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["EN"]
[]
[null,null,"Title of the new policy (programme)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Total program output"]
[null,null,"Tolerance",0.1,null,null,null,null,null,null,null,null,null,null,null,null,null,"Expected energy savings",{"$f":"SUM(DataInput!G:G)","v":12346.821779949716}]
[null,null,"Expected allocation of the policy (programme)",500000,null,null,null,null,null,null,null,null,null,null,null,null,null,"Expected drop of CO2 emissions",{"$f":"SUM(DataInput!H:H)","v":1052612.2051846394}]
[null,null,"Loan interest",0.01,null,null,null,null,null,null,null,null,null,null,null,null,null,"Expected drop of CH4 emissions",{"$f":"SUM(DataInput!I:I)","v":56550.242193847531}]
[null,null,"Discount rate",0.05,null,null,null,null,null,null,null,null,null,null,null,null,null,"Expected drop of N2O emissions",{"$f":"SUM(DataInput!J:J)","v":13827.554501825196}]
[null,null,"Measure lifetime",{"$f":"VLOOKUP($C$9,DataInput!$A:$U,19,FALSE)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,"Expected drop of CO2eq emissions",{"$f":"SUM(DataInput!K:K)","v":1058146.5724810294}]
[null,null,"Mesure d'economie 7",{"$f":"VLOOKUP($C$9,DataInput!$A:$AA,20,FALSE)","v":"Installation de systeme solaire thermique (generation de chaleur)"}]
[null,null,"Total saving potential of the measure",{"$f":"SUMIF(Saving_measures[Measure],D9,Saving_measures[Energy saving potential '[TJ']])","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,"Expected Cash Flow",{"$f":"D5","v":500000}]
[null,null,"Savings realised without any subsidies",{"$f":"SUMIFS(Saving_measures[Energy saving potential '[TJ']],Saving_measures[Measure],D9,Saving_measures[Subsidy share '[%']],0)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,"Allocation",{"$f":"SUM(DataInput!E:E)","v":1771179.3409535617}]
[null,null,"Share on the policy (programme allocation)",{"$f":"VLOOKUP($C$9,DataInput!$A:$L,3,FALSE)","v":0.01},{"$f":"1-D12","v":0.99},null,null,null,null,null,null,null,null,null,null,null,null,"Expected allocation utilisation",{"$f":"SUM(DataInput!F:F)","v":2739343.9565149769}]
[null,null,null,{"$f":"D12*D5","v":5000}]
[null,null,"Share of subsidy on the total investment costs",{"$f":"VLOOKUP(C9,DataInput!A:U,16,FALSE)","v":0.89000000000000035},null,null,null,null,null,null,null,null,null,null,null,null,null,"Price of the saved energy",{"$f":"IFERROR(S12/S4,0)","v":221.86632360430275}]
[null,null,"Share of loan on the total investment costs",{"$f":"VLOOKUP($C$9,DataInput!$A:$U,17,FALSE)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,"Price of saved CO2 emissions",{"$f":"IFERROR(S12/S5,0)","v":2.6024246565091524}]
[null,null,"Share of own ressources on the total investment costs",{"$f":"VLOOKUP($C$9,DataInput!$A:$U,18,FALSE)","v":0.10999999999999982},null,null,null,null,null,null,null,null,null,null,null,null,null,"Price of saved CH4 emissions",{"$f":"IFERROR(S12/S6,0)","v":48.44088814199646}]
[null,null,"Net Present Value",842163.95790516667,null,null,null,null,null,null,null,null,null,null,null,null,null,"Price of saved N2O emissions",{"$f":"IFERROR(S12/S7,0)","v":198.10762316311187}]
[null,null,"Expected allocation utilisation",{"$f":"VLOOKUP($C$9,DataInput!$A:$L,5,FALSE)","v":0},{"$f":"IF(D18<D13*(1-Tolerance),\"Allocation will be likely not exhausted\",IF(D18>D13*(1+Tolerance),\"Allocation will be likely overdrawn\",\"Allocation will be likely exhausted\"))","v":"Allocation will be likely not exhausted"},null,null,null,null,null,null,null,null,null,null,null,null,"Price of saved CO2eq emissions",{"$f":"IFERROR(S12/S8,0)","v":2.5888133343304744}]
[null,null,"Investment costs at the expected utilisation of the allocation",{"$f":"VLOOKUP($C$9,DataInput!$A:$L,6,FALSE)","v":0}]
[null,null,"Expected energy savings",{"$f":"VLOOKUP($C$9,DataInput!$A:$L,7,FALSE)","v":0}]
[null,null,"Expected drop of CO2 emissions",{"$f":"VLOOKUP($C$9,DataInput!$A:$L,8,FALSE)","v":0}]
[null,null,"Expected drop of CH4 emissions",{"$f":"VLOOKUP($C$9,DataInput!$A:$L,9,FALSE)","v":0}]
[null,null,"Expected drop of N2O emissions",{"$f":"VLOOKUP($C$9,DataInput!$A:$L,10,FALSE)","v":0}]
[null,null,"Expected drop of CO2eq emissions",{"$f":"VLOOKUP($C$9,DataInput!$A:$L,11,FALSE)","v":0}]
[null,null,"Expected Cash Flow",{"$f":"VLOOKUP($C$9,DataInput!$A:$L,12,FALSE)","v":0},{"$f":"SUM(DataInput!L:L)","v":193632.923112283}]

{"sheet":"Languages","index":1,"n_rows":90,"n_cols":21,"rows_kept":90,"cut":false,"hidden":false,"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]
[]
["Title of the new policy (programme)",null,null,null,null,null,null,null,"Titre du nouveau programme"]
["Tolerance",null,null,null,null,null,null,null,"Tolerance"]
["Expected allocation of the policy (programme)",null,null,null,null,null,null,null,"Allocation du programme attendu"]
["Loan interest",null,null,null,null,null,null,null,"Interet des pret"]
["Discount rate",null,null,null,null,null,null,null,"Taux d'actualisation"]
["Measure lifetime",null,null,null,null,null,null,null,"Duree de vie de la Mesure"]
["Total saving potential of the measure",null,null,null,null,null,null,null,"Potential d'economie d'energie total de la mesure"]
["Savings realised without any subsidies",null,null,null,null,null,null,null,"Economie realise sans subvention"]
["Share on the policy (programme allocation)",null,null,null,null,null,null,null,"Part dans le programme (allocation)"]
["Share of subsidy on the total investment costs",null,null,null,null,null,null,null,"Part des subventions dans les couts d'investissement totaux"]
["Share of loan on the total investment costs",null,null,null,null,null,null,null,"Part des prets dans les couts d'investissement totaux"]
["Share of own ressources on the total investment costs",null,null,null,null,null,null,null,"Part des capitaux propres dans les couts d'investissement totaux"]
["Net Present Value",null,null,null,null,null,null,null,"Valeur nette actualisee"]
["Expected allocation utilisation",null,null,null,null,null,null,null,"Utilisation de l'allocation attendu"]
["Investment costs at the expected utilisation of the allocation",null,null,null,null,null,null,null,"Cout d'investissement selon l'utilisation de l'allocation attendu"]
["Expected energy savings",null,null,null,null,null,null,null,"Economie d'energie attendu"]
["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"]
[]
["Total program output",null,null,null,null,null,null,null,"Resultat total du programme"]
["Allocation",null,null,null,null,null,null,null,"Allocation"]
["Total investment costs",null,null,null,null,null,null,null,"Cout d'investissement totaux"]
["Price of the saved energy",null,null,null,null,null,null,null,"Prix des economies d'energies"]
["Price of saved CO2 emissions",null,null,null,null,null,null,null,"Prix des reductions d'emission de CO2"]
["Price of saved CH4 emissions",null,null,null,null,null,null,null,"Prix des reductions d'emission de CH4"]
["Price of saved N2O emissions",null,null,null,null,null,null,null,"Prix des reductions d'emission de N2O"]
["Price of saved CO2eq emissions",null,null,null,null,null,null,null,"Prix des reductions d'emission de CO2eq"]
["Allocation share",null,null,null,null,null,null,null,"Part d'allocation"]
["Expected drop of emissions",null,null,null,null,null,null,null,"Reduction d'emission attendu"]
["Measure",null,null,null,null,null,null,null,"Mesure"]
["Saving Measure",null,null,null,null,null,null,null,"Mesure d'economie"]
[]
["Energy Management",null,null,null,null,null,null,null,"Management de l'energie"]
["Installation of photovoltaic systems (for electricity generation)",null,null,null,null,null,null,null,"Installation de systeme photovoltaique (generation d'electricite)"]
["Installation of solar thermal systems (for heat generation",null,null,null,null,null,null,null,"Installation de systeme solaire thermique (generation de chaleur)"]
["Installation of cogeneration units",null,null,null,null,null,null,null,"Installation d'unite cogeneratrice"]
["Installation/replacement of compressors",null,null,null,null,null,null,null,"Installation/remplacement de compresseurs"]
["Replacement of coal boilers with gas boilers",null,null,null,null,null,null,null,"Remplacement de chaudiere charbon par chaudiere gaz"]
["Waste heat utilisation",null,null,null,null,null,null,null,"Recuperation des pertes de chaleur"]
["Control of circulation pumps",null,null,null,null,null,null,null,"Controle des pompes de circulations"]
["Installation of frequency inverters",null,null,null,null,null,null,null,"Installation de variateur de frequence"]
["Installation flue gas pre-heaters to boilers",null,null,null,null,null,null,null,"Installation de préchauffeur d'air de gaz de combustion sur chaudiere"]
["Change of technological processes",null,null,null,null,null,null,null,"Amelioration des processus technologiques"]
["Installation of heat pumps",null,null,null,null,null,null,null,"Installation de pompes a chaleur"]
["Thermal insulation of technologies",null,null,null,null,null,null,null,"Isolation thermique des installations"]
["Decrease of losses in heat distribution",null,null,null,null,null,null,null,"Reduction des pertes dans la distribution de chaleur"]
["Transformers replacement",null,null,null,null,null,null,null,"Remplacement des transformateurs"]
["Buildings Insulation",null,null,null,null,null,null,null,"Isolation thermique des batiments"]
["Replacement of coal boiler with new coal boiler",null,null,null,null,null,null,null,"Remplacement des chaudieres a charbon par des chaudieres a charbon recentes"]
["Replacement of existing lighting with LED80",null,null,null,null,null,null,null,"Remplacement des eclairages existant par des LED80"]
["Replacement of lighting LED80 with LED110",null,null,null,null,null,null,null,"Remplacement des eclairages LED80 par des LED110"]
["Replacement of coal boiler with biomass boiler",null,null,null,null,null,null,null,"Remplacement des chaudieres a charbon par des chaudieres a biomass"]
[]
["Total Investment share",null,null,null,null,null,null,null,"Part totale d'investissement"]
["Share of Allocation on Total Investment",null,null,null,null,null,null,null,"Part des allocations dans l'investissement total"]
["Total Combination",null,null,null,null,null,null,null,"Total pour la Combinaison"]
["Rest of Investment",null,null,null,null,null,null,null,"Reste Investissement"]
["Other Investment",null,null,null,null,null,null,null,"Autre Investissement"]
[]
["START NEW",null,null,null,null,null,null,null,"NOUVEAU"]
["ADD MEASURE",null,null,null,null,null,null,null,"AJOUTER"]
["RELOAD GRAPH",null,null,null,null,null,null,null,"ACTUALISER"]
["RELOAD PANEL",null,null,null,null,null,null,null,"ACTUALISER"]
[]
["You have no measure in the Policy selection model yet",null,null,null,null,null,null,null,"Vous n'avez pas encore de mesure dans le programme"]
["deleted",null,null,null,null,null,null,null,"supprime"]
["removed from the policy tool",null,null,null,null,null,null,null,"retire du programme"]
["added to the policy tool",null,null,null,null,null,null,null,"ajoute au programme"]
["The shares must be =",null,null,null,null,null,null,null,"Les parts doivent etre egales a ="]
["The total allocation cannot exceed 100%, the allocation share left is equal to",null,null,null,null,null,null,null,"L'allocation totale ne peut pas depasser 100%, la part d'allocation restante est egale a"]
["The share on the policy must be =< 100",null,null,null,null,null,null,null,"La part d'allocation dans le programme doit etre =< 100"]
[]
["Shares on the total investment costs",null,null,null,null,null,null,null,"Parts dans les couts investissement totaux"]
["Subsidy",null,null,null,null,null,null,null,"Subvention"]
["Loan",null,null,null,null,null,null,null,"Pret"]
["Own ressources",null,null,null,null,null,null,null,"Capitaux propres"]
["Validate",null,null,null,null,null,null,null,"Valider"]
["Finish",null,null,null,null,null,null,null,"Fin"]
["Delete last",null,null,null,null,null,null,null,"Supprimer"]
["Policy Program",null,null,null,null,null,null,null,"Programme"]
[]
["Drop of CO2",null,null,null,null,null,null,null,"Reduction de CO2"]
["Drop of CH4",null,null,null,null,null,null,null,"Reduction de CH4"]
["Drop of N2O",null,null,null,null,null,null,null,"Reduction de N2O"]

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["EN"]

{"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"},109.55064360799655,4.2756525684784119,1.4722830104050479]
["All energy carriers","Industry - food and tobacco","All energy carriers#Industry - food and tobacco",104.97512484767448,2.0769263858902813,1.1097793962641966]
["All energy carriers","Industry - fuel mining and processing","All energy carriers#Industry - fuel mining and processing",123.03973117805711,1.5722423478110874,1.2976933439998695]
["All energy carriers","Industry - chemical and petrochemical","All energy carriers#Industry - chemical and petrochemical",118.07577012610967,2.7188624625663311,1.412153901340282]
["All energy carriers","Industry - iron and steel","All energy carriers#Industry - iron and steel",95.689561246641318,4.3968517109734702,1.0521231836348994]
["All energy carriers","Industry - mineral materials","All energy carriers#Industry - mineral materials",92.735855423542091,7.367823119768989,1.6757332905886546]
["All energy carriers","Industry - nonferrous metalls","All energy carriers#Industry - nonferrous metalls",141.02502425165355,2.0642991429284905,1.6460945668089837]
["All energy carriers","Industry - other","All energy carriers#Industry - other",131.77897371366396,2.5360654845340962,1.6067428339295406]
["All energy carriers","Industry - paper, pulp, polygraphic industry","All energy carriers#Industry - paper, pulp, polygraphic industry",118.20483655171196,2.6793392290029145,1.4051793251303735]
["Coal","Industry","Coal#Industry",91.067062873090237,8.6545593207436102,1.2907092276710399]
["Electricity","Energy","Electricity#Energy",243.30535699975164,2.5994178058499644,3.4119963077868793]
["Electricity","Industry","Electricity#Industry",243.30535699975164,2.5994178058499644,3.4119963077868793]
["Electricity","Industry - food and tobacco","Electricity#Industry - food and tobacco",243.30535699975164,2.5994178058499644,3.4119963077868793]
["Electricity","Industry - fuel mining and processing","Electricity#Industry - fuel mining and processing",243.30535699975164,2.5994178058499644,3.4119963077868793]
["Electricity","Industry - chemical and petrochemical","Electricity#Industry - chemical and petrochemical",243.30535699975164,2.5994178058499644,3.4119963077868793]
["Electricity","Industry - iron and steel","Electricity#Industry - iron and steel",243.30535699975164,2.5994178058499644,3.4119963077868793]
["Electricity","Industry - mineral materials","Electricity#Industry - mineral materials",243.30535699975164,2.5994178058499644,3.4119963077868793]
["Electricity","Industry - nonferrous metalls","Electricity#Industry - nonferrous metalls",243.30535699975164,2.5994178058499644,3.4119963077868793]
["Electricity","Industry - other","Electricity#Industry - other",243.30535699975164,2.5994178058499644,3.4119963077868793]
["Electricity","Industry - paper, pulp, polygraphic industry","Electricity#Industry - paper, pulp, polygraphic industry",243.30535699975164,2.5994178058499644,3.4119963077868793]
["Fuels and heat","Industry","Fuels and heat#Industry",66.299393644765985,4.8176839248101775,0.84505259321337012]
["Fuels and heat","Industry - food and tobacco","Fuels and heat#Industry - food and tobacco",68.879075793860409,1.9405868769366088,0.50903628119818722]
["Fuels and heat","Industry - fuel mining and processing","Fuels and heat#Industry - fuel mining and processing",56.018639388877489,0.99982258791326117,0.11944401433528179]
["Fuels and heat","Industry - chemical and petrochemical","Fuels and heat#Industry - chemical and petrochemical",81.58831163338229,2.753664397659465,0.82947077813519654]
["Fuels and heat","Industry - iron and steel","Fuels and heat#Industry - iron and steel",76.600419211933925,4.6292893775378801,0.74695290682950088]
["Fuels and heat","Industry - mineral materials","Fuels and heat#Industry - mineral materials",50.536825663420736,8.7042297336179608,1.1891233598447335]
["Fuels and heat","Industry - nonferrous metalls","Fuels and heat#Industry - nonferrous metalls",59.332810125971911,1.6368950934941435,0.2356530941147843]
["Fuels and heat","Industry - other","Fuels and heat#Industry - other",75.357774016475645,2.5040155438211982,0.6934650627740796]
["Fuels and heat","Industry - paper, pulp, polygraphic industry","Fuels and heat#Industry - paper, pulp, polygraphic industry",81.7549834361525,2.7026254961125824,0.82046405787437582]
["Fuels only","Industry","Fuels only#Industry",59.645934792664249,5.7349172804341135,0.7980530955244568]
["Fuels only","Industry - food and tobacco","Fuels only#Industry - food and tobacco",59.158823759083987,2.2578825143282999,0.29669203361665047]
["Fuels only","Industry - fuel mining and processing","Fuels only#Industry - fuel mining and processing",55.21989926143705,0.99638499770641764,9.9638499748913603E-2]
["Fuels only","Industry - chemical and petrochemical",{"$f":"A34 & \"#\" & B34","v":"Fuels only#Industry - chemical and petrochemical"},70.46735852181466,4.3299376961200826,0.62880985947407675]
["Fuels only","Industry - iron and steel","Fuels only#Industry - iron and steel",74.978626781675288,4.9758415008499162,0.71843703509528445]
["Fuels only","Industry - mineral materials","Fuels only#Industry - mineral materials",49.613762499399094,8.8688679862843625,1.1925392711196521]
["Fuels only","Industry - nonferrous metalls","Fuels only#Industry - nonferrous metalls",57.897207062615628,1.6573975226022835,0.20151384283322618]
["Fuels only","Industry - other","Fuels only#Industry - other",67.64983039657109,3.0972076187942936,0.54399042169848999]
["Fuels only","Industry - paper, pulp, polygraphic industry","Fuels only#Industry - paper, pulp, polygraphic industry",70.798708644971697,4.228470345120857,0.61090414406174454]
["Gaseous biofuels","Industry","Gaseous biofuels#Industry",0,18.233344054894388,2.41758764876145]
["Gaseous biofuels","Industry - food and tobacco","Gaseous biofuels#Industry - food and tobacco",0,2.8841429054721099,0.35338473556326]
["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",0,29.99999999987158,3.9999999998322302]
["Gaseous biofuels","Industry - iron and steel","Gaseous biofuels#Industry - iron and steel",0,30.000000000499309,3.9999999989534398]
["Gaseous biofuels","Industry - mineral materials","Gaseous biofuels#Industry - mineral materials",0,30.000000000022229,4.0000000000268203]
["Gaseous biofuels","Industry - nonferrous metalls","Gaseous biofuels#Industry - nonferrous metalls",0,30.000000000022229,4.0000000000268203]
["Gaseous biofuels","Industry - other","Gaseous biofuels#Industry - other",0,28.774073502895259,3.8351340228030901]
["Gaseous biofuels","Industry - paper, pulp, polygraphic industry","Gaseous biofuels#Industry - paper, pulp, polygraphic industry",0,19.708379939099679,2.6159545435339302]
["Heat","Industry","Heat#Industry",94.926334508551335,1.1482742600397113,1.1201869273631482]
["Heat","Industry - food and tobacco","Heat#Industry - food and tobacco",94.926334508551335,1.1482742600397113,1.1201869273631482]
["Heat","Industry - fuel mining and processing","Heat#Industry - fuel mining and processing",94.926334508551335,1.1482742600397113,1.1201869273631482]
["Heat","Industry - chemical and petrochemical","Heat#Industry - chemical and petrochemical",94.926334508551335,1.1482742600397113,1.1201869273631482]
["Heat","Industry - iron and steel","Heat#Industry - iron and steel",94.926334508551335,1.1482742600397113,1.1201869273631482]
["Heat","Industry - mineral materials","Heat#Industry - mineral materials",94.926334508551335,1.1482742600397113,1.1201869273631482]
["Heat","Industry - nonferrous metalls","Heat#Industry - nonferrous metalls",94.926334508551335,1.1482742600397113,1.1201869273631482]
["Heat","Industry - other","Heat#Industry - other",94.926334508551335,1.1482742600397113,1.1201869273631482]
["Heat","Industry - paper, pulp, polygraphic industry","Heat#Industry - paper, pulp, polygraphic industry",94.926334508551335,1.1482742600397113,1.1201869273631482]
["Liquid biofuels","Industry","Liquid biofuels#Industry",0,18.233344054894388,2.41758764876145]
["Liquid biofuels","Industry - food and tobacco","Liquid biofuels#Industry - food and tobacco",0,2.8841429054721099,0.35338473556326]
["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",0,29.99999999987158,3.9999999998322302]
["Liquid biofuels","Industry - iron and steel","Liquid biofuels#Industry - iron and steel",0,30.000000000499309,3.9999999989534398]
["Liquid biofuels","Industry - mineral materials","Liquid biofuels#Industry - mineral materials",0,30.000000000022229,4.0000000000268203]
["Liquid biofuels","Industry - nonferrous metalls","Liquid biofuels#Industry - nonferrous metalls",0,30.000000000022229,4.0000000000268203]
["Liquid biofuels","Industry - other","Liquid biofuels#Industry - other",0,28.774073502895259,3.8351340228030901]
["Liquid biofuels","Industry - paper, pulp, polygraphic industry",{"$f":"A66 & \"#\" & B66","v":"Liquid biofuels#Industry - paper, pulp, polygraphic industry"},0,19.708379939099679,2.6159545435339302]
["Natural gas","Industry","Natural gas#Industry",55.420243567147338,0.99999999999995004,9.9999999999950004E-2]
["Natural gas","Industry - food and tobacco","Natural gas#Industry - food and tobacco",55.420243567147359,0.99999999999964995,9.9999999999819997E-2]
["Natural gas","Industry - fuel mining and processing","Natural gas#Industry - fuel mining and processing",55.42024356714748,0.99999999996567002,9.9999999974760001E-2]
["Natural gas","Industry - chemical and petrochemical","Natural gas#Industry - chemical and petrochemical",55.420243567147487,1.0000000000003,9.9999999999950004E-2]
["Natural gas","Industry - iron and steel","Natural gas#Industry - iron and steel",55.420243567147288,0.99999999999987998,9.999999999999E-2]
["Natural gas","Industry - mineral materials","Natural gas#Industry - mineral materials",55.420243567147168,0.99999999999996003,0.10000000000004]
["Natural gas","Industry - nonferrous metalls","Natural gas#Industry - nonferrous metalls",55.420243567147168,0.99999999999996003,0.10000000000004]
["Natural gas","Industry - other","Natural gas#Industry - other",55.420243567147473,1.00000000000001,0.10000000000003]
["Natural gas","Industry - paper, pulp, polygraphic industry","Natural gas#Industry - paper, pulp, polygraphic industry",55.420243567147168,1.0000000000003499,9.9999999999240002E-2]
["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",0,18.233344054894388,2.41758764876145]
["Solid biofuels","Industry - food and tobacco","Solid biofuels#Industry - food and tobacco",0,2.8841429054721099,0.35338473556326]
["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",0,29.99999999987158,3.9999999998322302]
["Solid biofuels","Industry - iron and steel","Solid biofuels#Industry - iron and steel",0,30.000000000499309,3.9999999989534398]
["Solid biofuels","Industry - mineral materials","Solid biofuels#Industry - mineral materials",0,30.000000000022229,4.0000000000268203]
["Solid biofuels","Industry - nonferrous metalls","Solid biofuels#Industry - nonferrous metalls",0,30.000000000022229,4.0000000000268203]
["Solid biofuels","Industry - other","Solid biofuels#Industry - other",0,28.774073502895259,3.8351340228030901]
["Solid biofuels","Industry - paper, pulp, polygraphic industry","Solid biofuels#Industry - paper, pulp, polygraphic industry",0,19.708379939099679,2.6159545435339302]

{"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":143664.11847103157},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":10439.436563151039},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":1831.1439847571257},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":144470.78529256795},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":66.299393644765985},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":4.8176839248101775},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":0.84505259321337012},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":66.67166141566382},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":5862.001063864669}]
["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":143664.11847103157},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":10439.436563151039},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":1831.1439847571257},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":144470.78529256795},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":66.299393644765985},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":4.8176839248101775},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":0.84505259321337012},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":66.67166141566382},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":2619.7630800609195}]
["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":287328.23694206314},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":20878.873126302078},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":3662.2879695142515},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":288941.57058513589},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":66.299393644765985},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":4.8176839248101775},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":0.84505259321337012},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":66.67166141566382},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":3748.4719582530479}]
["Control of circulation pumps","MAX",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Control of circulation pumps#MAX"},78.431372549019613,{"$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":3824.5029540292662},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":40.860099423292233},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":53.632974296908678},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":3841.5070828553276},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":243.30535699975164},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.5994178058499644},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":3.4119963077868793},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":244.38711734461839},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":320.93087966834571}]
["Control of circulation pumps","MIN",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Control of circulation pumps#MIN"},36.078431372549019,{"$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":3824.5029540292662},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":40.860099423292233},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":53.632974296908678},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":3841.5070828553276},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":243.30535699975164},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.5994178058499644},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":3.4119963077868793},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":244.38711734461839},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":147.62820464743905}]
["Control of circulation pumps","TYP",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Control of circulation pumps#TYP"},54.901960784313722,{"$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":7649.0059080585324},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":81.720198846584466},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":107.26594859381736},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":7683.0141657106551},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":243.30535699975164},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.5994178058499644},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":3.4119963077868793},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":244.38711734461839},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":224.65161576784197}]
["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":28922.892640300022},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":349.86511716363287},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":341.30725056357528},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":29033.348828897058},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":94.926334508551335},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":1.1482742600397113},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":1.1201869273631482},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":95.288857069406546},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":8230.9070505370564}]
["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":28922.892640300022},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":349.86511716363287},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":341.30725056357528},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":29033.348828897058},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":94.926334508551335},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":1.1482742600397113},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":1.1201869273631482},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":95.288857069406546},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":1234.6360575805584}]
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["Energy management","MAX",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Energy management#MAX"},78.165870029649255,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,3,0)","v":0.375},{"$f":"Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[Payback period w/o subsidy '[y']]]","v":9.7707337537061569},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":34083738.091033168},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":12781401.784137439},8,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":436.04373722322543},10,"All energy carriers","Industry",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":47768.872054040468},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":1864.3715250274095},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":641.97978610727796},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":48006.791318426127},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":109.55064360799655},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":4.2756525684784119},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":1.4722830104050479},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":110.09627525930922},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":709.97742517215556}]
["Energy management","MIN",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Energy management#MIN"},34.932791412615643,{"$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":23.28852760841043},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":1692469.4354662581},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":0},1.5,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":48.449304135913941},10,"All energy carriers","Industry",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":5307.6524504489416},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":207.15239166971219},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":71.331087345253124},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":5334.0879242695701},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":109.55064360799655},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":4.2756525684784119},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":1.4722830104050479},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":110.09627525930922},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":317.2931266778881}]
["Energy management","TYP",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Energy management#TYP"},49.983370645351371,{"$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":12.495842661337843},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":24216595.261347413},{"$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$192,2,0)","v":484.4930413591394},10,"All energy carriers","Industry",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":53076.524504489411},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":2071.5239166971219},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":713.31087345253115},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":53340.879242695701},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":109.55064360799655},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":4.2756525684784119},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":1.4722830104050479},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":110.09627525930922},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":453.99692703159832}]
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["Installation of heat pumps","MAX",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Installation of heat pumps#MAX"},92.494557208934566,{"$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":9.2494557208934562},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":469414193.50154537},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":234707096.75077268},10,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":5075.0466585962749},15,"Fuels and heat","Industry",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":336472.5161838287},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":24449.970704780877},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":4288.6813395256313},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":338361.79249062686},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":66.299393644765985},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":4.8176839248101775},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":0.84505259321337012},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":66.67166141566382},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":1387.314418824486}]
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["Installation of photovoltaic systems (for electricity generation)","MAX",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Installation of photovoltaic systems (for electricity generation)#MAX"},670.58823529411768,{"$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":23.949579831932773},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":1142115604.7208025},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":938166389.59208775},28,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":1703.1548491450565},20,"Electricity","Industry",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":414386.69859709608},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":4427.2110409873694},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":5811.158056872252},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":416229.10397406877},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":243.30535699975164},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.5994178058499644},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":3.4119963077868793},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":244.38711734461839},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":2743.9590211643563}]
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["Installation of photovoltaic systems (for electricity generation)","TYP",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Installation of photovoltaic systems (for electricity generation)#TYP"},260.78431372549022,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,3,0)","v":0.73684210526315796},{"$f":"Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[Payback period w/o subsidy '[y']]]","v":13.725490196078432},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":1243636991.8070962},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":916364099.22628152},19,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":4768.8335776061576},20,"Electricity","Industry",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":1160282.7560718691},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":12396.190914764635},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":16271.242559242304},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":1165441.4911273923},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":243.30535699975164},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.5994178058499644},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":3.4119963077868793},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":244.38711734461839},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":1067.0951748972495}]
["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":3568.3003380957821},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":43.163864395894038},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":42.108055813324562},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":3581.9276353380505},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":94.926334508551335},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":1.1482742600397113},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":1.1201869273631482},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":95.288857069406546},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":5126.9025855716509}]
["Installation of solar thermal systems (for heat generation)","MIN",{"$f":"Saving_measures[[#This Row],[Measure]] & \"#\" & Saving_measures[[#This Row],[Cost type]]","v":"Installation of solar thermal systems (for heat generation)#MIN"},218.32994632884777,{"$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":14.555329755256517},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]*1000","v":3517314.5817378759},{"$f":"Saving_measures[[#This Row],[Subsidy share '[%']]]*Saving_measures[[#This Row],[Investment costs '[€']]]","v":2344876.3878252511},15,{"$f":"VLOOKUP(Saving_measures[[#This Row],[Measure detail]],Potential_of_measures!$C$1:$E$192,2,0)","v":16.110087694704553},20,"Heat","Industry",{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]","v":1529.271573469621},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":18.498799026811731},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":18.046309634281958},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":1535.1118437163075},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":94.926334508551335},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":1.1482742600397113},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":1.1201869273631482},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":95.288857069406546},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":2291.2432055913996}]
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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":621388.29525883636},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":6638.767920939049},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":8714.0480393421713},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":624151.05077258381},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":243.30535699975164},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.5994178058499644},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":3.4119963077868793},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":244.38711734461839},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":505.46613547764451}]
["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":105267.25688581873},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":10004.074914767914},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":1491.9710326387681},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":105961.96612641429},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":91.067062873090237},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":8.6545593207436102},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":1.2907092276710399},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":91.668058205954807},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":763.91836490590356}]
["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":164348.49489452472},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":1755.8610680072516},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":2304.743572789569},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":165079.20500591621},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":243.30535699975164},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.5994178058499644},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":3.4119963077868793},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":244.38711734461839},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":101.0932270955289}]
["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":27047.053906113804},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":288.96442884078306},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":379.29476441518381},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":27167.307856630552},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":243.30535699975164},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.5994178058499644},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":3.4119963077868793},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":244.38711734461839},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":1010.932270955289}]
["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":6761.7634765284511},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":72.241107210195764},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":94.823691103795952},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":6791.826964157638},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":243.30535699975164},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.5994178058499644},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":3.4119963077868793},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":244.38711734461839},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":280.81451970980248}]
["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":101426.45214792676},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":1083.6166081529364},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":1422.3553665569393},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":101877.40446236456},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":243.30535699975164},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.5994178058499644},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":3.4119963077868793},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":244.38711734461839},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":393.1403275937235}]
["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":172974.39392804628},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":12569.28474332615},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":2204.7329864222093},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":173945.63647658325},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":66.299393644765985},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":4.8176839248101775},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":0.84505259321337012},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":66.67166141566382},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":2744.6897521242659}]
["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":15724.944902549665},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":1142.6622493932866},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":200.43027149292814},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":15813.23967968939},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":66.299393644765985},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":4.8176839248101775},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":0.84505259321337012},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":66.67166141566382},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":860.70969571486671}]
["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":125799.55922039732},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":9141.297995146293},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":1603.4421719434251},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":126505.91743751512},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":66.299393644765985},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":4.8176839248101775},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":0.84505259321337012},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":66.67166141566382},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":1235.201574819652}]
["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":51833.780339366684},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":553.780045043575},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":726.89179275545416},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":52064.238594733899},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":243.30535699975164},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.5994178058499644},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":3.4119963077868793},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":244.38711734461839},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":1733.0267502090667}]
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["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":361697.18673825724},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":3864.2885595577959},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":5072.265900372654},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":363305.32919055724},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":243.30535699975164},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.5994178058499644},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":3.4119963077868793},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":244.38711734461839},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":285.79844460462198}]
["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":4380.4678586192549},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":318.30923972988228},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":55.833477802949005},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":4405.0639659977805},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":66.299393644765985},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":4.8176839248101775},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":0.84505259321337012},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":66.67166141566382},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":445.63844226322817}]
["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":425998.90882505861},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]","v":4551.2731923680712},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":5974.0020604389038},{"$f":"Saving_measures[[#This Row],[Energy saving potential '[TJ']]]*Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":427892.94326887862},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,2,FALSE)","v":243.30535699975164},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,3,FALSE)","v":2.5994178058499644},{"$f":"VLOOKUP(Saving_measures[[#This Row],[Energy carrier saved]] & \"#\" & Saving_measures[[#This Row],[The most similar sector]],Emiskoef,4,FALSE)","v":3.4119963077868793},{"$f":"Saving_measures[[#This Row],[EF of CO2 '[kg/GJ']]]+0.025*Saving_measures[[#This Row],[EF of CH4 '[g/GJ']]]+0.298*Saving_measures[[#This Row],[EF of N2O '[g/GJ']]]","v":244.38711734461839},{"$f":"1000*Saving_measures[[#This Row],[Unit investments '[€/GJ']]]/Saving_measures[[#This Row],[EF of CO2 eq '[kg/GJ']]]","v":201.61315325299404}]

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["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]
["Control of circulation pumps","MAX","Control of circulation pumps#MAX",15.718942653749997,0.2857142857142857]
["Control of circulation pumps","MIN","Control of circulation pumps#MIN",15.718942653749997,0]
["Control of circulation pumps","TYP","Control 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 inverters","MAX","Installation of frequency inverters#MAX",404.77605532087495,0.58333333333333326]
["Installation of frequency inverters","MIN","Installation of frequency inverters#MIN",44.975117257874999,0]
["Installation of frequency inverters","TYP","Installation of frequency inverters#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]

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type],\"TYP\",Saving_measures[Subsidy share '[%']],\">0\")-Tolerance,0,IF(D1>=SUMIFS(Saving_measures[Subsidy share '[%']],Saving_measures[Measure],B1,Saving_measures[Cost type],\"TYP\",Saving_measures[Subsidy share '[%']],\">0\")+Tolerance,1,(D1-(SUMIFS(Saving_measures[Subsidy share '[%']],Saving_measures[Measure],B1,Saving_measures[Cost type],\"TYP\",Saving_measures[Subsidy share '[%']],\">0\")-Tolerance))/(2*Tolerance))))+SUMIFS(Saving_measures[Subsidy '[€']],Saving_measures[Measure],B1,Saving_measures[Cost type],\"MAX\",Saving_measures[Subsidy share '[%']],\">0\")*(IF(D1<=SUMIFS(Saving_measures[Subsidy share '[%']],Saving_measures[Measure],B1,Saving_measures[Cost type],\"MAX\",Saving_measures[Subsidy share '[%']],\">0\")-Tolerance,0,IF(D1>=SUMIFS(Saving_measures[Subsidy share '[%']],Saving_measures[Measure],B1,Saving_measures[Cost type],\"MAX\",Saving_measures[Subsidy share '[%']],\">0\")+Tolerance,1,(D1-(SUMIFS(Saving_measures[Subsidy share 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type],\"MAX\",Saving_measures[Subsidy share '[%']],\">0\")-Tolerance))/(2*Tolerance)))))*0.7","v":0},{"$f":"SUMIFS(Saving_measures[Annual Cost Saved '[€/GJ.y']],Saving_measures[Measure],B7,Saving_measures[Cost type],\"MIN\",Saving_measures[Subsidy share '[%']],\">0\")*SUMIFS(Saving_measures[Energy saving potential '[TJ']],Saving_measures[Measure],B7,Saving_measures[Cost type],\"MIN\",Saving_measures[Subsidy share '[%']],\">0\")*(IF(D7<=SUMIFS(Saving_measures[Subsidy share '[%']],Saving_measures[Measure],B7,Saving_measures[Cost type],\"MIN\",Saving_measures[Subsidy share '[%']],\">0\")-Tolerance,0,IF(D7>=SUMIFS(Saving_measures[Subsidy share '[%']],Saving_measures[Measure],B7,Saving_measures[Cost type],\"MIN\",Saving_measures[Subsidy share '[%']],\">0\")+Tolerance,1,(D7-(SUMIFS(Saving_measures[Subsidy share '[%']],Saving_measures[Measure],B7,Saving_measures[Cost type],\"MIN\",Saving_measures[Subsidy share '[%']],\">0\")-Tolerance))/(2*Tolerance))))+SUMIFS(Saving_measures[Annual Cost Saved '[€/GJ.y']],Saving_measures[Measure],B7,Saving_measures[Cost type],\"TYP\",Saving_measures[Subsidy share '[%']],\">0\")*SUMIFS(Saving_measures[Energy saving potential '[TJ']],Saving_measures[Measure],B7,Saving_measures[Cost type],\"TYP\",Saving_measures[Subsidy share '[%']],\">0\")*(IF(D7<=SUMIFS(Saving_measures[Subsidy share '[%']],Saving_measures[Measure],B7,Saving_measures[Cost type],\"TYP\",Saving_measures[Subsidy share '[%']],\">0\")-Tolerance,0,IF(D7>=SUMIFS(Saving_measures[Subsidy share '[%']],Saving_measures[Measure],B7,Saving_measures[Cost type],\"TYP\",Saving_measures[Subsidy share '[%']],\">0\")+Tolerance,1,(D7-(SUMIFS(Saving_measures[Subsidy share '[%']],Saving_measures[Measure],B7,Saving_measures[Cost type],\"TYP\",Saving_measures[Subsidy share '[%']],\">0\")-Tolerance))/(2*Tolerance))))+SUMIFS(Saving_measures[Annual Cost Saved '[€/GJ.y']],Saving_measures[Measure],B7,Saving_measures[Cost type],\"MAX\",Saving_measures[Subsidy share '[%']],\">0\")*SUMIFS(Saving_measures[Energy saving potential '[TJ']],Saving_measures[Measure],B7,Saving_measures[Cost type],\"MAX\",Saving_measures[Subsidy share '[%']],\">0\")*(IF(D7<=SUMIFS(Saving_measures[Subsidy share '[%']],Saving_measures[Measure],B7,Saving_measures[Cost type],\"MAX\",Saving_measures[Subsidy share '[%']],\">0\")-Tolerance,0,IF(D7>=SUMIFS(Saving_measures[Subsidy share '[%']],Saving_measures[Measure],B7,Saving_measures[Cost type],\"MAX\",Saving_measures[Subsidy share '[%']],\">0\")+Tolerance,1,(D7-(SUMIFS(Saving_measures[Subsidy share '[%']],Saving_measures[Measure],B7,Saving_measures[Cost type],\"MAX\",Saving_measures[Subsidy share '[%']],\">0\")-Tolerance))/(2*Tolerance))))","v":0},null,null,null,0.89000000000000035,0,0.10999999999999982,{"$f":"(SUMIFS(Saving_measures[Lifetime '[y']],Saving_measures[Measure],B7,Saving_measures[Cost type],\"MIN\"))","v":0},"Installation de systeme solaire thermique (generation de chaleur)"]

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["Energy_saving_measures[List of energy saving measures]"]
[]
["List of energy saving measures",null,"Saved energy carriers",null,"NIR sectors for energy savings"]
["Buildings insulation",null,"All energy carriers",null,"Energy"]
["Contol of circulation pumps",null,"Coal",null,"Industry"]
["Decrease of losses in heat distribution",null,"Electricity"]
["Energy management",null,"Fuels and heat"]
["Change of technological processes",null,"Fuels only"]
["Installation flue gas pre-heaters to boilers",null,"Gaseous biofuels"]
["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"]