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{"sheet":"Introduction","index":0,"n_rows":5,"n_cols":1,"rows_kept":5,"cut":false,"hidden":false,"merged":[]}
[]
[]
["D.T2.2.3 Methodology to test the tool to assess public investments for industry's low carbon transition"]
["Annex II - Project level tool calculator"]
["Local specification: Poland"]

{"sheet":"Project_economical_evaluation","index":1,"n_rows":16,"n_cols":12,"rows_kept":16,"cut":false,"hidden":false,"merged":[[1,5,4,11],[5,9,5,11],[6,1,9,1],[10,1,11,1],[6,4,13,4],[5,1,5,3],[6,9,14,9],[13,10,13,11],[5,4,5,8],[1,4,4,4],[1,2,1,3],[2,2,2,3],[3,2,3,3],[4,2,4,3]]}
["EN"]
[null,"Company name:",null,null,"Description:"]
[null,"Project name:"]
[null,"Project ID:"]
[null,"Date:"]
[null,"INPUT",null,null,"INPUT",null,null,null,null,"OUTPUT"]
[null,"Investment","Total",105000,"Expected energy savings & cost of energy","Electricity",15,"MWh",200,"OUTPUT","Expected drop of CO2 emissions",{"$f":" (Emission_factors_energy!D12 * G7)*(0.0036/VLOOKUP(H7,Table4[],2,FALSE))+(Emission_factors_energy!D67 * G8)*(0.0036/VLOOKUP(H8,Table4[],2,FALSE))+(Emission_factors_energy!D11 * G9)*(0.0036/VLOOKUP(H9,Table4[],2,FALSE))+(Emission_factors_energy!D49 * G10)*(0.0036/VLOOKUP(H10,Table4[],2,FALSE))+(Emission_factors_energy!D85 * G11)*(0.0036/VLOOKUP(H11,Table4[],2,FALSE))+(Emission_factors_energy!D40 * G12)*(0.0036/VLOOKUP(H12,Table4[],2,FALSE))+(Emission_factors_energy!D31 * G13)*(0.0036/VLOOKUP(H13,Table4[],2,FALSE))","v":23454.296665127251}]
[null,null,"Loan",0.6,null,"Natural Gas",15000,"kWh",0.2,null,"Expected drop of CH4 emissions",0]
[null,null,"Own Resource",0.10000000000000003,null,"Coal",0,"kWh",0.2,null,"Expected drop of N2O emissions",{"$f":" (Emission_factors_energy!F12 * G7)*(0.0036/VLOOKUP(H7,Table4[],2,FALSE))+(Emission_factors_energy!F67 * G8)*(0.0036/VLOOKUP(H8,Table4[],2,FALSE))+(Emission_factors_energy!F11 * G9)*(0.0036/VLOOKUP(H9,Table4[],2,FALSE))+(Emission_factors_energy!F49 * G10)*(0.0036/VLOOKUP(H10,Table4[],2,FALSE))+(Emission_factors_energy!F85 * G11)*(0.0036/VLOOKUP(H11,Table4[],2,FALSE))+(Emission_factors_energy!F40 * G12)*(0.0036/VLOOKUP(H12,Table4[],2,FALSE))+(Emission_factors_energy!F31 * G13)*(0.0036/VLOOKUP(H13,Table4[],2,FALSE))","v":254.40158330298158}]
[null,null,"Subsidy",0.3,null,"Heat",15000,"kWh",2.0000000000000001E-4,null,"Expected drop of CO2eq emissions",{"$f":"L7+0.025*L8+0.298*L9","v":23530.10833695154}]
[null,"Loan","Interest rate",0.02,null,"Solid biofuels",5000,"kWh",0.7,null,"Expected Cash Flow",{"$f":"SUMPRODUCT(G7:G13,I7:I13)","v":9503}]
[null,null,"Repay",20,null,"Gaseous biofuels",0,"kWh",0.7,null,"Net Present Value",59913.068121539312]
[null,"Own Resource","Discount rate",0.05,null,"Other fuels",0,"kWh",0.2,null,"Simple payback :",{"$f":"D7/L11","v":11.04914237609176}]
[null,"Measure","Lifetime/expected payback period",20,null,"Total",50000,"kWh",0.19006000000000001,null,"Equivalent scenario without loan investment"]
[null,null,null,null,null,null,null,null,null,null,"Own ressources investment",58515.316763618132]
[null,null,null,null,null,null,null,null,null,null,"Subsidy share:",{"$f":"IF(L15=0,\"\",(D7-L15)/D7)","v":0.44271126891792256}]

{"sheet":"Languages","index":2,"n_rows":43,"n_cols":21,"rows_kept":43,"cut":false,"hidden":true,"merged":[]}
["EN","BG","CS","DE","EL","ES","ET","FI","FR","GA","HR","HU","IT","LT","LV","MK","NL","PL","PT","SL","SK"]
[1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21]
[]
["Investment",null,null,null,null,null,null,null,"Investissement"]
["Loan",null,null,null,null,null,null,null,"Pret"]
["Own Resource",null,null,null,null,null,null,null,"Capitaux Propres"]
["Measure",null,null,null,null,null,null,null,"Mesure"]
["Total",null,null,null,null,null,null,null,"Total"]
["Subsidy",null,null,null,null,null,null,null,"Subvention"]
["Interest rate",null,null,null,null,null,null,null,"Taux d'interet"]
["Repay",null,null,null,null,null,null,null,"Reversement"]
["Discount rate",null,null,null,null,null,null,null,"Taux d'actualisation"]
["Lifetime/expected payback period",null,null,null,null,null,null,null,"Duree de vie/periode de remboursement attendu"]
["INPUT",null,null,null,null,null,null,null,"ENTRÉE"]
["OUTPUT",null,null,null,null,null,null,null,"SORTIE"]
["Electricity",null,null,null,null,null,null,null,"Electricite"]
["Natural Gas",null,null,null,null,null,null,null,"Gaz Naturel"]
["Coal",null,null,null,null,null,null,null,"Charbon"]
["Heat",null,null,null,null,null,null,null,"Chaleur"]
["Solid biofuels",null,null,null,null,null,null,null,"Biocarburants solides"]
["Gaseous biofuels",null,null,null,null,null,null,null,"Biocarburants gazeux"]
["Other fuels",null,null,null,null,null,null,null,"Carburants autres"]
["Total",null,null,null,null,null,null,null,"Total"]
["Energy savings",null,null,null,null,null,null,null,"Econonomie d'energie"]
["Expected energy savings & cost of energy",null,null,null,null,null,null,null,"Economie d'energie attendu & cout des energies"]
["Period",null,null,null,null,null,null,null,"Periode"]
["Cumulative Discounted Cash Flow",null,null,null,null,null,null,null,"Cumul des flux de tresorerie actualise"]
["Cumulative Discounted Cash Flow of Own ressource and Subsidy combination investment without loan, equivalent to the current investment share",null,null,null,null,null,null,null,"Cumul des flux de tresorerie actualise d'investissement de capitaux propre et de subvention sans recours a un pret, equivalent aux parts d'investissement actuelles"]
["Cash Flow",null,null,null,null,null,null,null,"Flux de tresorerie"]
["Positive Cash Flow",null,null,null,null,null,null,null,"Flux de tresorerie positif"]
["Negative Cash Flow",null,null,null,null,null,null,null,"Flux de tresorerie negatif"]
["Expected drop of CO2 emissions",null,null,null,null,null,null,null,"Reductions d'emission de CO2 attendu"]
["Expected drop of CH4 emissions",null,null,null,null,null,null,null,"Reductions d'emission de CH4 attendu"]
["Expected drop of N2O emissions",null,null,null,null,null,null,null,"Reductions d'emission de N2O attendu"]
["Expected drop of CO2eq emissions",null,null,null,null,null,null,null,"Reductions d'emission de CO2eq attendu"]
["Expected Cash Flow",null,null,null,null,null,null,null,"Flux financier attendu"]
["Net Present Value",null,null,null,null,null,null,null,"Valeur nette actualisee"]
["Simple payback :",null,null,null,null,null,null,null,"Delai de recuperation simple:"]
["years",null,null,null,null,null,null,null,"Ans"]
["Equivalent scenario without loan investment",null,null,null,null,null,null,null,"Scenario equivalent sans recours a un pret"]
["Own ressources investment",null,null,null,null,null,null,null,"Investissement de capitaux propre"]
["Subsidy share:",null,null,null,null,null,null,null,"Part de subvention:"]
["Energy cost",null,null,null,null,null,null,null,"Couts de l'energie"]

{"sheet":"Emission_factors_energy","index":3,"n_rows":93,"n_cols":6,"rows_kept":93,"cut":false,"hidden":true,"merged":[]}
["Saved energy carrier","Sector","Key","CO2 [kg/GJ]","CH4 [g/GJ]","N2O [g/GJ]"]
["All energy carriers","Industry",{"$f":"A2 & \"#\" & B2","v":"All energy carriers#Industry"},92.2,6.78,0.99]
["All energy carriers","Industry - food and tobacco","All energy carriers#Industry - food and tobacco",90.55,8.61,1.31]
["All energy carriers","Industry - fuel mining and processing","All energy carriers#Industry - fuel mining and processing",74.1368996269821,6.5746174535907818,0.96778830316009423]
["All energy carriers","Industry - chemical and petrochemical","All energy carriers#Industry - chemical and petrochemical",92.652224285012267,11.369828598714422,1.5771483767190788]
["All energy carriers","Industry - iron and steel","All energy carriers#Industry - iron and steel",107.74392759513856,2.9986493819424891,0.41535462638423798]
["All energy carriers","Industry - mineral materials","All energy carriers#Industry - mineral materials",85.786709456341583,8.0346246468073481,1.1946533789063718]
["All energy carriers","Industry - nonferrous metalls","All energy carriers#Industry - nonferrous metalls",88.767308276338852,7.6216359581474835,1.1090515444578763]
["All energy carriers","Industry - other","All energy carriers#Industry - other",82.273306103631597,6.6567997376276118,0.9866173864154214]
["All energy carriers","Industry - paper, pulp, polygraphic industry","All energy carriers#Industry - paper, pulp, polygraphic industry",79.364072641945981,9.0429135338840183,1.3603876892490001]
["Coal","Industry","Coal#Industry",69.719055875406539,1.0733146719900679,0.28303638842586953]
["Electricity","Energy","Electricity#Energy",285.12,2.85,2.35]
["Electricity","Industry","Electricity#Industry",285.12,2.85,2.35]
["Electricity","Industry - food and tobacco","Electricity#Industry - food and tobacco",285.12,2.85,2.35]
["Electricity","Industry - fuel mining and processing","Electricity#Industry - fuel mining and processing",285.12,2.85,2.35]
["Electricity","Industry - chemical and petrochemical","Electricity#Industry - chemical and petrochemical",285.12,2.85,2.35]
["Electricity","Industry - iron and steel","Electricity#Industry - iron and steel",285.12,2.85,2.35]
["Electricity","Industry - mineral materials","Electricity#Industry - mineral materials",285.12,2.85,2.35]
["Electricity","Industry - nonferrous metalls","Electricity#Industry - nonferrous metalls",285.12,2.85,2.35]
["Electricity","Industry - other","Electricity#Industry - other",285.12,2.85,2.35]
["Electricity","Industry - paper, pulp, polygraphic industry","Electricity#Industry - paper, pulp, polygraphic industry",285.12,2.85,2.35]
["Fuels and heat","Industry","Fuels and heat#Industry",73.848129977999747,2.9278579747997053,0.5819644936999262]
["Fuels and heat","Industry - food and tobacco","Fuels and heat#Industry - food and tobacco",76.455774131185066,1.1779362343005215,0.35123503402674916]
["Fuels and heat","Industry - fuel mining and processing","Fuels and heat#Industry - fuel mining and processing",62.180689721654019,0.60689231086334949,8.2416369891344432E-2]
["Fuels and heat","Industry - chemical and petrochemical","Fuels and heat#Industry - chemical and petrochemical",90.563025913054346,1.6714742893792953,0.57233483691328557]
["Fuels and heat","Industry - iron and steel","Fuels and heat#Industry - iron and steel",85.026465325246662,2.8099786521654933,0.51539750571235554]
["Fuels and heat","Industry - mineral materials","Fuels and heat#Industry - mineral materials",56.095876486397025,5.2834674483061024,0.82049511829286603]
["Fuels and heat","Industry - nonferrous metalls","Fuels and heat#Industry - nonferrous metalls",65.859419239828824,0.99359532175094512,0.16260063493920116]
["Fuels and heat","Industry - other","Fuels and heat#Industry - other",83.647129158287967,1.5199374350994672,0.47849089331411487]
["Fuels and heat","Industry - paper, pulp, polygraphic industry","Fuels and heat#Industry - paper, pulp, polygraphic industry",90.748031614129289,1.6404936761403375,0.5661201999333193]
["Other fuels","Industry","Other fuels#Industry",69.985209429394516,2.2510312554943943,0.4127578138735985]
["Other fuels","Industry - food and tobacco","Other fuels#Industry - food and tobacco",69.215823798128255,0.88057418058803694,0.15427985748065826]
["Other fuels","Industry - fuel mining and processing","Other fuels#Industry - fuel mining and processing",64.607282135881348,0.38859014910550288,5.1812019869435073E-2]
["Other fuels","Industry - chemical and petrochemical",{"$f":"A34 & \"#\" & B34","v":"Other fuels#Industry - chemical and petrochemical"},82.446809470523149,1.6886757014868323,0.32698112692651993]
["Other fuels","Industry - iron and steel","Other fuels#Industry - iron and steel",87.724993334560082,1.9405781853314674,0.37358725824954792]
["Other fuels","Industry - mineral materials","Other fuels#Industry - mineral materials",58.048102124296939,3.4588585146509017,0.62012042098221909]
["Other fuels","Industry - nonferrous metalls","Other fuels#Industry - nonferrous metalls",67.739732263260279,0.64638503381489054,0.10478719827327762]
["Other fuels","Industry - other","Other fuels#Industry - other",79.150301563988165,1.2079109713297747,0.28287501928321479]
["Other fuels","Industry - paper, pulp, polygraphic industry","Other fuels#Industry - paper, pulp, polygraphic industry",82.834489114616886,1.6491034345971343,0.31767015491210715]
["Gaseous biofuels","Industry","Gaseous biofuels#Industry",0,17.686343733247558,2.4901152782242937]
["Gaseous biofuels","Industry - food and tobacco","Gaseous biofuels#Industry - food and tobacco",0,2.7976186183079466,0.36398627763015778]
["Gaseous biofuels","Industry - fuel mining and processing","Gaseous biofuels#Industry - fuel mining and processing",0,0,0]
["Gaseous biofuels","Industry - chemical and petrochemical","Gaseous biofuels#Industry - chemical and petrochemical",0,29.099999999875433,4.119999999827197]
["Gaseous biofuels","Industry - iron and steel","Gaseous biofuels#Industry - iron and steel",0,29.100000000484329,4.1199999989220428]
["Gaseous biofuels","Industry - mineral materials","Gaseous biofuels#Industry - mineral materials",0,29.100000000021563,4.1200000000276251]
["Gaseous biofuels","Industry - nonferrous metalls","Gaseous biofuels#Industry - nonferrous metalls",0,29.100000000021563,4.1200000000276251]
["Gaseous biofuels","Industry - other","Gaseous biofuels#Industry - other",0,27.910851297808399,3.950188043487183]
["Gaseous biofuels","Industry - paper, pulp, polygraphic industry","Gaseous biofuels#Industry - paper, pulp, polygraphic industry",0,19.117128540926689,2.6944331798399483]
["Heat","Industry","Heat#Industry",93.423392557291848,1.3621190171701421,1.4192364277824547]
["Heat","Industry - food and tobacco","Heat#Industry - food and tobacco",93.423392557291848,1.3621190171701421,1.4192364277824547]
["Heat","Industry - fuel mining and processing","Heat#Industry - fuel mining and processing",93.423392557291848,1.3621190171701421,1.4192364277824547]
["Heat","Industry - chemical and petrochemical","Heat#Industry - chemical and petrochemical",93.423392557291848,1.3621190171701421,1.4192364277824547]
["Heat","Industry - iron and steel","Heat#Industry - iron and steel",93.423392557291848,1.3621190171701421,1.4192364277824547]
["Heat","Industry - mineral materials","Heat#Industry - mineral materials",93.423392557291848,1.3621190171701421,1.4192364277824547]
["Heat","Industry - nonferrous metalls","Heat#Industry - nonferrous metalls",93.423392557291848,1.3621190171701421,1.4192364277824547]
["Heat","Industry - other","Heat#Industry - other",93.423392557291848,1.3621190171701421,1.4192364277824547]
["Heat","Industry - paper, pulp, polygraphic industry","Heat#Industry - paper, pulp, polygraphic industry",93.423392557291848,1.3621190171701421,1.4192364277824547]
["Liquid biofuels","Industry","Liquid biofuels#Industry",0,17.686343733247558,2.4901152782242937]
["Liquid biofuels","Industry - food and tobacco","Liquid biofuels#Industry - food and tobacco",0,2.7976186183079466,0.36398627763015778]
["Liquid biofuels","Industry - fuel mining and processing","Liquid biofuels#Industry - fuel mining and processing",0,0,0]
["Liquid biofuels","Industry - chemical and petrochemical","Liquid biofuels#Industry - chemical and petrochemical",0,29.099999999875433,4.119999999827197]
["Liquid biofuels","Industry - iron and steel","Liquid biofuels#Industry - iron and steel",0,29.100000000484329,4.1199999989220428]
["Liquid biofuels","Industry - mineral materials","Liquid biofuels#Industry - mineral materials",0,29.100000000021563,4.1200000000276251]
["Liquid biofuels","Industry - nonferrous metalls","Liquid biofuels#Industry - nonferrous metalls",0,29.100000000021563,4.1200000000276251]
["Liquid biofuels","Industry - other","Liquid biofuels#Industry - other",0,27.910851297808399,3.950188043487183]
["Liquid biofuels","Industry - paper, pulp, polygraphic industry",{"$f":"A66 & \"#\" & B66","v":"Liquid biofuels#Industry - paper, pulp, polygraphic industry"},0,19.117128540926689,2.6944331798399483]
["Natural gas","Industry","Natural gas#Industry",55.795434574694291,1.0474623107179073,0.11186557767947676]
["Natural gas","Industry - food and tobacco","Natural gas#Industry - food and tobacco",55.795434574694291,1.0474623107179073,0.11186557767947676]
["Natural gas","Industry - fuel mining and processing","Natural gas#Industry - fuel mining and processing",55.795434574694291,1.0474623107179073,0.11186557767947676]
["Natural gas","Industry - chemical and petrochemical","Natural gas#Industry - chemical and petrochemical",55.795434574694291,1.0474623107179073,0.11186557767947676]
["Natural gas","Industry - iron and steel","Natural gas#Industry - iron and steel",55.795434574694291,1.0474623107179073,0.11186557767947676]
["Natural gas","Industry - mineral materials","Natural gas#Industry - mineral materials",55.795434574694291,1.0474623107179073,0.11186557767947676]
["Natural gas","Industry - nonferrous metalls","Natural gas#Industry - nonferrous metalls",55.795434574694291,1.0474623107179073,0.11186557767947676]
["Natural gas","Industry - other","Natural gas#Industry - other",55.795434574694291,1.0474623107179073,0.11186557767947676]
["Natural gas","Industry - paper, pulp, polygraphic industry","Natural gas#Industry - paper, pulp, polygraphic industry",55.795434574694291,1.0474623107179073,0.11186557767947676]
["RES except biomass","Industry","RES except biomass#Industry",0,0,0]
["RES except biomass","Industry - food and tobacco","RES except biomass#Industry - food and tobacco",0,0,0]
["RES except biomass","Industry - fuel mining and processing","RES except biomass#Industry - fuel mining and processing",0,0,0]
["RES except biomass","Industry - chemical and petrochemical","RES except biomass#Industry - chemical and petrochemical",0,0,0]
["RES except biomass","Industry - iron and steel","RES except biomass#Industry - iron and steel",0,0,0]
["RES except biomass","Industry - mineral materials","RES except biomass#Industry - mineral materials",0,0,0]
["RES except biomass","Industry - nonferrous metalls","RES except biomass#Industry - nonferrous metalls",0,0,0]
["RES except biomass","Industry - other","RES except biomass#Industry - other",0,0,0]
["RES except biomass","Industry - paper, pulp, polygraphic industry","RES except biomass#Industry - paper, pulp, polygraphic industry",0,0,0]
["Solid biofuels","Industry","Solid biofuels#Industry",0,17.686343733247558,2.4901152782242937]
["Solid biofuels","Industry - food and tobacco","Solid biofuels#Industry - food and tobacco",0,2.7976186183079466,0.36398627763015778]
["Solid biofuels","Industry - fuel mining and processing","Solid biofuels#Industry - fuel mining and processing",0,0,0]
["Solid biofuels","Industry - chemical and petrochemical","Solid biofuels#Industry - chemical and petrochemical",0,29.099999999875433,4.119999999827197]
["Solid biofuels","Industry - iron and steel","Solid biofuels#Industry - iron and steel",0,29.100000000484329,4.1199999989220428]
["Solid biofuels","Industry - mineral materials","Solid biofuels#Industry - mineral materials",0,29.100000000021563,4.1200000000276251]
["Solid biofuels","Industry - nonferrous metalls","Solid biofuels#Industry - nonferrous metalls",0,29.100000000021563,4.1200000000276251]
["Solid biofuels","Industry - other","Solid biofuels#Industry - other",0,27.910851297808399,3.950188043487183]
["Solid biofuels","Industry - paper, pulp, polygraphic industry","Solid biofuels#Industry - paper, pulp, polygraphic industry",0,19.117128540926689,2.6944331798399483]

{"sheet":"Saving_measures","index":4,"n_rows":53,"n_cols":22,"rows_kept":53,"cut":false,"hidden":true,"merged":[]}
["Measure","Cost type","Measure detail","Unit investments [€/GJ]","Subsidy share [%]","Annual Cost Saved [€/GJ.y]","Investment costs [€]","Subsidy [€]","Payback period w/o subsidy [y]","Energy saving potential [TJ]","Lifetime [y]","Energy carrier saved","The most similar sector","Drop of CO2 emissions [t]","Drop of CH4 emissions[kg]","Drop of N2O emissions [kg]","Drop of CO2eq emissions [t]","EF of CO2 [kg/GJ]","EF of CH4 [g/GJ]","EF of N2O [g/GJ]","EF of CO2 eq [kg/GJ]","Unit investments [Kč/t CO2 eq]"]
["Buildings insulation","MAX",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Buildings insulation#MAX"},390.82935014824631,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,3,0)","v":0.875},{"$f":"Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[Payback period w/o subsidy '[y']]]","v":9.7707337537061569},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":846887897.08239746},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":741026909.94709778},40,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":2166.8994326070001},25,"Fuels and heat","Industry",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":160021.47094841563},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":6344.3737843473618},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":1261.0585311957902},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":160555.87573532067},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":73.848129977999747},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.9278579747997053},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":0.5819644936999262},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":74.094751846492315},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":5274.7237882374848}]
["Buildings insulation","MIN",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Buildings insulation#MIN"},174.66395706307821,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,3,0)","v":0.58333333333333326},{"$f":"Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[Payback period w/o subsidy '[y']]]","v":14.555329755256517},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":378479229.45687765},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":220779550.51651195},12,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":2166.8994326070001},25,"Fuels and heat","Industry",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":160021.47094841563},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":6344.3737843473618},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":1261.0585311957902},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":160555.87573532067},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":73.848129977999747},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.9278579747997053},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":0.5819644936999262},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":74.094751846492315},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":2357.3053787256445}]
["Buildings insulation","TYP",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Buildings insulation#TYP"},249.91685322675752,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,3,0)","v":0.75},{"$f":"Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[Payback period w/o subsidy '[y']]]","v":12.495842661337877},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":1083089374.9119756},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":812317031.18398166},20,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":4333.7988652140002},25,"Fuels and heat","Industry",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":320042.94189683127},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":12688.747568694724},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":2522.1170623915805},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":321111.75147064135},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":73.848129977999747},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.9278579747997053},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":0.5819644936999262},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":74.094751846492315},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":3372.9359637309958}]
["Contol of circulation pumps","MAX",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Contol of circulation pumps#MAX"},78.431372549019613,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,3,0)","v":0.2857142857142857},{"$f":"Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[Payback period w/o subsidy '[y']]]","v":11.204481792717088},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":1232858.247352941},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":352245.2135294117},7,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":15.718942653749997},20,"Electricity","Industry",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":4481.784929437199},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":44.798986563187491},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":36.939515236312495},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":4493.9128796417008},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":285.12},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.85},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":2.35},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":285.89155000000005},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":274.33959677723806}]
["Contol of circulation pumps","MIN",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Contol of circulation pumps#MIN"},36.078431372549019,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,3,0)","v":0},{"$f":"Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[Payback period w/o subsidy '[y']]]","v":18.03921568627451},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":567114.79378235282},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":0},2,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":15.718942653749997},20,"Electricity","Industry",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":4481.784929437199},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":44.798986563187491},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":36.939515236312495},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":4493.9128796417008},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":285.12},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.85},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":2.35},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":285.89155000000005},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":126.19621451752951}]
["Contol of circulation pumps","TYP",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Contol of circulation pumps#TYP"},54.901960784313722,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,3,0)","v":0},{"$f":"Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[Payback period w/o subsidy '[y']]]","v":13.725490196078431},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":1726001.5462941171},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":0},4,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":31.437885307499993},20,"Electricity","Industry",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":8963.5698588743981},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":89.597973126374981},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":73.87903047262499},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":8987.8257592834016},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":285.12},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.85},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":2.35},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":285.89155000000005},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":192.03771774406661}]
["Decrease of losses in heat distribution","MAX",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Decrease of losses in heat distribution#MAX"},784.31372549019613,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,3,0)","v":0.91666666666666663},{"$f":"Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[Payback period w/o subsidy '[y']]]","v":13.071895424836603},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":238970795.57647058},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":219056562.6117647},60,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":304.68776435999996},30,"Heat","Industry",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":28464.964617207912},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":415.02099813381096},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":432.42397427930865},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":28604.202486496491},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":93.423392557291848},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":1.3621190171701421},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":1.4192364277824547},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":93.880377988200266},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":8354.3946274777009}]
["Decrease of losses in heat distribution","MIN",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Decrease of losses in heat distribution#MIN"},117.64705882352941,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,3,0)","v":0.66666666666666674},{"$f":"Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[Payback period w/o subsidy '[y']]]","v":7.8431372549019605},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":35845619.336470582},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":23897079.557647057},15,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":304.68776435999996},30,"Heat","Industry",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":28464.964617207912},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":415.02099813381096},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":432.42397427930865},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":28604.202486496491},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":93.423392557291848},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":1.3621190171701421},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":1.4192364277824547},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":93.880377988200266},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":1253.159194121655}]
["Decrease of losses in heat distribution","TYP",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Decrease of losses in heat distribution#TYP"},588.23529411764707,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,3,0)","v":0.88888888888888884},{"$f":"Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[Payback period w/o subsidy '[y']]]","v":13.071895424836601},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":537684290.0470587},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":477941591.15294105},45,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":914.06329307999988},30,"Heat","Industry",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":85394.893851623739},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":1245.0629944014329},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":1297.271922837926},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":85812.607459489474},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":93.423392557291848},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":1.3621190171701421},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":1.4192364277824547},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":93.880377988200266},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":6265.7959706082756}]
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["Installation of solar thermal systems (for heat generation)","MAX",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Installation of solar thermal systems (for heat generation)#MAX"},488.53668768530792,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,3,0)","v":0.8214285714285714},{"$f":"Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[Payback period w/o subsidy '[y']]]","v":17.447738845903853},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":18364194.054945201},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":15084873.687990701},28,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":37.590204620977289},20,"Heat","Industry",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":3511.8044426144875},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":51.202332573550116},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":53.349387725887333},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":3528.9826184711401},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":93.423392557291848},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":1.3621190171701421},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":1.4192364277824547},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":93.880377988200266},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":5203.8210556279573}]
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["Installation/replacement of compressors","MAX",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Installation/replacement of compressors#MAX"},317.64705882352939,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,3,0)","v":0.66666666666666674},{"$f":"Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[Payback period w/o subsidy '[y']]]","v":21.176470588235293},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":688799589.93678308},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":459199726.62452209},15,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":2168.4431535046874},15,"Electricity","Industry",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":618266.51192725648},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":6180.0629874883589},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":5095.8414107360159},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":619939.57424234308},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":285.12},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.85},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":2.35},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":285.89155000000005},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":1111.075366947814}]
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["Installation/replacement of compressors","TYP",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Installation/replacement of compressors#TYP"},123.52941176470588,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,3,0)","v":0.44444444444444442},{"$f":"Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[Payback period w/o subsidy '[y']]]","v":13.725490196078432},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":315487219.58832902},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":140216542.03925735},9,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":2553.9441585721875},15,"Electricity","Industry",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":728180.55849210208},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":7278.7408519307346},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":6001.7687726446411},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":730151.05410764855},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":285.12},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.85},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":2.35},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":285.89155000000005},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":432.08486492414994}]
["Replacement of coal boiler with new coal boiler","MAX",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Replacement of coal boiler with new coal boiler#MAX"},70.026913138792196,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,3,0)","v":0.75},{"$f":"Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[Payback period w/o subsidy '[y']]]","v":3.50134565693961},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":80946291.905505165},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":60709718.92912887},20,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":1155.9311738484164},20,"Coal","Industry",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":80590.430097662014},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":1240.6778887022072},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":327.17058471493169},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":80718.943879124621},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":69.719055875406539},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":1.0733146719900679},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":0.28303638842586953},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":69.830233585957203},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":1002.8165386643436}]
["Replacement of coal boilers with gas boilers","MIN",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Replacement of coal boilers with gas boilers#MIN"},160.03588418505626,0.9,{"$f":"Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[Payback period w/o subsidy '[y']]]","v":3.2007176837011251},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":83132539.584999248},1907891.7834757327,50,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":519.46186949465391},20,"Coal","Industry",28824.350150545368,527.11642881537159,53.136896177110508,28853.36285632653,28824.350150545368,527.11642881537159,53.136896177110508,28853.36285632653,73563.079617582829]
["Replacement of existing lighting with LED80","MAX",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Replacement of existing lighting with LED80#MAX"},24.705882352941178,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,3,0)","v":0},{"$f":"Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[Payback period w/o subsidy '[y']]]","v":27.450980392156865},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":16688389.560412459},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":0},0.9,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":675.48243458812328},8,"Electricity","Industry",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":192593.55174976573},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":1925.1249385761514},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":1587.3837212820897},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":193114.72022217221},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":285.12},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.85},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":2.35},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":285.89155000000005},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":86.416972984829997}]
["Replacement of lighting LED80 with LED110","MAX",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Replacement of lighting LED80 with LED110#MAX"},247.05882352941177,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,3,0)","v":0.66666666666666674},{"$f":"Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[Payback period w/o subsidy '[y']]]","v":16.47058823529412},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":27464308.227244988},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":18309538.818163328},15,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":111.16505711027733},8,"Electricity","Industry",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":31695.381083282275},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":316.82041276429038},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":261.23788420915173},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":31781.150483095713},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":285.12},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.85},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":2.35},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":285.89155000000005},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":864.16972984829988}]
["Replacement of lighting LED80 with LED110","MIN",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Replacement of lighting LED80 with LED110#MIN"},68.627450980392155,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,3,0)","v":0},{"$f":"Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[Payback period w/o subsidy '[y']]]","v":13.725490196078431},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":1907243.626892013},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":0},5,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":27.791264277569333},8,"Electricity","Industry",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":7923.8452708205687},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":79.205103191072595},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":65.309471052287932},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":7945.2876207739282},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":285.12},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.85},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":2.35},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":285.89155000000005},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":240.0471471800833}]
["Replacement of lighting LED80 with LED110","TYP",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Replacement of lighting LED80 with LED110#TYP"},96.078431372549019,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,3,0)","v":0.2857142857142857},{"$f":"Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[Payback period w/o subsidy '[y']]]","v":13.725490196078431},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":40052116.164732262},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":11443461.761352075},7,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":416.86896416353994},8,"Electricity","Industry",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":118857.67906230851},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":1188.076547866089},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":979.6420657843189},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":119179.3143116089},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":285.12},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.85},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":2.35},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":285.89155000000005},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":336.06600605211662}]
["Replacement of coal boiler with biomass boiler","TYP",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Replacement of coal boiler with biomass boiler#TYP"},null,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,3,0)","v":1.9},{"$f":"Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[Payback period w/o subsidy '[y']]]","v":{"$error":"#DIV/0!"}},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":0},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":0},null,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":520.46186949465402},null,null,null,{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":{"$error":"#N/A"}},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":{"$error":"#N/A"}},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":{"$error":"#N/A"}},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":{"$error":"#N/A"}},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":{"$error":"#N/A"}},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":{"$error":"#N/A"}},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":{"$error":"#N/A"}},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":{"$error":"#N/A"}},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":{"$error":"#N/A"}}]
["Thermal insulation of technologies","MAX",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Thermal insulation of technologies#MAX"},182.99302584467131,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,3,0)","v":0.5},{"$f":"Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[Payback period w/o subsidy '[y']]]","v":18.299302584467132},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":477426805.86401093},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":238713402.93200547},10,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":2608.9890784650001},20,"Fuels and heat","Industry",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":192668.96457766512},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":7638.7494795490848},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":1518.3390081175207},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":193312.39833907285},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":73.848129977999747},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.9278579747997053},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":0.5819644936999262},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":74.094751846492315},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":2469.716427740952}]
["Thermal insulation of technologies","MIN",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Thermal insulation of technologies#MIN"},57.384945409880622,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,3,0)","v":0},{"$f":"Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[Payback period w/o subsidy '[y']]]","v":19.128315136626874},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":13610608.71297171},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":0},3,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":237.18082531500005},20,"Fuels and heat","Industry",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":17515.360416151376},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":694.43177086809874},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":138.03081891977465},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":17573.85439446117},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":73.848129977999747},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.9278579747997053},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":0.5819644936999262},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":74.094751846492315},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":774.48056683919185}]
["Thermal insulation of technologies","TYP",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Thermal insulation of technologies#TYP"},82.352941176470594,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,3,0)","v":0.16666666666666663},{"$f":"Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[Payback period w/o subsidy '[y']]]","v":13.725490196078432},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":156260308.44282356},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":26043384.740470588},6,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":1897.4466025200004},20,"Fuels and heat","Industry",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":140122.88332921101},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":5555.4541669447899},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":1104.2465513581972},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":140590.83515568936},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":73.848129977999747},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.9278579747997053},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":0.5819644936999262},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":74.094751846492315},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":1111.4544434548804}]
["Transformers replacement","MAX",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Transformers replacement#MAX"},423.52941176470586,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,3,0)","v":0.64285714285714279},{"$f":"Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[Payback period w/o subsidy '[y']]]","v":30.252100840336134},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":90228718.213941157},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":58004175.994676456},14,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":213.04002911624997},20,"Electricity","Energy",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":60741.97310162519},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":607.16408298131239},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":500.64406842318743},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":60906.344136089843},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":285.12},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.85},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":2.35},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":285.89155000000005},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":1481.4338225970853}]
["Transformers replacement","MIN",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Transformers replacement#MIN"},117.64705882352941,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,3,0)","v":0.16666666666666663},{"$f":"Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[Payback period w/o subsidy '[y']]]","v":19.6078431372549},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":25063532.837205876},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":4177255.4728676449},6,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":213.04002911624997},20,"Electricity","Energy",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":60741.97310162519},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":607.16408298131239},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":500.64406842318743},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":60906.344136089843},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":285.12},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.85},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":2.35},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":285.89155000000005},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":411.50939516585709}]
["Transformers replacement","TYP",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Transformers replacement#TYP"},164.70588235294119,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,3,0)","v":0.58333333333333326},{"$f":"Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[Payback period w/o subsidy '[y']]]","v":13.725490196078432},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":163748414.53641173},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":95519908.479573503},12,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":994.18680254249978},20,"Electricity","Energy",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":283462.54114091751},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":2833.4323872461246},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":2336.3389859748745},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":284229.60596841923},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":285.12},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.85},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":2.35},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":285.89155000000005},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":576.11315323219992}]
["Waste heat utilisation","MAX",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Waste heat utilisation#MAX"},69.845458018499158,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,3,0)","v":0.58333333333333326},{"$f":"Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[Payback period w/o subsidy '[y']]]","v":5.8204548348749299},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":103832097.99923141},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":60568723.832884982},12,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":1486.5977107878741},20,"Electricity","Industry",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":423858.73929983866},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":4236.8034757454416},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":3493.5046203515044},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":425005.72376359714},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":285.12},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.85},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":2.35},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":285.89155000000005},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":244.30752856633626}]
["Waste heat utilisation","MIN",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Waste heat utilisation#MIN"},29.711455336377799,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,3,0)","v":0},{"$f":"Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[Payback period w/o subsidy '[y']]]","v":29.711455336377799},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":1963065.843877129},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":0},1,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":66.071009368349962},20,"Fuels and heat","Industry",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":4879.2204876115466},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":193.44653168218949},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":38.450981515294863},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":4895.5150433951594},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":73.848129977999747},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.9278579747997053},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":0.5819644936999262},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":74.094751846492315},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":400.99270995512967}]
["Waste heat utilisation","TYP",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Waste heat utilisation#TYP"},49.271657342257981,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,3,0)","v":0},{"$f":"Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[Payback period w/o subsidy '[y']]]","v":9.8543314684515959},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":86268845.547143102},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":0},5,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":1750.8817482612742},20,"Electricity","Industry",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":499211.40406425449},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":4990.012982544632},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":4114.5721084139941},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":500562.29687712557},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":285.12},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.85},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":2.35},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":285.89155000000005},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":172.34387424972152}]

{"sheet":"Potential_of_measures","index":5,"n_rows":52,"n_cols":5,"rows_kept":52,"cut":false,"hidden":true,"merged":[]}
["Buildings insulation","MAX",{"$f":"A1 & \"#\" & B1","v":"Buildings insulation#MAX"},2166.8994326070001,0.875]
["Buildings insulation","MIN","Buildings insulation#MIN",2166.8994326070001,0.58333333333333326]
["Buildings insulation","TYP","Buildings insulation#TYP",4333.7988652140002,0.75]
["Contol of circulation pumps","MAX","Contol of circulation pumps#MAX",15.718942653749997,0.2857142857142857]
["Contol of circulation pumps","MIN","Contol of circulation pumps#MIN",15.718942653749997,0]
["Contol of circulation pumps","TYP","Contol of circulation pumps#TYP",31.437885307499993,0]
["Decrease of losses in heat distribution","MAX","Decrease of losses in heat distribution#MAX",304.68776435999996,0.91666666666666663]
["Decrease of losses in heat distribution","MIN","Decrease of losses in heat distribution#MIN",304.68776435999996,0.66666666666666674]
["Decrease of losses in heat distribution","TYP","Decrease of losses in heat distribution#TYP",914.06329307999988,0.88888888888888884]
["Energy management","MAX","Energy management#MAX",436.04373722322543,0.375]
["Energy management","MIN","Energy management#MIN",48.449304135913941,0]
["Energy management","TYP","Energy management#TYP",484.4930413591394,0]
["Change of technological processes","MAX","Change of technological processes#MAX",1201.2801893189996,0.83333333333333337]
["Change of technological processes","MIN","Change of technological processes#MIN",171.61145561699996,0]
["Change of technological processes","TYP","Change of technological processes#TYP",2059.3374674039997,0.375]
["Installation flue gas pre-heaters to boilers","MAX","Installation flue gas pre-heaters to boilers#MAX",298.72942430596333,0]
["Installation flue gas pre-heaters to boilers","MIN","Installation flue gas pre-heaters to boilers#MIN",149.36471215298167,0]
["Installation flue gas pre-heaters to boilers","TYP","Installation flue gas pre-heaters to boilers#TYP",547.67061122759947,0]
["Installation of cogeneration units","MAX","Installation of cogeneration units#MAX",438.24171290481769,0.5]
["Installation of cogeneration units","MIN","Installation of cogeneration units#MIN",438.24171290481769,0]
["Installation of cogeneration units","TYP","Installation of cogeneration units#TYP",876.48342580963538,0.16666666666666663]
["Installation of frequency inventors","MAX","Installation of frequency inventors#MAX",404.77605532087495,0.58333333333333326]
["Installation of frequency inventors","MIN","Installation of frequency inventors#MIN",44.975117257874999,0]
["Installation of frequency inventors","TYP","Installation of frequency inventors#TYP",449.7511725787499,0.16666666666666663]
["Installation of heat pumps","MAX","Installation of heat pumps#MAX",5075.0466585962749,0.5]
["Installation of heat pumps","MIN","Installation of heat pumps#MIN",676.67288781283673,0]
["Installation of heat pumps","TYP","Installation of heat pumps#TYP",2706.6915512513469,0.16666666666666663]
["Installation of photovoltaic systems (for electricity generation)","MAX","Installation of photovoltaic systems (for electricity generation)#MAX",1703.1548491450565,0.8214285714285714]
["Installation of photovoltaic systems (for electricity generation)","MIN","Installation of photovoltaic systems (for electricity generation)#MIN",340.63096982901129,0.5]
["Installation of photovoltaic systems (for electricity generation)","TYP","Installation of photovoltaic systems (for electricity generation)#TYP",4768.8335776061576,0.73684210526315796]
["Installation of solar thermal systems (for heat generation)","MAX","Installation of solar thermal systems (for heat generation)#MAX",37.590204620977289,0.8214285714285714]
["Installation of solar thermal systems (for heat generation)","MIN","Installation of solar thermal systems (for heat generation)#MIN",16.110087694704553,0.66666666666666674]
["Installation of solar thermal systems (for heat generation)","TYP",{"$f":"A33 & \"#\" & B33","v":"Installation of solar thermal systems (for heat generation)#TYP"},53.70029231568185,0.8]
["Installation/replacement of compressors","MAX","Installation/replacement of compressors#MAX",2168.4431535046874,0.66666666666666674]
["Installation/replacement of compressors","MIN","Installation/replacement of compressors#MIN",96.375251266874997,0]
["Installation/replacement of compressors","TYP","Installation/replacement of compressors#TYP",2553.9441585721875,0.44444444444444442]
["Replacement of coal boiler with biomass boiler","TYP",{"$f":"A37 & \"#\" & B37","v":"Replacement of coal boiler with biomass boiler#TYP"},520.46186949465402,1.9]
["Replacement of coal boiler with new coal boiler","MAX","Replacement of coal boiler with new coal boiler#MAX",1155.9311738484164,0.75]
["Replacement of coal boilers with gas boilers","MIN","Replacement of coal boilers with gas boilers#MIN",519.46186949465391,0.9]
["Replacement of existing lighting with LED80","MAX","Replacement of existing lighting with LED80#MAX",675.48243458812328,0]
["Replacement of lighting LED80 with LED110","MAX","Replacement of lighting LED80 with LED110#MAX",111.16505711027733,0.66666666666666674]
["Replacement of lighting LED80 with LED110","MIN","Replacement of lighting LED80 with LED110#MIN",27.791264277569333,0]
["Replacement of lighting LED80 with LED110","TYP","Replacement of lighting LED80 with LED110#TYP",416.86896416353994,0.2857142857142857]
["Thermal insulation of technologies","MAX","Thermal insulation of technologies#MAX",2608.9890784650001,0.5]
["Thermal insulation of technologies","MIN","Thermal insulation of technologies#MIN",237.18082531500005,0]
["Thermal insulation of technologies","TYP","Thermal insulation of technologies#TYP",1897.4466025200004,0.16666666666666663]
["Transformers replacement","MAX","Transformers replacement#MAX",213.04002911624997,0.64285714285714279]
["Transformers replacement","MIN","Transformers replacement#MIN",213.04002911624997,0.16666666666666663]
["Transformers replacement","TYP","Transformers replacement#TYP",994.18680254249978,0.58333333333333326]
["Waste heat utilisation","MAX","Waste heat utilisation#MAX",1486.5977107878741,0.58333333333333326]
["Waste heat utilisation","MIN","Waste heat utilisation#MIN",66.071009368349962,0]
["Waste heat utilisation","TYP","Waste heat utilisation#TYP",1750.8817482612742,0]

{"sheet":"Lists","index":6,"n_rows":22,"n_cols":8,"rows_kept":22,"cut":false,"hidden":true,"merged":[]}
["Energy_saving_measures[List of energy saving measures]"]
[]
["List of energy saving measures",null,"Saved energy carriers",null,"NIR sectors for energy savings",null,"Column1","Column2"]
["Buildings insulation",null,"All energy carriers",null,"Energy",null,"kWh",1]
["Contol of circulation pumps",null,"Coal",null,"Industry",null,"MWh",1E-3]
["Decrease of losses in heat distribution",null,"Electricity",null,null,null,"GWh",9.9999999999999995E-7]
["Energy management",null,"Fuels and heat",null,null,null,"MJ",3.6]
["Change of technological processes",null,"Fuels only",null,null,null,"GJ",3.5999999999999999E-3]
["Installation flue gas pre-heaters to boilers",null,"Gaseous biofuels",null,null,null,"TJ",3.5999999999999998E-6]
["Installation of cogeneration units",null,"Heat"]
["Installation of frequency inventors",null,"Liquid biofuels"]
["Installation of heat pumps",null,"Natural gas"]
["Installation of photovoltaic systems (for electricity generation)",null,"RES except biomass"]
["Installation of solar thermal systems (for heat generation)",null,"Solid biofuels"]
["Installation/replacement of compressors"]
["Replacement of coal boiler with new coal boiler"]
["Replacement of coal boilers with gas boilers"]
["Replacement of existing lighting with LED80"]
["Replacement of lighting LED80 with LED110"]
["Thermal insulation of technologies"]
["Transformers replacement"]
["Waste heat utilisation"]