799999999999]
[null,"19","    Imports",87.277000000000001,86.55,86.619,85.956000000000003,86.763000000000005,89.14,87.585999999999999,84.542000000000002,79.989000000000004,81.278000000000006,84.817999999999998,82.715999999999994,81.712000000000003,84.512,88.471000000000004,93.802000000000007,97.662999999999997,101.024,111.58799999999999,100,105.8,113.94199999999999,114.67100000000001,113.634,113.24,104.364,101.09]
[null,"20","        Goods",93.138000000000005,91.376999999999995,90.876999999999995,89.861999999999995,90.516000000000005,92.929000000000002,90.572999999999993,86.831999999999994,81.587000000000003,81.683999999999997,85.988,83.548000000000002,82.084999999999994,84.552999999999997,88.7,94.581000000000003,98.665999999999997,102.188,113.85299999999999,100,106.73699999999999,116.178,116.91800000000001,115.34,114.476,104.06,100.193]
[null,"21","        Services",64.337000000000003,66.691000000000003,68.563000000000002,69.144000000000005,70.501000000000005,72.701999999999998,74.516000000000005,74.513999999999996,73.057000000000002,80.427000000000007,80.012,79.635999999999996,80.974000000000004,85.548000000000002,88.576999999999998,91.088999999999999,93.825999999999993,96.417000000000002,101.809,100,101.816,104.105,104.789,106.19499999999999,107.96,106.22,105.68600000000001]
[null,"22","Government consumption expenditures and gross investment",55.674999999999997,57.673999999999999,59.475000000000001,60.895000000000003,62.512,64.325999999999993,65.658000000000001,66.930999999999997,68.066999999999993,70.402000000000001,73.430000000000007,75.558000000000007,77.424999999999997,80.340999999999994,83.947000000000003,88.234999999999999,92.085999999999999,96.14,100.282,100,102.673,105.717,107.378,109.04600000000001,111.199,111.825,112.676]
[null,"23","    Federal",60.805999999999997,63.067,64.641999999999996,66.039000000000001,67.789000000000001,69.944999999999993,71.129000000000005,72.224000000000004,73.058999999999997,74.867000000000004,77.340999999999994,78.748000000000005,81.31,84.772999999999996,87.736000000000004,91.448999999999998,94.447999999999993,97.319000000000003,100.286,100,102.614,105.422,106.512,107.581,109.252,109.866,110.488]
[null,"24","        National defense",60.88,62.887999999999998,64.661000000000001,65.635999999999996,67.260999999999996,69.266000000000005,70.450999999999993,71.435000000000002,72.23,74.034000000000006,76.466999999999999,77.873999999999995,80.528999999999996,84.474999999999994,87.370999999999995,91.394999999999996,94.632999999999996,97.572000000000003,100.809,100,102.36499999999999,105.274,106.46599999999999,107.167,108.56,108.872,109.285]
[null,"25","        Nondefense",60.345999999999997,63.228000000000002,64.332999999999998,66.638000000000005,68.638999999999996,71.084999999999994,72.266000000000005,73.566000000000003,74.471000000000004,76.284999999999997,78.828999999999994,80.236999999999995,82.644999999999996,85.296999999999997,88.376999999999995,91.528999999999996,94.100999999999999,96.85,99.320999999999998,100,103.06399999999999,105.691,106.6,108.29600000000001,110.42400000000001,111.511,112.44799999999999]
[null,"26","    State and local",52.783999999999999,54.622999999999998,56.600999999999999,58.048999999999999,59.593000000000004,61.212000000000003,62.627000000000002,63.996000000000002,65.284999999999997,67.875,71.16,73.626000000000005,75.141000000000005,77.760999999999996,81.718999999999994,86.332999999999998,90.677000000000007,95.426000000000002,100.279,100,102.714,105.923,107.985,110.063,112.533,113.16800000000001,114.164]
[null," ","Addendum:",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"",""]
[null,"27","    Gross national product",66.731999999999999,68.965999999999994,70.536000000000001,72.212000000000003,73.747,75.292000000000002,76.668999999999997,77.981999999999999,78.831000000000003,80.042000000000002,81.861999999999995,83.727999999999994,85.013999999999996,86.710999999999999,89.094999999999999,91.965000000000003,94.790999999999997,97.317999999999998,99.239000000000004,100,101.333,103.435,105.33799999999999,107.038,108.94799999999999,110.10899999999999,111.509]