From 58e8f8a1b26d160075f5de52f62f71f37678bcb1 Mon Sep 17 00:00:00 2001 From: Yanlei <2201112358@stu.pku.edu.cn> Date: Sun, 3 Mar 2024 10:12:44 +0800 Subject: [PATCH 1/3] add techno-economic.yml --- .../techno-economic/Techno-economic.yml | 1151 +++++++++++++++++ 1 file changed, 1151 insertions(+) create mode 100644 definitions/variable/techno-economic/Techno-economic.yml diff --git a/definitions/variable/techno-economic/Techno-economic.yml b/definitions/variable/techno-economic/Techno-economic.yml new file mode 100644 index 00000000..ac8d71a1 --- /dev/null +++ b/definitions/variable/techno-economic/Techno-economic.yml @@ -0,0 +1,1151 @@ +- Category: Techno-economic + Definition: capital cost of a new biomass power plant with CCS. If more than technology + in this category is modelled, modellers should report capital costs for the technology + that is used most; please specify the technology name/characteristics in the comments. + Unit: US$2010/kW + Variable: Capital Cost|Electricity|Biomass|w/ CCS +- Category: Techno-economic + Definition: capital cost of a new biomass power plant w/o CCS. If more than technology + in this category is modelled, modellers should report capital costs for the technology + that is used most; please specify the technology name/characteristics in the comments. + Unit: US$2010/kW + Variable: Capital Cost|Electricity|Biomass|w/o CCS +- Category: Techno-economic + Definition: capital cost of a new coal power plant with CCS. If more than technology + in this category is modelled, modellers should report capital costs for the technology + that is used most; please specify the technology name/characteristics in the comments. + Unit: US$2010/kW + Variable: Capital Cost|Electricity|Coal|w/ CCS +- Category: Techno-economic + Definition: capital cost of a new coal power plant w/o CCS. If more than technology + in this category is modelled, modellers should report capital costs for the technology + that is used most; please specify the technology name/characteristics in the comments. + Unit: US$2010/kW + Variable: Capital Cost|Electricity|Coal|w/o CCS +- Category: Techno-economic + Definition: capital cost of a new gas power plant with CCS. If more than technology + in this category is modelled, modellers should report capital costs for the technology + that is used most; please specify the technology name/characteristics in the comments. + Unit: US$2010/kW + Variable: Capital Cost|Electricity|Gas|w/ CCS +- Category: Techno-economic + Definition: capital cost of a new gas power plant w/o CCS. If more than technology + in this category is modelled, modellers should report capital costs for the technology + that is used most; please specify the technology name/characteristics in the comments. + Unit: US$2010/kW + Variable: Capital Cost|Electricity|Gas|w/o CCS +- Category: Techno-economic + Definition: capital cost of a new geothermal power plant. If more than technology + in this category is modelled, modellers should report capital costs for the technology + that is used most; please specify the technology name/characteristics in the comments. + Unit: US$2010/kW + Variable: Capital Cost|Electricity|Geothermal +- Category: Techno-economic + Definition: capital cost of a new hydropower plant. If more than technology in this + category is modelled, modellers should report capital costs for the technology + that is used most; please specify the technology name/characteristics in the comments. + Unit: US$2010/kW + Variable: Capital Cost|Electricity|Hydro +- Category: Techno-economic + Definition: capital cost of a new nuclear power plants. If more than technology + in this category is modelled, modellers should report capital costs for the technology + that is used most; please specify the technology name/characteristics in the comments. + Unit: US$2010/kW + Variable: Capital Cost|Electricity|Nuclear +- Category: Techno-economic + Definition: capital cost of a new concentrated solar power plant. If more than technology + in this category is modelled, modellers should report capital costs for the technology + that is used most; please specify the technology name/characteristics in the comments. + Unit: US$2010/kW + Variable: Capital Cost|Electricity|Solar|CSP +- Category: Techno-economic + Definition: capital cost of a new solar PV units. If more than technology in this + category is modelled, modellers should report capital costs for the technology + that is used most; please specify the technology name/characteristics in the comments. + Unit: US$2010/kW + Variable: Capital Cost|Electricity|Solar|PV +- Category: Techno-economic + Definition: capital cost of a new offshore wind power plants. If more than technology + in this category is modelled, modellers should report capital costs for the technology + that is used most; please specify the technology name/characteristics in the comments. + Unit: US$2010/kW + Variable: Capital Cost|Electricity|Wind|Offshore +- Category: Techno-economic + Definition: capital cost of a new onshore wind power plants. If more than technology + in this category is modelled, modellers should report capital costs for the technology + that is used most; please specify the technology name/characteristics in the comments. + Unit: US$2010/kW + Variable: Capital Cost|Electricity|Wind|Onshore +- Category: Techno-economic + Definition: capital cost of a new biomass to gas plant with CCS. If more than technology + in this category is modelled, modellers should report capital costs for the technology + that is used most; please specify the technology name/characteristics in the comments. + Unit: US$2010/kW + Variable: Capital Cost|Gases|Biomass|w/ CCS +- Category: Techno-economic + Definition: capital cost of a new biomass to gas plant w/o CCS. If more than technology + in this category is modelled, modellers should report capital costs for the technology + that is used most; please specify the technology name/characteristics in the comments. + Unit: US$2010/kW + Variable: Capital Cost|Gases|Biomass|w/o CCS +- Category: Techno-economic + Definition: capital cost of a new coal to gas plant with CCS. If more than technology + in this category is modelled, modellers should report capital costs for the technology + that is used most; please specify the technology name/characteristics in the comments. + Unit: US$2010/kW + Variable: Capital Cost|Gases|Coal|w/ CCS +- Category: Techno-economic + Definition: capital cost of a new coal to gas plant w/o CCS. If more than technology + in this category is modelled, modellers should report capital costs for the technology + that is used most; please specify the technology name/characteristics in the comments. + Unit: US$2010/kW + Variable: Capital Cost|Gases|Coal|w/o CCS +- Category: Techno-economic + Definition: capital cost of a new biomass to hydrogen plant with CCS. If more than + technology in this category is modelled, modellers should report capital costs + for the technology that is used most; please specify the technology name/characteristics + in the comments. + Unit: US$2010/kW + Variable: Capital Cost|Hydrogen|Biomass|w/ CCS +- Category: Techno-economic + Definition: capital cost of a new biomass to hydrogen plant w/o CCS. If more than + technology in this category is modelled, modellers should report capital costs + for the technology that is used most; please specify the technology name/characteristics + in the comments. + Unit: US$2010/kW + Variable: Capital Cost|Hydrogen|Biomass|w/o CCS +- Category: Techno-economic + Definition: capital cost of a new coal to hydrogen plant with CCS. If more than + technology in this category is modelled, modellers should report capital costs + for the technology that is used most; please specify the technology name/characteristics + in the comments. + Unit: US$2010/kW + Variable: Capital Cost|Hydrogen|Coal|w/ CCS +- Category: Techno-economic + Definition: capital cost of a new coal to hydrogen plant w/o CCS. If more than technology + in this category is modelled, modellers should report capital costs for the technology + that is used most; please specify the technology name/characteristics in the comments. + Unit: US$2010/kW + Variable: Capital Cost|Hydrogen|Coal|w/o CCS +- Category: Techno-economic + Definition: capital cost of a new hydrogen-by-electrolysis plant. If more than technology + in this category is modelled, modellers should report capital costs for the technology + that is used most; please specify the technology name/characteristics in the comments. + Unit: US$2010/kW + Variable: Capital Cost|Hydrogen|Electricity +- Category: Techno-economic + Definition: capital cost of a new gas to hydrogen plant with CCS. If more than technology + in this category is modelled, modellers should report capital costs for the technology + that is used most; please specify the technology name/characteristics in the comments. + Unit: US$2010/kW + Variable: Capital Cost|Hydrogen|Gas|w/ CCS +- Category: Techno-economic + Definition: capital cost of a new gas to hydrogen plant w/o CCS. If more than technology + in this category is modelled, modellers should report capital costs for the technology + that is used most; please specify the technology name/characteristics in the comments. + Unit: US$2010/kW + Variable: Capital Cost|Hydrogen|Gas|w/o CCS +- Category: Techno-economic + Definition: capital cost of a new biomass to liquids plant with CCS. If more than + technology in this category is modelled, modellers should report capital costs + for the technology that is used most; please specify the technology name/characteristics + in the comments. + Unit: US$2010/kW + Variable: Capital Cost|Liquids|Biomass|w/ CCS +- Category: Techno-economic + Definition: capital cost of a new biomass to liquids plant w/o CCS. If more than + technology in this category is modelled, modellers should report capital costs + for the technology that is used most; please specify the technology name/characteristics + in the comments. + Unit: US$2010/kW + Variable: Capital Cost|Liquids|Biomass|w/o CCS +- Category: Techno-economic + Definition: capital cost of a new coal to liquids plant with CCS. If more than technology + in this category is modelled, modellers should report capital costs for the technology + that is used most; please specify the technology name/characteristics in the comments. + Unit: US$2010/kW + Variable: Capital Cost|Liquids|Coal|w/ CCS +- Category: Techno-economic + Definition: capital cost of a new coal to liquids plant w/o CCS. If more than technology + in this category is modelled, modellers should report capital costs for the technology + that is used most; please specify the technology name/characteristics in the comments. + Unit: US$2010/kW + Variable: Capital Cost|Liquids|Coal|w/o CCS +- Category: Techno-economic + Definition: capital cost of a new gas to liquids plant with CCS. If more than technology + in this category is modelled, modellers should report capital costs for the technology + that is used most; please specify the technology name/characteristics in the comments. + Unit: US$2010/kW + Variable: Capital Cost|Liquids|Gas|w/ CCS +- Category: Techno-economic + Definition: capital cost of a new gas to liquids plant w/o CCS. If more than technology + in this category is modelled, modellers should report capital costs for the technology + that is used most; please specify the technology name/characteristics in the comments. + Unit: US$2010/kW + Variable: Capital Cost|Liquids|Gas|w/o CCS +- Category: Techno-economic + Definition: capital cost of a new oil refining plant. If more than technology in + this category is modelled, modellers should report capital costs for the technology + that is used most; please specify the technology name/characteristics in the comments. + Unit: US$2010/kW + Variable: Capital Cost|Liquids|Oil +- Category: Techno-economic + Definition: 'Conversion efficiency (electricity produced per unit of primary energy + input) of a new biomass power plant with CCS. The efficiency should refer to the + plant type(s) for which capital costs have been reported. If capital cost for + more than one plant type has been reported, modellers should report efficiency + for the additional plant types by adding variables Efficiency|Electricity| Biomass|w/ + CCS|2, ... Efficiency|Electricity|Biomass|w/ CCS|N (matching the assignment of + plant types to technologies in the reporting of capital costs as documented in + the comments sheet). ' + Unit: '%' + Variable: Efficiency|Electricity|Biomass|w/ CCS +- Category: Techno-economic + Definition: 'Conversion efficiency (electricity produced per unit of primary energy + input) of a new biomass power plant w/o CCS. The efficiency should refer to the + plant type(s) for which capital costs have been reported. If capital cost for + more than one plant type has been reported, modellers should report efficiency + for the additional plant types by adding variables Efficiency|Electricity|Biomass|w/o + CCS|2, ... Efficiency|Electricity|Biomass|w/o CCS|N (matching the assignment of + plant types to technologies in the reporting of capital costs as documented in + the comments sheet). ' + Unit: '%' + Variable: Efficiency|Electricity|Biomass|w/o CCS +- Category: Techno-economic + Definition: 'Conversion efficiency (electricity produced per unit of primary energy + input) of a new coal power plant with CCS. The efficiency should refer to the + plant type(s) for which capital costs have been reported. If capital cost for + more than one plant type has been reported, modellers should report efficiency + for the additional plant types by adding variables Efficiency|Electricity|Coal|w/ + CCS|2, ... Efficiency|Electricity|Coal|w/ CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: '%' + Variable: Efficiency|Electricity|Coal|w/ CCS +- Category: Techno-economic + Definition: 'Conversion efficiency (electricity produced per unit of primary energy + input) of a new coal power plant w/o CCS. The efficiency should refer to the plant + type(s) for which capital costs have been reported. If capital cost for more than + one plant type has been reported, modellers should report efficiency for the additional + plant types by adding variables Efficiency|Electricity|Coal|w/o CCS|2, ... Efficiency|Electricity|Coal|w/o + CCS|N (matching the assignment of plant types to technologies in the reporting + of capital costs as documented in the comments sheet). ' + Unit: '%' + Variable: Efficiency|Electricity|Coal|w/o CCS +- Category: Techno-economic + Definition: 'Conversion efficiency (electricity produced per unit of primary energy + input) of a new gas power plant with CCS. The efficiency should refer to the plant + type(s) for which capital costs have been reported. If capital cost for more than + one plant type has been reported, modellers should report efficiency for the additional + plant types by adding variables Efficiency|Electricity|Gas|w/ CCS|2, ... Efficiency|Electricity|Gas|w/ + CCS|N (matching the assignment of plant types to technologies in the reporting + of capital costs as documented in the comments sheet). ' + Unit: '%' + Variable: Efficiency|Electricity|Gas|w/ CCS +- Category: Techno-economic + Definition: 'Conversion efficiency (electricity produced per unit of primary energy + input) of a new gas power plant w/o CCS. The efficiency should refer to the plant + type(s) for which capital costs have been reported. If capital cost for more than + one plant type has been reported, modellers should report efficiency for the additional + plant types by adding variables Efficiency|Electricity|Gas|w/o CCS|2, ... Efficiency|Electricity|Gas|w/o + CCS|N (matching the assignment of plant types to technologies in the reporting + of capital costs as documented in the comments sheet). ' + Unit: '%' + Variable: Efficiency|Electricity|Gas|w/o CCS +- Category: Techno-economic + Definition: 'Conversion efficiency (energy content of gases produced per unit of + primary energy input) of a new biomass to gas plant with CCS. The efficiency should + refer to the plant type(s) for which capital costs have been reported. If capital + cost for more than one plant type has been reported, modellers should report efficiency + for the additional plant types by adding variables Efficiency|Gases|Biomass|w/ + CCS|2, ... Efficiency|Gases|Biomass|w/ CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: '%' + Variable: Efficiency|Gases|Biomass|w/ CCS +- Category: Techno-economic + Definition: 'Conversion efficiency (energy content of gases produced per unit of + primary energy input) of a new coal to gas plant w/o CCS. The efficiency should + refer to the plant type(s) for which capital costs have been reported. If capital + cost for more than one plant type has been reported, modellers should report efficiency + for the additional plant types by adding variables Efficiency|Gases|Coal|w/o CCS|2, + ... Efficiency|Gases|Coal|w/o CCS|N (matching the assignment of plant types to + technologies in the reporting of capital costs as documented in the comments sheet). ' + Unit: '%' + Variable: Efficiency|Gases|Biomass|w/o CCS +- Category: Techno-economic + Definition: 'Conversion efficiency (energy content of gases produced per unit of + primary energy input) of a new coal to gas plant with CCS. The efficiency should + refer to the plant type(s) for which capital costs have been reported. If capital + cost for more than one plant type has been reported, modellers should report efficiency + for the additional plant types by adding variables Efficiency|Gases|Coal|w/ CCS|2, + ... Efficiency|Gases|Coal|w/ CCS|N (matching the assignment of plant types to + technologies in the reporting of capital costs as documented in the comments sheet). ' + Unit: '%' + Variable: Efficiency|Gases|Coal|w/ CCS +- Category: Techno-economic + Definition: 'Conversion efficiency (energy content of gases produced per unit of + primary energy input) of a new coal to gas plant w/o CCS. The efficiency should + refer to the plant type(s) for which capital costs have been reported. If capital + cost for more than one plant type has been reported, modellers should report efficiency + for the additional plant types by adding variables Efficiency|Gases|Coal|w/o CCS|2, + ... Efficiency|Gases|Coal|w/o CCS|N (matching the assignment of plant types to + technologies in the reporting of capital costs as documented in the comments sheet). ' + Unit: '%' + Variable: Efficiency|Gases|Coal|w/o CCS +- Category: Techno-economic + Definition: 'Conversion efficiency (energy content of hydrogen produced per unit + of primary energy input) of a new biomass to hydrogen plant with CCS. The efficiency + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report efficiency for the additional plant types by adding variables Efficiency|Hydrogen|Biomass|w/ + CCS|2, ... Efficiency|Hydrogen|Biomass|w/ CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: '%' + Variable: Efficiency|Hydrogen|Biomass|w/ CCS +- Category: Techno-economic + Definition: 'Conversion efficiency (energy content of hydrogen produced per unit + of primary energy input) of a new biomass to hydrogen plant w/o CCS. The efficiency + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report efficiency for the additional plant types by adding variables Efficiency|Hydrogen|Biomass|w/o + CCS|2, ... Efficiency|Hydrogen|Biomass|w/o CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: '%' + Variable: Efficiency|Hydrogen|Biomass|w/o CCS +- Category: Techno-economic + Definition: 'Conversion efficiency (energy content of hydrogen produced per unit + of primary energy input) of a new coal to hydrogen plant with CCS. The efficiency + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report efficiency for the additional plant types by adding variables Efficiency|Hydrogen|Coal|w/ + CCS|2, ... Efficiency|Hydrogen|Coal|w/ CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: '%' + Variable: Efficiency|Hydrogen|Coal|w/ CCS +- Category: Techno-economic + Definition: 'Conversion efficiency (energy content of hydrogen produced per unit + of primary energy input) of a new coal to hydrogen plant w/o CCS. The efficiency + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report efficiency for the additional plant types by adding variables Efficiency|Hydrogen|Coal|w/o + CCS|2, ... Efficiency|Hydrogen|Coal|w/o CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: '%' + Variable: Efficiency|Hydrogen|Coal|w/o CCS +- Category: Techno-economic + Definition: 'Conversion efficiency (energy content of hydrogen produced per unit + of electricity input) of a new hydrogen-by-electrolysis plant. The efficiency + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report efficiency for the additional plant types by adding variables Efficiency|Hydrogen|Electricity|2, + ... Efficiency|Hydrogen|Electricity|w/ CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: '%' + Variable: Efficiency|Hydrogen|Electricity +- Category: Techno-economic + Definition: 'Conversion efficiency (energy content of hydrogen produced per unit + of primary energy input) of a new gas to hydrogen plant with CCS. The efficiency + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report efficiency for the additional plant types by adding variables Efficiency|Hydrogen|Gas|w/ + CCS|2, ... Efficiency|Hydrogen|Gas|w/ CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: '%' + Variable: Efficiency|Hydrogen|Gas|w/ CCS +- Category: Techno-economic + Definition: 'Conversion efficiency (energy content of hydrogen produced per unit + of primary energy input) of a new gas to hydrogen plant w/o CCS. The efficiency + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report efficiency for the additional plant types by adding variables Efficiency|Hydrogen|Gas|w/o + CCS|2, ... Efficiency|Hydrogen|Gas|w/o CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: '%' + Variable: Efficiency|Hydrogen|Gas|w/o CCS +- Category: Techno-economic + Definition: 'Conversion efficiency (energy content of liquids produced per unit + of primary energy input) of a new biomass to liquids plant with CCS. The efficiency + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report efficiency for the additional plant types by adding variables Efficiency|Liquids|Biomass|w/ + CCS|2, ... Efficiency|Liquids|Biomass|w/ CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: '%' + Variable: Efficiency|Liquids|Biomass|w/ CCS +- Category: Techno-economic + Definition: 'Conversion efficiency (energy content of liquids produced per unit + of primary energy input) of a new biomass to liquids plant w/o CCS. The efficiency + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report efficiency for the additional plant types by adding variables Efficiency|Liquids|Biomass|w/o + CCS|2, ... Efficiency|Liquids|Biomass|w/o CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: '%' + Variable: Efficiency|Liquids|Biomass|w/o CCS +- Category: Techno-economic + Definition: 'Conversion efficiency (energy content of liquids produced per unit + of primary energy input) of a new coal to liquids plant with CCS. The efficiency + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report efficiency for the additional plant types by adding variables Efficiency|Liquids|Coal|w/ + CCS|2, ... Efficiency|Liquids|Coal|w/ CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: '%' + Variable: Efficiency|Liquids|Coal|w/ CCS +- Category: Techno-economic + Definition: 'Conversion efficiency (energy content of liquids produced per unit + of primary energy input) of a new coal to liquids plant w/o CCS. The efficiency + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report efficiency for the additional plant types by adding variables Efficiency|Liquids|Coal|w/o + CCS|2, ... Efficiency|Liquids|Coal|w/o CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: '%' + Variable: Efficiency|Liquids|Coal|w/o CCS +- Category: Techno-economic + Definition: 'Conversion efficiency (energy content of liquids produced per unit + of primary energy input) of a new gas to liquids plant with CCS. The efficiency + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report efficiency for the additional plant types by adding variables Efficiency|Liquids|Gas|w/ + CCS|2, ... Efficiency|Liquids|Gas|w/ CCS|N (matching the assignment of plant types + to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: '%' + Variable: Efficiency|Liquids|Gas|w/ CCS +- Category: Techno-economic + Definition: 'Conversion efficiency (energy content of liquids produced per unit + of primary energy input) of a new gas to liquids plant w/o CCS. The efficiency + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report efficiency for the additional plant types by adding variables Efficiency|Liquids|Gas|w/o + CCS|2, ... Efficiency|Liquids|Gas|w/o CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: '%' + Variable: Efficiency|Liquids|Gas|w/o CCS +- Category: Techno-economic + Definition: 'Conversion efficiency (energy content of liquids produced per unit + of primary energy input) of a new oil refining plant. The efficiency should refer + to the plant type(s) for which capital costs have been reported. If capital cost + for more than one plant type has been reported, modellers should report efficiency + for the additional plant types by adding variables Efficiency|Liquids|Oil|2, ... + Efficiency|Electricity|Oil|w/o CCS|N (matching the assignment of plant types to + technologies in the reporting of capital costs as documented in the comments sheet). ' + Unit: '%' + Variable: Efficiency|Liquids|Oil +- Category: Techno-economic + Definition: 'Lifetime of a new biomass power plant with CCS. Lifetime should be + calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Electricity|Biomass|w/ + CCS|2, ... Lifetime|Electricity|Biomass|w/ CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: years + Variable: Lifetime|Electricity|Biomass|w/ CCS +- Category: Techno-economic + Definition: 'Lifetime of a new biomass power plant w/o CCS. Lifetime should be calculated + by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years + = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Electricity|Biomass|w/o + CCS|2, ... Lifetime|Electricity|Biomass|w/o CCS|N (matching the assignment of + plant types to technologies in the reporting of capital costs as documented in + the comments sheet). ' + Unit: years + Variable: Lifetime|Electricity|Biomass|w/o CCS +- Category: Techno-economic + Definition: 'Lifetime of a new coal power plant with CCS. Lifetime should be calculated + by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years + = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Electricity|Coal|w/ + CCS|2, ... Lifetime|Electricity|Coal|w/ CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: years + Variable: Lifetime|Electricity|Coal|w/ CCS +- Category: Techno-economic + Definition: 'Lifetime of a new coal power plant w/o CCS. Lifetime should be calculated + by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years + = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Electricity|Coal|w/o + CCS|2, ... Lifetime|Electricity|Coal|w/o CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: years + Variable: Lifetime|Electricity|Coal|w/o CCS +- Category: Techno-economic + Definition: 'Lifetime of a new gas power plant with CCS. Lifetime should be calculated + by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years + = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Electricity|Gas|w/ + CCS|2, ... Lifetime|Electricity|Gas|w/ CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: years + Variable: Lifetime|Electricity|Gas|w/ CCS +- Category: Techno-economic + Definition: 'Lifetime of a new gas power plant w/o CCS. Lifetime should be calculated + by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years + = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Electricity|Gas|w/o + CCS|2, ... Lifetime|Electricity|Gas|w/o CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: years + Variable: Lifetime|Electricity|Gas|w/o CCS +- Category: Techno-economic + Definition: 'Lifetime of a new geothermal power plant. Lifetime should be calculated + by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years + = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Electricity|Geothermal|2, + ... Lifetime|Electricity|Geothermal|N (matching the assignment of plant types + to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: years + Variable: Lifetime|Electricity|Geothermal +- Category: Techno-economic + Definition: 'Lifetime of a new hydropower plant. Lifetime should be calculated by + summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = + 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Electricity|Hydro|2, + ... Lifetime|Electricity|Hydro|N (matching the assignment of plant types to technologies + in the reporting of capital costs as documented in the comments sheet). ' + Unit: years + Variable: Lifetime|Electricity|Hydro +- Category: Techno-economic + Definition: 'Lifetime of a new nuclear power plant. Lifetime should be calculated + by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years + = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Electricity|Nuclear|2, + ... Lifetime|Electricity|Nuclear|N (matching the assignment of plant types to + technologies in the reporting of capital costs as documented in the comments sheet). ' + Unit: years + Variable: Lifetime|Electricity|Nuclear +- Category: Techno-economic + Definition: 'Lifetime of a new concentrated solar power plant. Lifetime should be + calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Electricity|Solar|CSP|2, + ... Lifetime|Electricity|Solar|CSP|N (matching the assignment of plant types to + technologies in the reporting of capital costs as documented in the comments sheet). ' + Unit: years + Variable: Lifetime|Electricity|Solar|CSP +- Category: Techno-economic + Definition: 'Lifetime of a new PV unit. Lifetime should be calculated by summing + all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) + or by the e-folding time for exponential capacity depreciation. The lifetime + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Electricity|Solar|PV|2, + ... Lifetime|Electricity|Solar|PV|N (matching the assignment of plant types to + technologies in the reporting of capital costs as documented in the comments sheet). ' + Unit: years + Variable: Lifetime|Electricity|Solar|PV +- Category: Techno-economic + Definition: 'Lifetime of a new wind power plant (report only if wind power is not + separated in onshore and offshore). Lifetime should be calculated by summing all + vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or + by the e-folding time for exponential capacity depreciation. The lifetime should + refer to the plant type(s) for which capital costs have been reported. If capital + cost for more than one plant type has been reported, modellers should report lifetime + for the additional plant types by adding variables Lifetime|Electricity|Wind|2, + ... Lifetime|Electricity|Wind|N (matching the assignment of plant types to technologies + in the reporting of capital costs as documented in the comments sheet). ' + Unit: years + Variable: Lifetime|Electricity|Wind +- Category: Techno-economic + Definition: 'Lifetime of a new offshore wind power plant. Lifetime should be calculated + by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years + = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Electricity|Wind|Offshore|2, + ... Lifetime|Electricity|Wind|Offshore|N (matching the assignment of plant types + to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: years + Variable: Lifetime|Electricity|Wind|Offshore +- Category: Techno-economic + Definition: 'Lifetime of a new onshore wind power plant. Lifetime should be calculated + by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years + = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Electricity|Wind|Onshore|2, + ... Lifetime|Electricity|Wind|Onshore|N (matching the assignment of plant types + to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: years + Variable: Lifetime|Electricity|Wind|Onshore +- Category: Techno-economic + Definition: 'Lifetime of a new biomass to gas plant with CCS. Lifetime should be + calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Gases|Biomass|w/ + CCS|2, ... Lifetime|Gases|Biomass|w/ CCS|N (matching the assignment of plant types + to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: years + Variable: Lifetime|Gases|Biomass|w/ CCS +- Category: Techno-economic + Definition: 'Lifetime of a new biomass to gas plant w/o CCS. Lifetime should be + calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Gases|Biomass|w/o + CCS|2, ... Lifetime|Gases|Biomass|w/o CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: years + Variable: Lifetime|Gases|Biomass|w/o CCS +- Category: Techno-economic + Definition: 'Lifetime of a new coal to gas plant with CCS. Lifetime should be calculated + by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years + = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Gases|Coal|w/ + CCS|2, ... Lifetime|Gases|Coal|w/ CCS|N (matching the assignment of plant types + to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: years + Variable: Lifetime|Gases|Coal|w/ CCS +- Category: Techno-economic + Definition: 'Lifetime of a new coal to gas plant w/o CCS. Lifetime should be calculated + by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years + = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Gases|Coal|w/o + CCS|2, ... Lifetime|Gases|Coal|w/o CCS|N (matching the assignment of plant types + to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: years + Variable: Lifetime|Gases|Coal|w/o CCS +- Category: Techno-economic + Definition: 'Lifetime of a new biomass to hydrogen plant with CCS. Lifetime should + be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Hydrogen|Biomass|w/ + CCS|2, ... Lifetime|Hydrogen|Biomass|w/ CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: years + Variable: Lifetime|Hydrogen|Biomass|w/ CCS +- Category: Techno-economic + Definition: 'Lifetime of a new biomass to hydrogen plant w/o CCS. Lifetime should + be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Hydrogen|Biomass|w/o + CCS|2, ... Lifetime|Hydrogen|Biomass|w/o CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: years + Variable: Lifetime|Hydrogen|Biomass|w/o CCS +- Category: Techno-economic + Definition: 'Lifetime of a new coal to hydrogen plant with CCS. Lifetime should + be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Hydrogen|Coal|w/ + CCS|2, ... Lifetime|Hydrogen|Coal|w/ CCS|N (matching the assignment of plant types + to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: years + Variable: Lifetime|Hydrogen|Coal|w/ CCS +- Category: Techno-economic + Definition: 'Lifetime of a new coal to hydrogen plant w/o CCS. Lifetime should be + calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Hydrogen|Coal|w/o + CCS|2, ... Lifetime|Hydrogen|Coal|w/o CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: years + Variable: Lifetime|Hydrogen|Coal|w/o CCS +- Category: Techno-economic + Definition: 'Lifetime of a new hydrogen-by-electrolysis plant. Lifetime should be + calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Hydrogen|Electricity|w/ + CCS|2, ... Lifetime|Hydrogen|Electricity|w/ CCS|N (matching the assignment of + plant types to technologies in the reporting of capital costs as documented in + the comments sheet). ' + Unit: years + Variable: Lifetime|Hydrogen|Electricity +- Category: Techno-economic + Definition: 'Lifetime of a new gas to hydrogen plant with CCS. Lifetime should be + calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Hydrogen|Gas|w/ + CCS|2, ... Lifetime|Hydrogen|Gas|w/ CCS|N (matching the assignment of plant types + to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: years + Variable: Lifetime|Hydrogen|Gas|w/ CCS +- Category: Techno-economic + Definition: 'Lifetime of a new gas to hydrogen plant w/o CCS. Lifetime should be + calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Hydrogen|Gas|w/o + CCS|2, ... Lifetime|Hydrogen|Gas|w/o CCS|N (matching the assignment of plant types + to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: years + Variable: Lifetime|Hydrogen|Gas|w/o CCS +- Category: Techno-economic + Definition: 'Lifetime of a new biomass to liquids plant with CCS. Lifetime should + be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Liquids|Biomass|w/ + CCS|2, ... Lifetime|Liquids|Biomass|w/ CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: years + Variable: Lifetime|Liquids|Biomass|w/ CCS +- Category: Techno-economic + Definition: 'Lifetime of a new biomass to liquids plant w/o CCS. Lifetime should + be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Liquids|Biomass|w/o + CCS|2, ... Lifetime|Liquids|Biomass|w/o CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: years + Variable: Lifetime|Liquids|Biomass|w/o CCS +- Category: Techno-economic + Definition: 'Lifetime of a new coal to liquids plant with CCS. Lifetime should be + calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Liquids|Coal|w/ + CCS|2, ... Lifetime|Liquids|Coal|w/ CCS|N (matching the assignment of plant types + to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: years + Variable: Lifetime|Liquids|Coal|w/ CCS +- Category: Techno-economic + Definition: 'Lifetime of a new coal to liquids plant w/o CCS. Lifetime should be + calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Liquids|Coal|w/o + CCS|2, ... Lifetime|Liquids|Coal|w/o CCS|N (matching the assignment of plant types + to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: years + Variable: Lifetime|Liquids|Coal|w/o CCS +- Category: Techno-economic + Definition: 'Lifetime of a new gas to liquids plant with CCS. Lifetime should be + calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Liquids|Gas|w/ + CCS|2, ... Lifetime|Liquids|Gas|w/ CCS|N (matching the assignment of plant types + to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: years + Variable: Lifetime|Liquids|Gas|w/ CCS +- Category: Techno-economic + Definition: 'Lifetime of a new gas to liquids plant w/o CCS. Lifetime should be + calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Liquids|Gas|w/o + CCS|2, ... Lifetime|Liquids|Gas|w/o CCS|N (matching the assignment of plant types + to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: years + Variable: Lifetime|Liquids|Gas|w/o CCS +- Category: Techno-economic + Definition: 'Lifetime of a new oil refining plant. Lifetime should be calculated + by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years + = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Liquids|Oil|w/ + CCS|2, ... Lifetime|Liquids|Oil|w/ CCS|N (matching the assignment of plant types + to technologies in the reporting of capital costs as documented in the comments + sheet). ' + Unit: years + Variable: Lifetime|Liquids|Oil +- Category: Techno-economic + Definition: Annual fixed operation & maintainance cost of a new biomass power plant + with CCS. If more than one CCS biomass power technology is modelled, modellers + should report fixed O&M costs for each represented CCS biomass power technology + by adding variables OM Cost|Fixed|Electricity|Biomass|w/ CCS|2, ... OM Cost|Fixed|Electricity|Biomass|w/ + CCS|N (with N = number of represented technologies) (matching the assignment of + plant types to technologies in the reporting of capital costs as documented in + the comments sheet). + Unit: US$2010/kW/yr + Variable: OM Cost|Fixed|Electricity|Biomass|w/ CCS +- Category: Techno-economic + Definition: Annual fixed operation & maintainance cost of a new biomass power plant + w/o CCS. If more than one biomass power technology is modelled, modellers should + report fixed O&M costs for each represented biomass power technology by adding + variables OM Cost|Fixed|Electricity|Biomass|w/o CCS|2, ... OM Cost|Fixed|Electricity|Biomass|w/o + CCS|N (with N = number of represented technologies) (matching the assignment of + plant types to technologies in the reporting of capital costs as documented in + the comments sheet). + Unit: US$2010/kW/yr + Variable: OM Cost|Fixed|Electricity|Biomass|w/o CCS +- Category: Techno-economic + Definition: Annual fixed operation & maintainance cost of a new coal power plant + with CCS. If more than one CCS coal power technology is modelled (e.g. subcritical + PC with post-combustion capture, supercritical PC with post-combustion capture, + supercritical PC with oxyfuel combustion and capture, IGCC with pre-combustion + capture), modellers should report fixed O&M costs for each represented CCS coal + power technology by adding variables OM Cost|Fixed|Electricity|Coal|w/ CCS|2, + ... OM Cost|Fixed|Electricity|Coal|w/ CCS|N (with N = number of represented technologies) + (matching the assignment of plant types to technologies in the reporting of capital + costs as documented in the comments sheet). + Unit: US$2010/kW/yr + Variable: OM Cost|Fixed|Electricity|Coal|w/ CCS +- Category: Techno-economic + Definition: Annual fixed operation & maintainance cost of a new coal power plant + w/o CCS. If more than one coal power technology is modelled (e.g. subcritical + PC, supercritical PC, IGCC), modellers should report fixed O&M costs for each + represented coal power technology by adding variables OM Cost|Fixed|Electricity|Coal|w/o + CCS|2, ... OM Cost|Fixed|Electricity|Coal|w/o CCS|N (with N = number of represented + technologies) (matching the assignment of plant types to technologies in the reporting + of capital costs as documented in the comments sheet). + Unit: US$2010/kW/yr + Variable: OM Cost|Fixed|Electricity|Coal|w/o CCS +- Category: Techno-economic + Definition: Annual fixed operation & maintainance cost of a new gas power plant + with CCS. If more than one CCS gas power technology is modelled, modellers should + report fixed O&M costs for each represented CCS gas power technology by adding + variables OM Cost|Fixed|Electricity|Gas|w/ CCS|2, ... OM Cost|Fixed|Electricity|Gas|w/ + CCS|N (with N = number of represented technologies) (matching the assignment of + plant types to technologies in the reporting of capital costs as documented in + the comments sheet). + Unit: US$2010/kW/yr + Variable: OM Cost|Fixed|Electricity|Gas|w/ CCS +- Category: Techno-economic + Definition: Annual fixed operation & maintainance cost of a new gas power plant + w/o CCS. If more than one gas power technology is modelled, modellers should report + fixed O&M costs for each represented gas power technology by adding variables + OM Cost|Fixed|Electricity|Gas|w/o CCS|2, ... OM Cost|Fixed|Electricity|Gas|w/o + CCS|N (with N = number of represented technologies) (matching the assignment of + plant types to technologies in the reporting of capital costs as documented in + the comments sheet). + Unit: US$2010/kW/yr + Variable: OM Cost|Fixed|Electricity|Gas|w/o CCS +- Category: Techno-economic + Definition: Annual fixed operation & maintainance cost of a new geothermal power + plants. If more than one geothermal power plant technology is modelled (e.g., + hydrothermal, hard dry rock), modellers should report fixed O&M costs for each + represented geothermal power technology by adding variables OM Cost|Fixed|Electricity|Geothermal|2, + ... Capital|Cost|Electricity|Geothermal|N (with N = number of represented geothermal + power technologies) (matching the assignment of plant types to technologies in + the reporting of capital costs as documented in the comments sheet). + Unit: US$2010/kW/yr + Variable: OM Cost|Fixed|Electricity|Geothermal +- Category: Techno-economic + Definition: Annual fixed operation & maintainance cost of a new hydropower plant. + If more than one hydropower technology is modelled, modellers should report fixed + O&M costs for each represented hydropower technology by adding variables OM Cost|Fixed|Electricity|Hydro|2, + ... OM Cost|Fixed|Electricity|Hydro|N (with N = number of represented technologies) + (matching the assignment of plant types to technologies in the reporting of capital + costs as documented in the comments sheet). + Unit: US$2010/kW/yr + Variable: OM Cost|Fixed|Electricity|Hydro +- Category: Techno-economic + Definition: Annual fixed operation & maintainance cost of a new nuclear power plants. + If more than one nuclear power plant technology is modelled (e.g., Gen II, III, + IV; LWR, thermal reactors with other moderator materials, fast breeders), modellers + should report fixed O&M costs for each represented nuclear power technology by + adding variables OM Cost|Fixed|Electricity|Nuclear|2, ... Capital|Cost|Electricity|Nuclear|N + (with N = number of represented nuclear power technologies) (matching the assignment + of plant types to technologies in the reporting of capital costs as documented + in the comments sheet). + Unit: US$2010/kW/yr + Variable: OM Cost|Fixed|Electricity|Nuclear +- Category: Techno-economic + Definition: Annual fixed operation & maintainance cost of a new concentrated solar + power plant. If more than one CSP technology is modelled (e.g., parabolic trough, + solar power tower), modellers should report fixed O&M costs for each represented + CSP technology by adding variables OM Cost|Fixed|Electricity|Solar|CSP|2, ... + Capital|Cost|Electricity|Solar|CSP|N (with N = number of represented CSP technologies) + (matching the assignment of plant types to technologies in the reporting of capital + costs as documented in the comments sheet). + Unit: US$2010/kW/yr + Variable: OM Cost|Fixed|Electricity|Solar|CSP +- Category: Techno-economic + Definition: Annual fixed operation & maintainance cost of a new solar PV units. + If more than one PV technology is modelled (e.g., centralized PV plant, distributed + (rooftop) PV, crystalline SI PV, thin-film PV), modellers should report fixed + O&M costs for each represented PV technology by adding variables OM Cost|Fixed|Electricity|Solar|PV|2, + ... Capital|Cost|Electricity|Solar|PV|N (with N = number of represented PV technologies) + (matching the assignment of plant types to technologies in the reporting of capital + costs as documented in the comments sheet). + Unit: US$2010/kW/yr + Variable: OM Cost|Fixed|Electricity|Solar|PV +- Category: Techno-economic + Definition: Annual fixed operation & maintainance cost of a new wind power plants. + This variable should only be filled, if wind power is not separated into onshore + and offshore. If more than one wind power technology is modelled (e.g., wind power + units with different hub height and capacity), modellers should report fixed O&M + costs for each represented wind power technology by adding variables OM Cost|Fixed|Electricity|Wind|2, + ... Capital|Cost|Electricity|Wind|N (with N = number of represented wind power + technologies) (matching the assignment of plant types to technologies in the reporting + of capital costs as documented in the comments sheet). + Unit: US$2010/kW/yr + Variable: OM Cost|Fixed|Electricity|Wind +- Category: Techno-economic + Definition: Annual fixed operation & maintainance cost of a new offshore wind power + plants. This variable should only be filled, if wind power is separated into onshore + and offshore. If more than one offshore wind power technology is modelled (e.g., + wind power units with different hub height and capacity), modellers should report + fixed O&M costs for each represented wind power technology by adding variables + OM Cost|Fixed|Electricity|Wind|Offshore|2, ... Capital|Cost|Electricity|Wind|Offshore|N + (with N = number of represented offshore wind power technologies) (matching the + assignment of plant types to technologies in the reporting of capital costs as + documented in the comments sheet). + Unit: US$2010/kW/yr + Variable: OM Cost|Fixed|Electricity|Wind|Offshore +- Category: Techno-economic + Definition: Annual fixed operation & maintainance cost of a new onshore wind power + plants. This variable should only be filled, if wind power is separated into onshore + and offshore. If more than one onshore wind power technology is modelled (e.g., + wind power units with different hub height and capacity), modellers should report + fixed O&M costs for each represented wind power technology by adding variables + OM Cost|Fixed|Electricity|Wind|Onshore|2, ... Capital|Cost|Electricity|Wind|Onshore|N + (with N = number of represented onshore wind power technologies) (matching the + assignment of plant types to technologies in the reporting of capital costs as + documented in the comments sheet). + Unit: US$2010/kW/yr + Variable: OM Cost|Fixed|Electricity|Wind|Onshore +- Category: Techno-economic + Definition: Annual fixed operation & maintainance cost of a new biomass to gas plant + with CCS. If more than one CCS biomass to gas technology is modelled, modellers + should report fixed O&M costs for each represented CCS biomass to gas technology + by adding variables OM Cost|Fixed|Gases|Biomass|w/ CCS|2, ... OM Cost|Fixed|Gases|Biomass|w/ + CCS|N (with N = number of represented technologies). (matching the assignment + of plant types to technologies in the reporting of capital costs as documented + in the comments sheet). + Unit: US$2010/kW/yr + Variable: OM Cost|Fixed|Gases|Biomass|w/ CCS +- Category: Techno-economic + Definition: Annual fixed operation & maintainance cost of a new biomass to gas plant + w/o CCS. If more than one biomass to gas technology is modelled, modellers should + report fixed O&M costs for each represented biomass to gas technology by adding + variables OM Cost|Fixed|Gases|Biomass|w/o CCS|2, ... OM Cost|Fixed|Gases|Biomass|w/o + CCS|N (with N = number of represented technologies). (matching the assignment + of plant types to technologies in the reporting of capital costs as documented + in the comments sheet). + Unit: US$2010/kW/yr + Variable: OM Cost|Fixed|Gases|Biomass|w/o CCS +- Category: Techno-economic + Definition: Annual fixed operation & maintainance cost of a new coal to gas plant + with CCS. If more than one CCS coal to gas technology is modelled, modellers should + report fixed O&M costs for each represented CCS coal to gas technology by adding + variables OM Cost|Fixed|Gases|Coal|w/ CCS|2, ... OM Cost|Fixed|Gases|Coal|w/ CCS|N + (with N = number of represented technologies) (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the comments + sheet). + Unit: US$2010/kW/yr + Variable: OM Cost|Fixed|Gases|Coal|w/ CCS +- Category: Techno-economic + Definition: Annual fixed operation & maintainance cost of a new coal to gas plant + w/o CCS. If more than one coal to gas technology is modelled, modellers should + report fixed O&M costs for each represented coal to gas technology by adding + variables OM Cost|Fixed|Gases|Coal|w/o CCS|2, ... OM Cost|Fixed|Gases|Coal|w/o + CCS|N (with N = number of represented technologies) (matching the assignment of + plant types to technologies in the reporting of capital costs as documented in + the comments sheet). + Unit: US$2010/kW/yr + Variable: OM Cost|Fixed|Gases|Coal|w/o CCS +- Category: Techno-economic + Definition: Annual fixed operation & maintainance cost of a new biomass to hydrogen + plant with CCS. If more than one CCS biomass to hydrogen technology is modelled, + modellers should report fixed O&M costs for each represented CCS biomass to hydrogen + technology by adding variables OM Cost|Fixed|Hydrogen|Biomass|w/ CCS|2, ... OM + Cost|Fixed|Hydrogen|Biomass|w/ CCS|N (with N = number of represented technologies) + (matching the assignment of plant types to technologies in the reporting of capital + costs as documented in the comments sheet). + Unit: US$2010/kW/yr + Variable: OM Cost|Fixed|Hydrogen|Biomass|w/ CCS +- Category: Techno-economic + Definition: Annual fixed operation & maintainance cost of a new biomass to hydrogen + plant w/o CCS. If more than one biomass to hydrogen technology is modelled, modellers + should report fixed O&M costs for each represented biomass to hydrogen technology + by adding variables OM Cost|Fixed|Hydrogen|Biomass|w/o CCS|2, ... OM Cost|Fixed|Hydrogen|Biomass|w/o + CCS|N (with N = number of represented technologies) (matching the assignment of + plant types to technologies in the reporting of capital costs as documented in + the comments sheet). + Unit: US$2010/kW/yr + Variable: OM Cost|Fixed|Hydrogen|Biomass|w/o CCS +- Category: Techno-economic + Definition: Annual fixed operation & maintainance cost of a new coal to hydrogen + plant with CCS. If more than one CCS coal to hydrogen technology is modelled, + modellers should report fixed O&M costs for each represented CCS coal to hydrogen + technology by adding variables OM Cost|Fixed|Hydrogen|Coal|w/ CCS|2, ... OM Cost|Fixed|Hydrogen|Coal|w/ + CCS|N (with N = number of represented technologies) (matching the assignment of + plant types to technologies in the reporting of capital costs as documented in + the comments sheet). + Unit: US$2010/kW/yr + Variable: OM Cost|Fixed|Hydrogen|Coal|w/ CCS +- Category: Techno-economic + Definition: Annual fixed operation & maintainance cost of a new coal to hydrogen + plant w/o CCS. If more than one coal to hydrogen technology is modelled, modellers + should report fixed O&M costs for each represented coal to hydrogen technology + by adding variables OM Cost|Fixed|Hydrogen|Coal|w/o CCS|2, ... OM Cost|Fixed|Hydrogen|Coal|w/o + CCS|N (with N = number of represented technologies) (matching the assignment of + plant types to technologies in the reporting of capital costs as documented in + the comments sheet). + Unit: US$2010/kW/yr + Variable: OM Cost|Fixed|Hydrogen|Coal|w/o CCS +- Category: Techno-economic + Definition: Annual fixed operation & maintainance cost of a new hydrogen-by-electrolysis + plant. If more than hydrogen-by-electrolysis technology is modelled, modellers + should report fixed O&M costs for each represented hydrogen-by-electrolysis technology + by adding variables OM Cost|Fixed|Hydrogen|Electricity|2, ... OM Cost|Fixed|Hydrogen|Electricity|N + (with N = number of represented technologies) (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the comments + sheet). + Unit: US$2010/kW/yr + Variable: OM Cost|Fixed|Hydrogen|Electricity +- Category: Techno-economic + Definition: Annual fixed operation & maintainance cost of a new gas to hydrogen + plant with CCS. If more than one CCS gas to hydrogen technology is modelled, modellers + should report fixed O&M costs for each represented CCS gas to hydrogen technology + by adding variables OM Cost|Fixed|Hydrogen|Gas|w/ CCS|2, ... OM Cost|Fixed|Hydrogen|Gas|w/ + CCS|N (with N = number of represented technologies) (matching the assignment of + plant types to technologies in the reporting of capital costs as documented in + the comments sheet). + Unit: US$2010/kW/yr + Variable: OM Cost|Fixed|Hydrogen|Gas|w/ CCS +- Category: Techno-economic + Definition: Annual fixed operation & maintainance cost of a new gas to hydrogen + plant w/o CCS. If more than one gas to hydrogen technology is modelled, modellers + should report fixed O&M costs for each represented gas to hydrogen technology + by adding variables OM Cost|Fixed|Hydrogen|Gas|w/o CCS|2, ... OM Cost|Fixed|Hydrogen|Gas|w/o + CCS|N (with N = number of represented technologies) (matching the assignment of + plant types to technologies in the reporting of capital costs as documented in + the comments sheet). + Unit: US$2010/kW/yr + Variable: OM Cost|Fixed|Hydrogen|Gas|w/o CCS +- Category: Techno-economic + Definition: Annual fixed operation & maintainance cost of a new biomass to liquids + plant with CCS. If more than one CCS BTL technology is modelled, modellers should + report fixed O&M costs for each represented CCS BTL technology by adding variables + OM Cost|Fixed|Liquids|Biomass|w/ CCS|2, ... OM Cost|Fixed|Liquids|Biomass|w/ CCS|N + (with N = number of represented technologies) (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the comments + sheet). + Unit: US$2010/kW/yr + Variable: OM Cost|Fixed|Liquids|Biomass|w/ CCS +- Category: Techno-economic + Definition: Annual fixed operation & maintainance cost of a new biomass to liquids + plant w/o CCS. If more than one BTL technology is modelled, modellers should report + fixed O&M costs for each represented BTL technology by adding variables OM Cost|Fixed|Liquids|Biomass|w/o + CCS|2, ... OM Cost|Fixed|Liquids|Biomass|w/o CCS|N (with N = number of represented + technologies) (matching the assignment of plant types to technologies in the reporting + of capital costs as documented in the comments sheet). + Unit: US$2010/kW/yr + Variable: OM Cost|Fixed|Liquids|Biomass|w/o CCS +- Category: Techno-economic + Definition: Annual fixed operation & maintainance cost of a new coal to liquids + plant with CCS. If more than one CCS CTL technology is modelled, modellers should + report fixed O&M costs for each represented CCS CTL technology by adding variables + OM Cost|Fixed|Liquids|Coal|w/ CCS|2, ... OM Cost|Fixed|Liquids|Coal|w/ CCS|N (with + N = number of represented technologies) (matching the assignment of plant types + to technologies in the reporting of capital costs as documented in the comments + sheet). + Unit: US$2010/kW/yr + Variable: OM Cost|Fixed|Liquids|Coal|w/ CCS +- Category: Techno-economic + Definition: Annual fixed operation & maintainance cost of a new coal to liquids + plant w/o CCS. If more than one CTL technology is modelled, modellers should report + fixed O&M costs for each represented CTL technology by adding variables OM Cost|Fixed|Liquids|Coal|w/o + CCS|2, ... OM Cost|Fixed|Liquids|Coal|w/o CCS|N (with N = number of represented + technologies) (matching the assignment of plant types to technologies in the reporting + of capital costs as documented in the comments sheet). + Unit: US$2010/kW/yr + Variable: OM Cost|Fixed|Liquids|Coal|w/o CCS +- Category: Techno-economic + Definition: Annual fixed operation & maintainance cost of a new gas to liquids plant + with CCS. If more than one CCS GTL technology is modelled, modellers should report + fixed O&M costs for each represented CCS GTL technology by adding variables OM + Cost|Fixed|Liquids|Gas|w/ CCS|2, ... OM Cost|Fixed|Liquids|Gas|w/ CCS|N (with + N = number of represented technologies) (matching the assignment of plant types + to technologies in the reporting of capital costs as documented in the comments + sheet). + Unit: US$2010/kW/yr + Variable: OM Cost|Fixed|Liquids|Gas|w/ CCS +- Category: Techno-economic + Definition: Annual fixed operation & maintainance cost of a new gas to liquids plant + w/o CCS. If more than one GTL technology is modelled, modellers should report + fixed O&M costs for each represented GTL technology by adding variables OM Cost|Fixed|Liquids|Gas|w/o + CCS|2, ... OM Cost|Fixed|Liquids|Gas|w/o CCS|N (with N = number of represented + technologies) (matching the assignment of plant types to technologies in the reporting + of capital costs as documented in the comments sheet). + Unit: US$2010/kW/yr + Variable: OM Cost|Fixed|Liquids|Gas|w/o CCS +- Category: Techno-economic + Definition: Annual fixed operation & maintainance cost of a new oil refining plant. + If more than one refinery technology is modelled, modellers should report fixed + O&M costs for each represented refinery technology by adding variables OM Cost|Fixed|Liquids|Oil|2, + ... OM Cost|Fixed|Liquids|Oil|N (with N = number of represented technologies) + (matching the assignment of plant types to technologies in the reporting of capital + costs as documented in the comments sheet). + Unit: US$2010/kW/yr + Variable: OM Cost|Fixed|Liquids|Oil From 7f66462e6bbc78832eea0b367ad48dace4f656a9 Mon Sep 17 00:00:00 2001 From: Yanlei <2201112358@stu.pku.edu.cn> Date: Sun, 3 Mar 2024 10:29:35 +0800 Subject: [PATCH 2/3] add techno-economic --- ...chno-economic.yml => Techno-economic.yaml} | 894 ++++++++---------- 1 file changed, 390 insertions(+), 504 deletions(-) rename definitions/variable/techno-economic/{Techno-economic.yml => Techno-economic.yaml} (70%) diff --git a/definitions/variable/techno-economic/Techno-economic.yml b/definitions/variable/techno-economic/Techno-economic.yaml similarity index 70% rename from definitions/variable/techno-economic/Techno-economic.yml rename to definitions/variable/techno-economic/Techno-economic.yaml index ac8d71a1..7bf68110 100644 --- a/definitions/variable/techno-economic/Techno-economic.yml +++ b/definitions/variable/techno-economic/Techno-economic.yaml @@ -1,196 +1,170 @@ -- Category: Techno-economic - Definition: capital cost of a new biomass power plant with CCS. If more than technology +Capital Cost|Electricity|Biomass|w/ CCS: + description: capital cost of a new biomass power plant with CCS. If more than technology in this category is modelled, modellers should report capital costs for the technology that is used most; please specify the technology name/characteristics in the comments. - Unit: US$2010/kW - Variable: Capital Cost|Electricity|Biomass|w/ CCS -- Category: Techno-economic - Definition: capital cost of a new biomass power plant w/o CCS. If more than technology + unit: US$2010/kW +Capital Cost|Electricity|Biomass|w/o CCS: + description: capital cost of a new biomass power plant w/o CCS. If more than technology in this category is modelled, modellers should report capital costs for the technology that is used most; please specify the technology name/characteristics in the comments. - Unit: US$2010/kW - Variable: Capital Cost|Electricity|Biomass|w/o CCS -- Category: Techno-economic - Definition: capital cost of a new coal power plant with CCS. If more than technology + unit: US$2010/kW +Capital Cost|Electricity|Coal|w/ CCS: + description: capital cost of a new coal power plant with CCS. If more than technology in this category is modelled, modellers should report capital costs for the technology that is used most; please specify the technology name/characteristics in the comments. - Unit: US$2010/kW - Variable: Capital Cost|Electricity|Coal|w/ CCS -- Category: Techno-economic - Definition: capital cost of a new coal power plant w/o CCS. If more than technology + unit: US$2010/kW +Capital Cost|Electricity|Coal|w/o CCS: + description: capital cost of a new coal power plant w/o CCS. If more than technology in this category is modelled, modellers should report capital costs for the technology that is used most; please specify the technology name/characteristics in the comments. - Unit: US$2010/kW - Variable: Capital Cost|Electricity|Coal|w/o CCS -- Category: Techno-economic - Definition: capital cost of a new gas power plant with CCS. If more than technology + unit: US$2010/kW +Capital Cost|Electricity|Gas|w/ CCS: + description: capital cost of a new gas power plant with CCS. If more than technology in this category is modelled, modellers should report capital costs for the technology that is used most; please specify the technology name/characteristics in the comments. - Unit: US$2010/kW - Variable: Capital Cost|Electricity|Gas|w/ CCS -- Category: Techno-economic - Definition: capital cost of a new gas power plant w/o CCS. If more than technology + unit: US$2010/kW +Capital Cost|Electricity|Gas|w/o CCS: + description: capital cost of a new gas power plant w/o CCS. If more than technology in this category is modelled, modellers should report capital costs for the technology that is used most; please specify the technology name/characteristics in the comments. - Unit: US$2010/kW - Variable: Capital Cost|Electricity|Gas|w/o CCS -- Category: Techno-economic - Definition: capital cost of a new geothermal power plant. If more than technology + unit: US$2010/kW +Capital Cost|Electricity|Geothermal: + description: capital cost of a new geothermal power plant. If more than technology in this category is modelled, modellers should report capital costs for the technology that is used most; please specify the technology name/characteristics in the comments. - Unit: US$2010/kW - Variable: Capital Cost|Electricity|Geothermal -- Category: Techno-economic - Definition: capital cost of a new hydropower plant. If more than technology in this - category is modelled, modellers should report capital costs for the technology - that is used most; please specify the technology name/characteristics in the comments. - Unit: US$2010/kW - Variable: Capital Cost|Electricity|Hydro -- Category: Techno-economic - Definition: capital cost of a new nuclear power plants. If more than technology - in this category is modelled, modellers should report capital costs for the technology + unit: US$2010/kW +Capital Cost|Electricity|Hydro: + description: capital cost of a new hydropower plant. If more than technology in + this category is modelled, modellers should report capital costs for the technology that is used most; please specify the technology name/characteristics in the comments. - Unit: US$2010/kW - Variable: Capital Cost|Electricity|Nuclear -- Category: Techno-economic - Definition: capital cost of a new concentrated solar power plant. If more than technology + unit: US$2010/kW +Capital Cost|Electricity|Nuclear: + description: capital cost of a new nuclear power plants. If more than technology in this category is modelled, modellers should report capital costs for the technology that is used most; please specify the technology name/characteristics in the comments. - Unit: US$2010/kW - Variable: Capital Cost|Electricity|Solar|CSP -- Category: Techno-economic - Definition: capital cost of a new solar PV units. If more than technology in this + unit: US$2010/kW +Capital Cost|Electricity|Solar|CSP: + description: capital cost of a new concentrated solar power plant. If more than + technology in this category is modelled, modellers should report capital costs + for the technology that is used most; please specify the technology name/characteristics + in the comments. + unit: US$2010/kW +Capital Cost|Electricity|Solar|PV: + description: capital cost of a new solar PV units. If more than technology in this category is modelled, modellers should report capital costs for the technology that is used most; please specify the technology name/characteristics in the comments. - Unit: US$2010/kW - Variable: Capital Cost|Electricity|Solar|PV -- Category: Techno-economic - Definition: capital cost of a new offshore wind power plants. If more than technology + unit: US$2010/kW +Capital Cost|Electricity|Wind|Offshore: + description: capital cost of a new offshore wind power plants. If more than technology in this category is modelled, modellers should report capital costs for the technology that is used most; please specify the technology name/characteristics in the comments. - Unit: US$2010/kW - Variable: Capital Cost|Electricity|Wind|Offshore -- Category: Techno-economic - Definition: capital cost of a new onshore wind power plants. If more than technology + unit: US$2010/kW +Capital Cost|Electricity|Wind|Onshore: + description: capital cost of a new onshore wind power plants. If more than technology in this category is modelled, modellers should report capital costs for the technology that is used most; please specify the technology name/characteristics in the comments. - Unit: US$2010/kW - Variable: Capital Cost|Electricity|Wind|Onshore -- Category: Techno-economic - Definition: capital cost of a new biomass to gas plant with CCS. If more than technology + unit: US$2010/kW +Capital Cost|Gases|Biomass|w/ CCS: + description: capital cost of a new biomass to gas plant with CCS. If more than technology in this category is modelled, modellers should report capital costs for the technology that is used most; please specify the technology name/characteristics in the comments. - Unit: US$2010/kW - Variable: Capital Cost|Gases|Biomass|w/ CCS -- Category: Techno-economic - Definition: capital cost of a new biomass to gas plant w/o CCS. If more than technology + unit: US$2010/kW +Capital Cost|Gases|Biomass|w/o CCS: + description: capital cost of a new biomass to gas plant w/o CCS. If more than technology in this category is modelled, modellers should report capital costs for the technology that is used most; please specify the technology name/characteristics in the comments. - Unit: US$2010/kW - Variable: Capital Cost|Gases|Biomass|w/o CCS -- Category: Techno-economic - Definition: capital cost of a new coal to gas plant with CCS. If more than technology + unit: US$2010/kW +Capital Cost|Gases|Coal|w/ CCS: + description: capital cost of a new coal to gas plant with CCS. If more than technology in this category is modelled, modellers should report capital costs for the technology that is used most; please specify the technology name/characteristics in the comments. - Unit: US$2010/kW - Variable: Capital Cost|Gases|Coal|w/ CCS -- Category: Techno-economic - Definition: capital cost of a new coal to gas plant w/o CCS. If more than technology + unit: US$2010/kW +Capital Cost|Gases|Coal|w/o CCS: + description: capital cost of a new coal to gas plant w/o CCS. If more than technology in this category is modelled, modellers should report capital costs for the technology that is used most; please specify the technology name/characteristics in the comments. - Unit: US$2010/kW - Variable: Capital Cost|Gases|Coal|w/o CCS -- Category: Techno-economic - Definition: capital cost of a new biomass to hydrogen plant with CCS. If more than + unit: US$2010/kW +Capital Cost|Hydrogen|Biomass|w/ CCS: + description: capital cost of a new biomass to hydrogen plant with CCS. If more than technology in this category is modelled, modellers should report capital costs for the technology that is used most; please specify the technology name/characteristics in the comments. - Unit: US$2010/kW - Variable: Capital Cost|Hydrogen|Biomass|w/ CCS -- Category: Techno-economic - Definition: capital cost of a new biomass to hydrogen plant w/o CCS. If more than + unit: US$2010/kW +Capital Cost|Hydrogen|Biomass|w/o CCS: + description: capital cost of a new biomass to hydrogen plant w/o CCS. If more than technology in this category is modelled, modellers should report capital costs for the technology that is used most; please specify the technology name/characteristics in the comments. - Unit: US$2010/kW - Variable: Capital Cost|Hydrogen|Biomass|w/o CCS -- Category: Techno-economic - Definition: capital cost of a new coal to hydrogen plant with CCS. If more than + unit: US$2010/kW +Capital Cost|Hydrogen|Coal|w/ CCS: + description: capital cost of a new coal to hydrogen plant with CCS. If more than technology in this category is modelled, modellers should report capital costs for the technology that is used most; please specify the technology name/characteristics in the comments. - Unit: US$2010/kW - Variable: Capital Cost|Hydrogen|Coal|w/ CCS -- Category: Techno-economic - Definition: capital cost of a new coal to hydrogen plant w/o CCS. If more than technology - in this category is modelled, modellers should report capital costs for the technology - that is used most; please specify the technology name/characteristics in the comments. - Unit: US$2010/kW - Variable: Capital Cost|Hydrogen|Coal|w/o CCS -- Category: Techno-economic - Definition: capital cost of a new hydrogen-by-electrolysis plant. If more than technology - in this category is modelled, modellers should report capital costs for the technology - that is used most; please specify the technology name/characteristics in the comments. - Unit: US$2010/kW - Variable: Capital Cost|Hydrogen|Electricity -- Category: Techno-economic - Definition: capital cost of a new gas to hydrogen plant with CCS. If more than technology - in this category is modelled, modellers should report capital costs for the technology - that is used most; please specify the technology name/characteristics in the comments. - Unit: US$2010/kW - Variable: Capital Cost|Hydrogen|Gas|w/ CCS -- Category: Techno-economic - Definition: capital cost of a new gas to hydrogen plant w/o CCS. If more than technology - in this category is modelled, modellers should report capital costs for the technology - that is used most; please specify the technology name/characteristics in the comments. - Unit: US$2010/kW - Variable: Capital Cost|Hydrogen|Gas|w/o CCS -- Category: Techno-economic - Definition: capital cost of a new biomass to liquids plant with CCS. If more than + unit: US$2010/kW +Capital Cost|Hydrogen|Coal|w/o CCS: + description: capital cost of a new coal to hydrogen plant w/o CCS. If more than technology in this category is modelled, modellers should report capital costs for the technology that is used most; please specify the technology name/characteristics in the comments. - Unit: US$2010/kW - Variable: Capital Cost|Liquids|Biomass|w/ CCS -- Category: Techno-economic - Definition: capital cost of a new biomass to liquids plant w/o CCS. If more than + unit: US$2010/kW +Capital Cost|Hydrogen|Electricity: + description: capital cost of a new hydrogen-by-electrolysis plant. If more than technology in this category is modelled, modellers should report capital costs for the technology that is used most; please specify the technology name/characteristics in the comments. - Unit: US$2010/kW - Variable: Capital Cost|Liquids|Biomass|w/o CCS -- Category: Techno-economic - Definition: capital cost of a new coal to liquids plant with CCS. If more than technology + unit: US$2010/kW +Capital Cost|Hydrogen|Gas|w/ CCS: + description: capital cost of a new gas to hydrogen plant with CCS. If more than + technology in this category is modelled, modellers should report capital costs + for the technology that is used most; please specify the technology name/characteristics + in the comments. + unit: US$2010/kW +Capital Cost|Hydrogen|Gas|w/o CCS: + description: capital cost of a new gas to hydrogen plant w/o CCS. If more than technology in this category is modelled, modellers should report capital costs for the technology that is used most; please specify the technology name/characteristics in the comments. - Unit: US$2010/kW - Variable: Capital Cost|Liquids|Coal|w/ CCS -- Category: Techno-economic - Definition: capital cost of a new coal to liquids plant w/o CCS. If more than technology + unit: US$2010/kW +Capital Cost|Liquids|Biomass|w/ CCS: + description: capital cost of a new biomass to liquids plant with CCS. If more than + technology in this category is modelled, modellers should report capital costs + for the technology that is used most; please specify the technology name/characteristics + in the comments. + unit: US$2010/kW +Capital Cost|Liquids|Biomass|w/o CCS: + description: capital cost of a new biomass to liquids plant w/o CCS. If more than + technology in this category is modelled, modellers should report capital costs + for the technology that is used most; please specify the technology name/characteristics + in the comments. + unit: US$2010/kW +Capital Cost|Liquids|Coal|w/ CCS: + description: capital cost of a new coal to liquids plant with CCS. If more than + technology in this category is modelled, modellers should report capital costs + for the technology that is used most; please specify the technology name/characteristics + in the comments. + unit: US$2010/kW +Capital Cost|Liquids|Coal|w/o CCS: + description: capital cost of a new coal to liquids plant w/o CCS. If more than technology in this category is modelled, modellers should report capital costs for the technology that is used most; please specify the technology name/characteristics in the comments. - Unit: US$2010/kW - Variable: Capital Cost|Liquids|Coal|w/o CCS -- Category: Techno-economic - Definition: capital cost of a new gas to liquids plant with CCS. If more than technology + unit: US$2010/kW +Capital Cost|Liquids|Gas|w/ CCS: + description: capital cost of a new gas to liquids plant with CCS. If more than technology in this category is modelled, modellers should report capital costs for the technology that is used most; please specify the technology name/characteristics in the comments. - Unit: US$2010/kW - Variable: Capital Cost|Liquids|Gas|w/ CCS -- Category: Techno-economic - Definition: capital cost of a new gas to liquids plant w/o CCS. If more than technology + unit: US$2010/kW +Capital Cost|Liquids|Gas|w/o CCS: + description: capital cost of a new gas to liquids plant w/o CCS. If more than technology in this category is modelled, modellers should report capital costs for the technology that is used most; please specify the technology name/characteristics in the comments. - Unit: US$2010/kW - Variable: Capital Cost|Liquids|Gas|w/o CCS -- Category: Techno-economic - Definition: capital cost of a new oil refining plant. If more than technology in + unit: US$2010/kW +Capital Cost|Liquids|Oil: + description: capital cost of a new oil refining plant. If more than technology in this category is modelled, modellers should report capital costs for the technology that is used most; please specify the technology name/characteristics in the comments. - Unit: US$2010/kW - Variable: Capital Cost|Liquids|Oil -- Category: Techno-economic - Definition: 'Conversion efficiency (electricity produced per unit of primary energy + unit: US$2010/kW +Efficiency|Electricity|Biomass|w/ CCS: + description: 'Conversion efficiency (electricity produced per unit of primary energy input) of a new biomass power plant with CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency @@ -198,10 +172,9 @@ CCS|2, ... Efficiency|Electricity|Biomass|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: '%' - Variable: Efficiency|Electricity|Biomass|w/ CCS -- Category: Techno-economic - Definition: 'Conversion efficiency (electricity produced per unit of primary energy + unit: '%' +Efficiency|Electricity|Biomass|w/o CCS: + description: 'Conversion efficiency (electricity produced per unit of primary energy input) of a new biomass power plant w/o CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency @@ -209,10 +182,9 @@ CCS|2, ... Efficiency|Electricity|Biomass|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: '%' - Variable: Efficiency|Electricity|Biomass|w/o CCS -- Category: Techno-economic - Definition: 'Conversion efficiency (electricity produced per unit of primary energy + unit: '%' +Efficiency|Electricity|Coal|w/ CCS: + description: 'Conversion efficiency (electricity produced per unit of primary energy input) of a new coal power plant with CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency @@ -220,40 +192,36 @@ CCS|2, ... Efficiency|Electricity|Coal|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: '%' - Variable: Efficiency|Electricity|Coal|w/ CCS -- Category: Techno-economic - Definition: 'Conversion efficiency (electricity produced per unit of primary energy + unit: '%' +Efficiency|Electricity|Coal|w/o CCS: + description: 'Conversion efficiency (electricity produced per unit of primary energy input) of a new coal power plant w/o CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency for the additional plant types by adding variables Efficiency|Electricity|Coal|w/o CCS|2, ... Efficiency|Electricity|Coal|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: '%' - Variable: Efficiency|Electricity|Coal|w/o CCS -- Category: Techno-economic - Definition: 'Conversion efficiency (electricity produced per unit of primary energy + unit: '%' +Efficiency|Electricity|Gas|w/ CCS: + description: 'Conversion efficiency (electricity produced per unit of primary energy input) of a new gas power plant with CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency for the additional plant types by adding variables Efficiency|Electricity|Gas|w/ CCS|2, ... Efficiency|Electricity|Gas|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: '%' - Variable: Efficiency|Electricity|Gas|w/ CCS -- Category: Techno-economic - Definition: 'Conversion efficiency (electricity produced per unit of primary energy + unit: '%' +Efficiency|Electricity|Gas|w/o CCS: + description: 'Conversion efficiency (electricity produced per unit of primary energy input) of a new gas power plant w/o CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency for the additional plant types by adding variables Efficiency|Electricity|Gas|w/o CCS|2, ... Efficiency|Electricity|Gas|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: '%' - Variable: Efficiency|Electricity|Gas|w/o CCS -- Category: Techno-economic - Definition: 'Conversion efficiency (energy content of gases produced per unit of + unit: '%' +Efficiency|Gases|Biomass|w/ CCS: + description: 'Conversion efficiency (energy content of gases produced per unit of primary energy input) of a new biomass to gas plant with CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency @@ -261,40 +229,36 @@ CCS|2, ... Efficiency|Gases|Biomass|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: '%' - Variable: Efficiency|Gases|Biomass|w/ CCS -- Category: Techno-economic - Definition: 'Conversion efficiency (energy content of gases produced per unit of + unit: '%' +Efficiency|Gases|Biomass|w/o CCS: + description: 'Conversion efficiency (energy content of gases produced per unit of primary energy input) of a new coal to gas plant w/o CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency for the additional plant types by adding variables Efficiency|Gases|Coal|w/o CCS|2, ... Efficiency|Gases|Coal|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: '%' - Variable: Efficiency|Gases|Biomass|w/o CCS -- Category: Techno-economic - Definition: 'Conversion efficiency (energy content of gases produced per unit of + unit: '%' +Efficiency|Gases|Coal|w/ CCS: + description: 'Conversion efficiency (energy content of gases produced per unit of primary energy input) of a new coal to gas plant with CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency for the additional plant types by adding variables Efficiency|Gases|Coal|w/ CCS|2, ... Efficiency|Gases|Coal|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: '%' - Variable: Efficiency|Gases|Coal|w/ CCS -- Category: Techno-economic - Definition: 'Conversion efficiency (energy content of gases produced per unit of + unit: '%' +Efficiency|Gases|Coal|w/o CCS: + description: 'Conversion efficiency (energy content of gases produced per unit of primary energy input) of a new coal to gas plant w/o CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency for the additional plant types by adding variables Efficiency|Gases|Coal|w/o CCS|2, ... Efficiency|Gases|Coal|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: '%' - Variable: Efficiency|Gases|Coal|w/o CCS -- Category: Techno-economic - Definition: 'Conversion efficiency (energy content of hydrogen produced per unit + unit: '%' +Efficiency|Hydrogen|Biomass|w/ CCS: + description: 'Conversion efficiency (energy content of hydrogen produced per unit of primary energy input) of a new biomass to hydrogen plant with CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should @@ -302,10 +266,9 @@ CCS|2, ... Efficiency|Hydrogen|Biomass|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: '%' - Variable: Efficiency|Hydrogen|Biomass|w/ CCS -- Category: Techno-economic - Definition: 'Conversion efficiency (energy content of hydrogen produced per unit + unit: '%' +Efficiency|Hydrogen|Biomass|w/o CCS: + description: 'Conversion efficiency (energy content of hydrogen produced per unit of primary energy input) of a new biomass to hydrogen plant w/o CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should @@ -313,10 +276,9 @@ CCS|2, ... Efficiency|Hydrogen|Biomass|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: '%' - Variable: Efficiency|Hydrogen|Biomass|w/o CCS -- Category: Techno-economic - Definition: 'Conversion efficiency (energy content of hydrogen produced per unit + unit: '%' +Efficiency|Hydrogen|Coal|w/ CCS: + description: 'Conversion efficiency (energy content of hydrogen produced per unit of primary energy input) of a new coal to hydrogen plant with CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should @@ -324,10 +286,9 @@ CCS|2, ... Efficiency|Hydrogen|Coal|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: '%' - Variable: Efficiency|Hydrogen|Coal|w/ CCS -- Category: Techno-economic - Definition: 'Conversion efficiency (energy content of hydrogen produced per unit + unit: '%' +Efficiency|Hydrogen|Coal|w/o CCS: + description: 'Conversion efficiency (energy content of hydrogen produced per unit of primary energy input) of a new coal to hydrogen plant w/o CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should @@ -335,10 +296,9 @@ CCS|2, ... Efficiency|Hydrogen|Coal|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: '%' - Variable: Efficiency|Hydrogen|Coal|w/o CCS -- Category: Techno-economic - Definition: 'Conversion efficiency (energy content of hydrogen produced per unit + unit: '%' +Efficiency|Hydrogen|Electricity: + description: 'Conversion efficiency (energy content of hydrogen produced per unit of electricity input) of a new hydrogen-by-electrolysis plant. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should @@ -346,10 +306,9 @@ ... Efficiency|Hydrogen|Electricity|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: '%' - Variable: Efficiency|Hydrogen|Electricity -- Category: Techno-economic - Definition: 'Conversion efficiency (energy content of hydrogen produced per unit + unit: '%' +Efficiency|Hydrogen|Gas|w/ CCS: + description: 'Conversion efficiency (energy content of hydrogen produced per unit of primary energy input) of a new gas to hydrogen plant with CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should @@ -357,10 +316,9 @@ CCS|2, ... Efficiency|Hydrogen|Gas|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: '%' - Variable: Efficiency|Hydrogen|Gas|w/ CCS -- Category: Techno-economic - Definition: 'Conversion efficiency (energy content of hydrogen produced per unit + unit: '%' +Efficiency|Hydrogen|Gas|w/o CCS: + description: 'Conversion efficiency (energy content of hydrogen produced per unit of primary energy input) of a new gas to hydrogen plant w/o CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should @@ -368,10 +326,9 @@ CCS|2, ... Efficiency|Hydrogen|Gas|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: '%' - Variable: Efficiency|Hydrogen|Gas|w/o CCS -- Category: Techno-economic - Definition: 'Conversion efficiency (energy content of liquids produced per unit + unit: '%' +Efficiency|Liquids|Biomass|w/ CCS: + description: 'Conversion efficiency (energy content of liquids produced per unit of primary energy input) of a new biomass to liquids plant with CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should @@ -379,10 +336,9 @@ CCS|2, ... Efficiency|Liquids|Biomass|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: '%' - Variable: Efficiency|Liquids|Biomass|w/ CCS -- Category: Techno-economic - Definition: 'Conversion efficiency (energy content of liquids produced per unit + unit: '%' +Efficiency|Liquids|Biomass|w/o CCS: + description: 'Conversion efficiency (energy content of liquids produced per unit of primary energy input) of a new biomass to liquids plant w/o CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should @@ -390,10 +346,9 @@ CCS|2, ... Efficiency|Liquids|Biomass|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: '%' - Variable: Efficiency|Liquids|Biomass|w/o CCS -- Category: Techno-economic - Definition: 'Conversion efficiency (energy content of liquids produced per unit + unit: '%' +Efficiency|Liquids|Coal|w/ CCS: + description: 'Conversion efficiency (energy content of liquids produced per unit of primary energy input) of a new coal to liquids plant with CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should @@ -401,10 +356,9 @@ CCS|2, ... Efficiency|Liquids|Coal|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: '%' - Variable: Efficiency|Liquids|Coal|w/ CCS -- Category: Techno-economic - Definition: 'Conversion efficiency (energy content of liquids produced per unit + unit: '%' +Efficiency|Liquids|Coal|w/o CCS: + description: 'Conversion efficiency (energy content of liquids produced per unit of primary energy input) of a new coal to liquids plant w/o CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should @@ -412,10 +366,9 @@ CCS|2, ... Efficiency|Liquids|Coal|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: '%' - Variable: Efficiency|Liquids|Coal|w/o CCS -- Category: Techno-economic - Definition: 'Conversion efficiency (energy content of liquids produced per unit + unit: '%' +Efficiency|Liquids|Gas|w/ CCS: + description: 'Conversion efficiency (energy content of liquids produced per unit of primary energy input) of a new gas to liquids plant with CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should @@ -423,10 +376,9 @@ CCS|2, ... Efficiency|Liquids|Gas|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: '%' - Variable: Efficiency|Liquids|Gas|w/ CCS -- Category: Techno-economic - Definition: 'Conversion efficiency (energy content of liquids produced per unit + unit: '%' +Efficiency|Liquids|Gas|w/o CCS: + description: 'Conversion efficiency (energy content of liquids produced per unit of primary energy input) of a new gas to liquids plant w/o CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should @@ -434,20 +386,18 @@ CCS|2, ... Efficiency|Liquids|Gas|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: '%' - Variable: Efficiency|Liquids|Gas|w/o CCS -- Category: Techno-economic - Definition: 'Conversion efficiency (energy content of liquids produced per unit + unit: '%' +Efficiency|Liquids|Oil: + description: 'Conversion efficiency (energy content of liquids produced per unit of primary energy input) of a new oil refining plant. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency for the additional plant types by adding variables Efficiency|Liquids|Oil|2, ... Efficiency|Electricity|Oil|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: '%' - Variable: Efficiency|Liquids|Oil -- Category: Techno-economic - Definition: 'Lifetime of a new biomass power plant with CCS. Lifetime should be + unit: '%' +Lifetime|Electricity|Biomass|w/ CCS: + description: 'Lifetime of a new biomass power plant with CCS. Lifetime should be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The lifetime should refer to the plant type(s) for which capital costs have been reported. @@ -456,22 +406,20 @@ CCS|2, ... Lifetime|Electricity|Biomass|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: years - Variable: Lifetime|Electricity|Biomass|w/ CCS -- Category: Techno-economic - Definition: 'Lifetime of a new biomass power plant w/o CCS. Lifetime should be calculated - by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years - = 41 years) or by the e-folding time for exponential capacity depreciation. The + unit: years +Lifetime|Electricity|Biomass|w/o CCS: + description: 'Lifetime of a new biomass power plant w/o CCS. Lifetime should be + calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Electricity|Biomass|w/o CCS|2, ... Lifetime|Electricity|Biomass|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: years - Variable: Lifetime|Electricity|Biomass|w/o CCS -- Category: Techno-economic - Definition: 'Lifetime of a new coal power plant with CCS. Lifetime should be calculated + unit: years +Lifetime|Electricity|Coal|w/ CCS: + description: 'Lifetime of a new coal power plant with CCS. Lifetime should be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The lifetime should refer to the plant type(s) for which capital costs have been reported. @@ -480,10 +428,9 @@ CCS|2, ... Lifetime|Electricity|Coal|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: years - Variable: Lifetime|Electricity|Coal|w/ CCS -- Category: Techno-economic - Definition: 'Lifetime of a new coal power plant w/o CCS. Lifetime should be calculated + unit: years +Lifetime|Electricity|Coal|w/o CCS: + description: 'Lifetime of a new coal power plant w/o CCS. Lifetime should be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The lifetime should refer to the plant type(s) for which capital costs have been reported. @@ -492,10 +439,9 @@ CCS|2, ... Lifetime|Electricity|Coal|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: years - Variable: Lifetime|Electricity|Coal|w/o CCS -- Category: Techno-economic - Definition: 'Lifetime of a new gas power plant with CCS. Lifetime should be calculated + unit: years +Lifetime|Electricity|Gas|w/ CCS: + description: 'Lifetime of a new gas power plant with CCS. Lifetime should be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The lifetime should refer to the plant type(s) for which capital costs have been reported. @@ -504,10 +450,9 @@ CCS|2, ... Lifetime|Electricity|Gas|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: years - Variable: Lifetime|Electricity|Gas|w/ CCS -- Category: Techno-economic - Definition: 'Lifetime of a new gas power plant w/o CCS. Lifetime should be calculated + unit: years +Lifetime|Electricity|Gas|w/o CCS: + description: 'Lifetime of a new gas power plant w/o CCS. Lifetime should be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The lifetime should refer to the plant type(s) for which capital costs have been reported. @@ -516,10 +461,9 @@ CCS|2, ... Lifetime|Electricity|Gas|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: years - Variable: Lifetime|Electricity|Gas|w/o CCS -- Category: Techno-economic - Definition: 'Lifetime of a new geothermal power plant. Lifetime should be calculated + unit: years +Lifetime|Electricity|Geothermal: + description: 'Lifetime of a new geothermal power plant. Lifetime should be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The lifetime should refer to the plant type(s) for which capital costs have been reported. @@ -528,21 +472,19 @@ ... Lifetime|Electricity|Geothermal|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: years - Variable: Lifetime|Electricity|Geothermal -- Category: Techno-economic - Definition: 'Lifetime of a new hydropower plant. Lifetime should be calculated by - summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = - 41 years) or by the e-folding time for exponential capacity depreciation. The + unit: years +Lifetime|Electricity|Hydro: + description: 'Lifetime of a new hydropower plant. Lifetime should be calculated + by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years + = 41 years) or by the e-folding time for exponential capacity depreciation. The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Electricity|Hydro|2, ... Lifetime|Electricity|Hydro|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: years - Variable: Lifetime|Electricity|Hydro -- Category: Techno-economic - Definition: 'Lifetime of a new nuclear power plant. Lifetime should be calculated + unit: years +Lifetime|Electricity|Nuclear: + description: 'Lifetime of a new nuclear power plant. Lifetime should be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The lifetime should refer to the plant type(s) for which capital costs have been reported. @@ -550,21 +492,19 @@ report lifetime for the additional plant types by adding variables Lifetime|Electricity|Nuclear|2, ... Lifetime|Electricity|Nuclear|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: years - Variable: Lifetime|Electricity|Nuclear -- Category: Techno-economic - Definition: 'Lifetime of a new concentrated solar power plant. Lifetime should be - calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + unit: years +Lifetime|Electricity|Solar|CSP: + description: 'Lifetime of a new concentrated solar power plant. Lifetime should + be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Electricity|Solar|CSP|2, ... Lifetime|Electricity|Solar|CSP|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: years - Variable: Lifetime|Electricity|Solar|CSP -- Category: Techno-economic - Definition: 'Lifetime of a new PV unit. Lifetime should be calculated by summing + unit: years +Lifetime|Electricity|Solar|PV: + description: 'Lifetime of a new PV unit. Lifetime should be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The lifetime should refer to the plant type(s) for which capital costs have been reported. @@ -572,10 +512,9 @@ report lifetime for the additional plant types by adding variables Lifetime|Electricity|Solar|PV|2, ... Lifetime|Electricity|Solar|PV|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: years - Variable: Lifetime|Electricity|Solar|PV -- Category: Techno-economic - Definition: 'Lifetime of a new wind power plant (report only if wind power is not + unit: years +Lifetime|Electricity|Wind: + description: 'Lifetime of a new wind power plant (report only if wind power is not separated in onshore and offshore). Lifetime should be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The lifetime should @@ -584,10 +523,9 @@ for the additional plant types by adding variables Lifetime|Electricity|Wind|2, ... Lifetime|Electricity|Wind|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: years - Variable: Lifetime|Electricity|Wind -- Category: Techno-economic - Definition: 'Lifetime of a new offshore wind power plant. Lifetime should be calculated + unit: years +Lifetime|Electricity|Wind|Offshore: + description: 'Lifetime of a new offshore wind power plant. Lifetime should be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The lifetime should refer to the plant type(s) for which capital costs have been reported. @@ -596,10 +534,9 @@ ... Lifetime|Electricity|Wind|Offshore|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: years - Variable: Lifetime|Electricity|Wind|Offshore -- Category: Techno-economic - Definition: 'Lifetime of a new onshore wind power plant. Lifetime should be calculated + unit: years +Lifetime|Electricity|Wind|Onshore: + description: 'Lifetime of a new onshore wind power plant. Lifetime should be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The lifetime should refer to the plant type(s) for which capital costs have been reported. @@ -608,10 +545,9 @@ ... Lifetime|Electricity|Wind|Onshore|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: years - Variable: Lifetime|Electricity|Wind|Onshore -- Category: Techno-economic - Definition: 'Lifetime of a new biomass to gas plant with CCS. Lifetime should be + unit: years +Lifetime|Gases|Biomass|w/ CCS: + description: 'Lifetime of a new biomass to gas plant with CCS. Lifetime should be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The lifetime should refer to the plant type(s) for which capital costs have been reported. @@ -620,10 +556,9 @@ CCS|2, ... Lifetime|Gases|Biomass|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: years - Variable: Lifetime|Gases|Biomass|w/ CCS -- Category: Techno-economic - Definition: 'Lifetime of a new biomass to gas plant w/o CCS. Lifetime should be + unit: years +Lifetime|Gases|Biomass|w/o CCS: + description: 'Lifetime of a new biomass to gas plant w/o CCS. Lifetime should be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The lifetime should refer to the plant type(s) for which capital costs have been reported. @@ -632,10 +567,9 @@ CCS|2, ... Lifetime|Gases|Biomass|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: years - Variable: Lifetime|Gases|Biomass|w/o CCS -- Category: Techno-economic - Definition: 'Lifetime of a new coal to gas plant with CCS. Lifetime should be calculated + unit: years +Lifetime|Gases|Coal|w/ CCS: + description: 'Lifetime of a new coal to gas plant with CCS. Lifetime should be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The lifetime should refer to the plant type(s) for which capital costs have been reported. @@ -644,10 +578,9 @@ CCS|2, ... Lifetime|Gases|Coal|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: years - Variable: Lifetime|Gases|Coal|w/ CCS -- Category: Techno-economic - Definition: 'Lifetime of a new coal to gas plant w/o CCS. Lifetime should be calculated + unit: years +Lifetime|Gases|Coal|w/o CCS: + description: 'Lifetime of a new coal to gas plant w/o CCS. Lifetime should be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The lifetime should refer to the plant type(s) for which capital costs have been reported. @@ -656,10 +589,9 @@ CCS|2, ... Lifetime|Gases|Coal|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: years - Variable: Lifetime|Gases|Coal|w/o CCS -- Category: Techno-economic - Definition: 'Lifetime of a new biomass to hydrogen plant with CCS. Lifetime should + unit: years +Lifetime|Hydrogen|Biomass|w/ CCS: + description: 'Lifetime of a new biomass to hydrogen plant with CCS. Lifetime should be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The lifetime should refer to the plant type(s) for which capital costs have been reported. @@ -668,10 +600,9 @@ CCS|2, ... Lifetime|Hydrogen|Biomass|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: years - Variable: Lifetime|Hydrogen|Biomass|w/ CCS -- Category: Techno-economic - Definition: 'Lifetime of a new biomass to hydrogen plant w/o CCS. Lifetime should + unit: years +Lifetime|Hydrogen|Biomass|w/o CCS: + description: 'Lifetime of a new biomass to hydrogen plant w/o CCS. Lifetime should be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The lifetime should refer to the plant type(s) for which capital costs have been reported. @@ -680,10 +611,9 @@ CCS|2, ... Lifetime|Hydrogen|Biomass|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: years - Variable: Lifetime|Hydrogen|Biomass|w/o CCS -- Category: Techno-economic - Definition: 'Lifetime of a new coal to hydrogen plant with CCS. Lifetime should + unit: years +Lifetime|Hydrogen|Coal|w/ CCS: + description: 'Lifetime of a new coal to hydrogen plant with CCS. Lifetime should be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The lifetime should refer to the plant type(s) for which capital costs have been reported. @@ -692,11 +622,10 @@ CCS|2, ... Lifetime|Hydrogen|Coal|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: years - Variable: Lifetime|Hydrogen|Coal|w/ CCS -- Category: Techno-economic - Definition: 'Lifetime of a new coal to hydrogen plant w/o CCS. Lifetime should be - calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + unit: years +Lifetime|Hydrogen|Coal|w/o CCS: + description: 'Lifetime of a new coal to hydrogen plant w/o CCS. Lifetime should + be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should @@ -704,11 +633,10 @@ CCS|2, ... Lifetime|Hydrogen|Coal|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: years - Variable: Lifetime|Hydrogen|Coal|w/o CCS -- Category: Techno-economic - Definition: 'Lifetime of a new hydrogen-by-electrolysis plant. Lifetime should be - calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + unit: years +Lifetime|Hydrogen|Electricity: + description: 'Lifetime of a new hydrogen-by-electrolysis plant. Lifetime should + be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should @@ -716,11 +644,10 @@ CCS|2, ... Lifetime|Hydrogen|Electricity|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: years - Variable: Lifetime|Hydrogen|Electricity -- Category: Techno-economic - Definition: 'Lifetime of a new gas to hydrogen plant with CCS. Lifetime should be - calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + unit: years +Lifetime|Hydrogen|Gas|w/ CCS: + description: 'Lifetime of a new gas to hydrogen plant with CCS. Lifetime should + be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should @@ -728,10 +655,9 @@ CCS|2, ... Lifetime|Hydrogen|Gas|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: years - Variable: Lifetime|Hydrogen|Gas|w/ CCS -- Category: Techno-economic - Definition: 'Lifetime of a new gas to hydrogen plant w/o CCS. Lifetime should be + unit: years +Lifetime|Hydrogen|Gas|w/o CCS: + description: 'Lifetime of a new gas to hydrogen plant w/o CCS. Lifetime should be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The lifetime should refer to the plant type(s) for which capital costs have been reported. @@ -740,10 +666,9 @@ CCS|2, ... Lifetime|Hydrogen|Gas|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: years - Variable: Lifetime|Hydrogen|Gas|w/o CCS -- Category: Techno-economic - Definition: 'Lifetime of a new biomass to liquids plant with CCS. Lifetime should + unit: years +Lifetime|Liquids|Biomass|w/ CCS: + description: 'Lifetime of a new biomass to liquids plant with CCS. Lifetime should be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The lifetime should refer to the plant type(s) for which capital costs have been reported. @@ -752,10 +677,9 @@ CCS|2, ... Lifetime|Liquids|Biomass|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: years - Variable: Lifetime|Liquids|Biomass|w/ CCS -- Category: Techno-economic - Definition: 'Lifetime of a new biomass to liquids plant w/o CCS. Lifetime should + unit: years +Lifetime|Liquids|Biomass|w/o CCS: + description: 'Lifetime of a new biomass to liquids plant w/o CCS. Lifetime should be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The lifetime should refer to the plant type(s) for which capital costs have been reported. @@ -764,11 +688,10 @@ CCS|2, ... Lifetime|Liquids|Biomass|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: years - Variable: Lifetime|Liquids|Biomass|w/o CCS -- Category: Techno-economic - Definition: 'Lifetime of a new coal to liquids plant with CCS. Lifetime should be - calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + unit: years +Lifetime|Liquids|Coal|w/ CCS: + description: 'Lifetime of a new coal to liquids plant with CCS. Lifetime should + be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should @@ -776,10 +699,9 @@ CCS|2, ... Lifetime|Liquids|Coal|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: years - Variable: Lifetime|Liquids|Coal|w/ CCS -- Category: Techno-economic - Definition: 'Lifetime of a new coal to liquids plant w/o CCS. Lifetime should be + unit: years +Lifetime|Liquids|Coal|w/o CCS: + description: 'Lifetime of a new coal to liquids plant w/o CCS. Lifetime should be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The lifetime should refer to the plant type(s) for which capital costs have been reported. @@ -788,10 +710,9 @@ CCS|2, ... Lifetime|Liquids|Coal|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: years - Variable: Lifetime|Liquids|Coal|w/o CCS -- Category: Techno-economic - Definition: 'Lifetime of a new gas to liquids plant with CCS. Lifetime should be + unit: years +Lifetime|Liquids|Gas|w/ CCS: + description: 'Lifetime of a new gas to liquids plant with CCS. Lifetime should be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The lifetime should refer to the plant type(s) for which capital costs have been reported. @@ -800,10 +721,9 @@ CCS|2, ... Lifetime|Liquids|Gas|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: years - Variable: Lifetime|Liquids|Gas|w/ CCS -- Category: Techno-economic - Definition: 'Lifetime of a new gas to liquids plant w/o CCS. Lifetime should be + unit: years +Lifetime|Liquids|Gas|w/o CCS: + description: 'Lifetime of a new gas to liquids plant w/o CCS. Lifetime should be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The lifetime should refer to the plant type(s) for which capital costs have been reported. @@ -812,10 +732,9 @@ CCS|2, ... Lifetime|Liquids|Gas|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: years - Variable: Lifetime|Liquids|Gas|w/o CCS -- Category: Techno-economic - Definition: 'Lifetime of a new oil refining plant. Lifetime should be calculated + unit: years +Lifetime|Liquids|Oil: + description: 'Lifetime of a new oil refining plant. Lifetime should be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The lifetime should refer to the plant type(s) for which capital costs have been reported. @@ -824,30 +743,27 @@ CCS|2, ... Lifetime|Liquids|Oil|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). ' - Unit: years - Variable: Lifetime|Liquids|Oil -- Category: Techno-economic - Definition: Annual fixed operation & maintainance cost of a new biomass power plant + unit: years +OM Cost|Fixed|Electricity|Biomass|w/ CCS: + description: Annual fixed operation & maintainance cost of a new biomass power plant with CCS. If more than one CCS biomass power technology is modelled, modellers should report fixed O&M costs for each represented CCS biomass power technology by adding variables OM Cost|Fixed|Electricity|Biomass|w/ CCS|2, ... OM Cost|Fixed|Electricity|Biomass|w/ CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). - Unit: US$2010/kW/yr - Variable: OM Cost|Fixed|Electricity|Biomass|w/ CCS -- Category: Techno-economic - Definition: Annual fixed operation & maintainance cost of a new biomass power plant + unit: US$2010/kW/yr +OM Cost|Fixed|Electricity|Biomass|w/o CCS: + description: Annual fixed operation & maintainance cost of a new biomass power plant w/o CCS. If more than one biomass power technology is modelled, modellers should report fixed O&M costs for each represented biomass power technology by adding variables OM Cost|Fixed|Electricity|Biomass|w/o CCS|2, ... OM Cost|Fixed|Electricity|Biomass|w/o CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). - Unit: US$2010/kW/yr - Variable: OM Cost|Fixed|Electricity|Biomass|w/o CCS -- Category: Techno-economic - Definition: Annual fixed operation & maintainance cost of a new coal power plant + unit: US$2010/kW/yr +OM Cost|Fixed|Electricity|Coal|w/ CCS: + description: Annual fixed operation & maintainance cost of a new coal power plant with CCS. If more than one CCS coal power technology is modelled (e.g. subcritical PC with post-combustion capture, supercritical PC with post-combustion capture, supercritical PC with oxyfuel combustion and capture, IGCC with pre-combustion @@ -856,59 +772,53 @@ ... OM Cost|Fixed|Electricity|Coal|w/ CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). - Unit: US$2010/kW/yr - Variable: OM Cost|Fixed|Electricity|Coal|w/ CCS -- Category: Techno-economic - Definition: Annual fixed operation & maintainance cost of a new coal power plant + unit: US$2010/kW/yr +OM Cost|Fixed|Electricity|Coal|w/o CCS: + description: Annual fixed operation & maintainance cost of a new coal power plant w/o CCS. If more than one coal power technology is modelled (e.g. subcritical PC, supercritical PC, IGCC), modellers should report fixed O&M costs for each represented coal power technology by adding variables OM Cost|Fixed|Electricity|Coal|w/o CCS|2, ... OM Cost|Fixed|Electricity|Coal|w/o CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). - Unit: US$2010/kW/yr - Variable: OM Cost|Fixed|Electricity|Coal|w/o CCS -- Category: Techno-economic - Definition: Annual fixed operation & maintainance cost of a new gas power plant + unit: US$2010/kW/yr +OM Cost|Fixed|Electricity|Gas|w/ CCS: + description: Annual fixed operation & maintainance cost of a new gas power plant with CCS. If more than one CCS gas power technology is modelled, modellers should report fixed O&M costs for each represented CCS gas power technology by adding variables OM Cost|Fixed|Electricity|Gas|w/ CCS|2, ... OM Cost|Fixed|Electricity|Gas|w/ CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). - Unit: US$2010/kW/yr - Variable: OM Cost|Fixed|Electricity|Gas|w/ CCS -- Category: Techno-economic - Definition: Annual fixed operation & maintainance cost of a new gas power plant + unit: US$2010/kW/yr +OM Cost|Fixed|Electricity|Gas|w/o CCS: + description: Annual fixed operation & maintainance cost of a new gas power plant w/o CCS. If more than one gas power technology is modelled, modellers should report fixed O&M costs for each represented gas power technology by adding variables OM Cost|Fixed|Electricity|Gas|w/o CCS|2, ... OM Cost|Fixed|Electricity|Gas|w/o CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). - Unit: US$2010/kW/yr - Variable: OM Cost|Fixed|Electricity|Gas|w/o CCS -- Category: Techno-economic - Definition: Annual fixed operation & maintainance cost of a new geothermal power + unit: US$2010/kW/yr +OM Cost|Fixed|Electricity|Geothermal: + description: Annual fixed operation & maintainance cost of a new geothermal power plants. If more than one geothermal power plant technology is modelled (e.g., hydrothermal, hard dry rock), modellers should report fixed O&M costs for each represented geothermal power technology by adding variables OM Cost|Fixed|Electricity|Geothermal|2, ... Capital|Cost|Electricity|Geothermal|N (with N = number of represented geothermal power technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). - Unit: US$2010/kW/yr - Variable: OM Cost|Fixed|Electricity|Geothermal -- Category: Techno-economic - Definition: Annual fixed operation & maintainance cost of a new hydropower plant. + unit: US$2010/kW/yr +OM Cost|Fixed|Electricity|Hydro: + description: Annual fixed operation & maintainance cost of a new hydropower plant. If more than one hydropower technology is modelled, modellers should report fixed O&M costs for each represented hydropower technology by adding variables OM Cost|Fixed|Electricity|Hydro|2, ... OM Cost|Fixed|Electricity|Hydro|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). - Unit: US$2010/kW/yr - Variable: OM Cost|Fixed|Electricity|Hydro -- Category: Techno-economic - Definition: Annual fixed operation & maintainance cost of a new nuclear power plants. + unit: US$2010/kW/yr +OM Cost|Fixed|Electricity|Nuclear: + description: Annual fixed operation & maintainance cost of a new nuclear power plants. If more than one nuclear power plant technology is modelled (e.g., Gen II, III, IV; LWR, thermal reactors with other moderator materials, fast breeders), modellers should report fixed O&M costs for each represented nuclear power technology by @@ -916,30 +826,27 @@ (with N = number of represented nuclear power technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). - Unit: US$2010/kW/yr - Variable: OM Cost|Fixed|Electricity|Nuclear -- Category: Techno-economic - Definition: Annual fixed operation & maintainance cost of a new concentrated solar + unit: US$2010/kW/yr +OM Cost|Fixed|Electricity|Solar|CSP: + description: Annual fixed operation & maintainance cost of a new concentrated solar power plant. If more than one CSP technology is modelled (e.g., parabolic trough, solar power tower), modellers should report fixed O&M costs for each represented CSP technology by adding variables OM Cost|Fixed|Electricity|Solar|CSP|2, ... Capital|Cost|Electricity|Solar|CSP|N (with N = number of represented CSP technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). - Unit: US$2010/kW/yr - Variable: OM Cost|Fixed|Electricity|Solar|CSP -- Category: Techno-economic - Definition: Annual fixed operation & maintainance cost of a new solar PV units. + unit: US$2010/kW/yr +OM Cost|Fixed|Electricity|Solar|PV: + description: Annual fixed operation & maintainance cost of a new solar PV units. If more than one PV technology is modelled (e.g., centralized PV plant, distributed (rooftop) PV, crystalline SI PV, thin-film PV), modellers should report fixed O&M costs for each represented PV technology by adding variables OM Cost|Fixed|Electricity|Solar|PV|2, ... Capital|Cost|Electricity|Solar|PV|N (with N = number of represented PV technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). - Unit: US$2010/kW/yr - Variable: OM Cost|Fixed|Electricity|Solar|PV -- Category: Techno-economic - Definition: Annual fixed operation & maintainance cost of a new wind power plants. + unit: US$2010/kW/yr +OM Cost|Fixed|Electricity|Wind: + description: Annual fixed operation & maintainance cost of a new wind power plants. This variable should only be filled, if wind power is not separated into onshore and offshore. If more than one wind power technology is modelled (e.g., wind power units with different hub height and capacity), modellers should report fixed O&M @@ -947,10 +854,9 @@ ... Capital|Cost|Electricity|Wind|N (with N = number of represented wind power technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). - Unit: US$2010/kW/yr - Variable: OM Cost|Fixed|Electricity|Wind -- Category: Techno-economic - Definition: Annual fixed operation & maintainance cost of a new offshore wind power + unit: US$2010/kW/yr +OM Cost|Fixed|Electricity|Wind|Offshore: + description: Annual fixed operation & maintainance cost of a new offshore wind power plants. This variable should only be filled, if wind power is separated into onshore and offshore. If more than one offshore wind power technology is modelled (e.g., wind power units with different hub height and capacity), modellers should report @@ -959,10 +865,9 @@ (with N = number of represented offshore wind power technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). - Unit: US$2010/kW/yr - Variable: OM Cost|Fixed|Electricity|Wind|Offshore -- Category: Techno-economic - Definition: Annual fixed operation & maintainance cost of a new onshore wind power + unit: US$2010/kW/yr +OM Cost|Fixed|Electricity|Wind|Onshore: + description: Annual fixed operation & maintainance cost of a new onshore wind power plants. This variable should only be filled, if wind power is separated into onshore and offshore. If more than one onshore wind power technology is modelled (e.g., wind power units with different hub height and capacity), modellers should report @@ -971,181 +876,162 @@ (with N = number of represented onshore wind power technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). - Unit: US$2010/kW/yr - Variable: OM Cost|Fixed|Electricity|Wind|Onshore -- Category: Techno-economic - Definition: Annual fixed operation & maintainance cost of a new biomass to gas plant - with CCS. If more than one CCS biomass to gas technology is modelled, modellers + unit: US$2010/kW/yr +OM Cost|Fixed|Gases|Biomass|w/ CCS: + description: Annual fixed operation & maintainance cost of a new biomass to gas + plant with CCS. If more than one CCS biomass to gas technology is modelled, modellers should report fixed O&M costs for each represented CCS biomass to gas technology by adding variables OM Cost|Fixed|Gases|Biomass|w/ CCS|2, ... OM Cost|Fixed|Gases|Biomass|w/ CCS|N (with N = number of represented technologies). (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). - Unit: US$2010/kW/yr - Variable: OM Cost|Fixed|Gases|Biomass|w/ CCS -- Category: Techno-economic - Definition: Annual fixed operation & maintainance cost of a new biomass to gas plant - w/o CCS. If more than one biomass to gas technology is modelled, modellers should - report fixed O&M costs for each represented biomass to gas technology by adding - variables OM Cost|Fixed|Gases|Biomass|w/o CCS|2, ... OM Cost|Fixed|Gases|Biomass|w/o + unit: US$2010/kW/yr +OM Cost|Fixed|Gases|Biomass|w/o CCS: + description: Annual fixed operation & maintainance cost of a new biomass to gas + plant w/o CCS. If more than one biomass to gas technology is modelled, modellers + should report fixed O&M costs for each represented biomass to gas technology + by adding variables OM Cost|Fixed|Gases|Biomass|w/o CCS|2, ... OM Cost|Fixed|Gases|Biomass|w/o CCS|N (with N = number of represented technologies). (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). - Unit: US$2010/kW/yr - Variable: OM Cost|Fixed|Gases|Biomass|w/o CCS -- Category: Techno-economic - Definition: Annual fixed operation & maintainance cost of a new coal to gas plant + unit: US$2010/kW/yr +OM Cost|Fixed|Gases|Coal|w/ CCS: + description: Annual fixed operation & maintainance cost of a new coal to gas plant with CCS. If more than one CCS coal to gas technology is modelled, modellers should report fixed O&M costs for each represented CCS coal to gas technology by adding variables OM Cost|Fixed|Gases|Coal|w/ CCS|2, ... OM Cost|Fixed|Gases|Coal|w/ CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). - Unit: US$2010/kW/yr - Variable: OM Cost|Fixed|Gases|Coal|w/ CCS -- Category: Techno-economic - Definition: Annual fixed operation & maintainance cost of a new coal to gas plant + unit: US$2010/kW/yr +OM Cost|Fixed|Gases|Coal|w/o CCS: + description: Annual fixed operation & maintainance cost of a new coal to gas plant w/o CCS. If more than one coal to gas technology is modelled, modellers should report fixed O&M costs for each represented coal to gas technology by adding variables OM Cost|Fixed|Gases|Coal|w/o CCS|2, ... OM Cost|Fixed|Gases|Coal|w/o CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). - Unit: US$2010/kW/yr - Variable: OM Cost|Fixed|Gases|Coal|w/o CCS -- Category: Techno-economic - Definition: Annual fixed operation & maintainance cost of a new biomass to hydrogen + unit: US$2010/kW/yr +OM Cost|Fixed|Hydrogen|Biomass|w/ CCS: + description: Annual fixed operation & maintainance cost of a new biomass to hydrogen plant with CCS. If more than one CCS biomass to hydrogen technology is modelled, modellers should report fixed O&M costs for each represented CCS biomass to hydrogen technology by adding variables OM Cost|Fixed|Hydrogen|Biomass|w/ CCS|2, ... OM Cost|Fixed|Hydrogen|Biomass|w/ CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). - Unit: US$2010/kW/yr - Variable: OM Cost|Fixed|Hydrogen|Biomass|w/ CCS -- Category: Techno-economic - Definition: Annual fixed operation & maintainance cost of a new biomass to hydrogen + unit: US$2010/kW/yr +OM Cost|Fixed|Hydrogen|Biomass|w/o CCS: + description: Annual fixed operation & maintainance cost of a new biomass to hydrogen plant w/o CCS. If more than one biomass to hydrogen technology is modelled, modellers should report fixed O&M costs for each represented biomass to hydrogen technology by adding variables OM Cost|Fixed|Hydrogen|Biomass|w/o CCS|2, ... OM Cost|Fixed|Hydrogen|Biomass|w/o CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). - Unit: US$2010/kW/yr - Variable: OM Cost|Fixed|Hydrogen|Biomass|w/o CCS -- Category: Techno-economic - Definition: Annual fixed operation & maintainance cost of a new coal to hydrogen + unit: US$2010/kW/yr +OM Cost|Fixed|Hydrogen|Coal|w/ CCS: + description: Annual fixed operation & maintainance cost of a new coal to hydrogen plant with CCS. If more than one CCS coal to hydrogen technology is modelled, modellers should report fixed O&M costs for each represented CCS coal to hydrogen technology by adding variables OM Cost|Fixed|Hydrogen|Coal|w/ CCS|2, ... OM Cost|Fixed|Hydrogen|Coal|w/ CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). - Unit: US$2010/kW/yr - Variable: OM Cost|Fixed|Hydrogen|Coal|w/ CCS -- Category: Techno-economic - Definition: Annual fixed operation & maintainance cost of a new coal to hydrogen + unit: US$2010/kW/yr +OM Cost|Fixed|Hydrogen|Coal|w/o CCS: + description: Annual fixed operation & maintainance cost of a new coal to hydrogen plant w/o CCS. If more than one coal to hydrogen technology is modelled, modellers should report fixed O&M costs for each represented coal to hydrogen technology by adding variables OM Cost|Fixed|Hydrogen|Coal|w/o CCS|2, ... OM Cost|Fixed|Hydrogen|Coal|w/o CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). - Unit: US$2010/kW/yr - Variable: OM Cost|Fixed|Hydrogen|Coal|w/o CCS -- Category: Techno-economic - Definition: Annual fixed operation & maintainance cost of a new hydrogen-by-electrolysis + unit: US$2010/kW/yr +OM Cost|Fixed|Hydrogen|Electricity: + description: Annual fixed operation & maintainance cost of a new hydrogen-by-electrolysis plant. If more than hydrogen-by-electrolysis technology is modelled, modellers should report fixed O&M costs for each represented hydrogen-by-electrolysis technology by adding variables OM Cost|Fixed|Hydrogen|Electricity|2, ... OM Cost|Fixed|Hydrogen|Electricity|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). - Unit: US$2010/kW/yr - Variable: OM Cost|Fixed|Hydrogen|Electricity -- Category: Techno-economic - Definition: Annual fixed operation & maintainance cost of a new gas to hydrogen + unit: US$2010/kW/yr +OM Cost|Fixed|Hydrogen|Gas|w/ CCS: + description: Annual fixed operation & maintainance cost of a new gas to hydrogen plant with CCS. If more than one CCS gas to hydrogen technology is modelled, modellers should report fixed O&M costs for each represented CCS gas to hydrogen technology by adding variables OM Cost|Fixed|Hydrogen|Gas|w/ CCS|2, ... OM Cost|Fixed|Hydrogen|Gas|w/ CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). - Unit: US$2010/kW/yr - Variable: OM Cost|Fixed|Hydrogen|Gas|w/ CCS -- Category: Techno-economic - Definition: Annual fixed operation & maintainance cost of a new gas to hydrogen + unit: US$2010/kW/yr +OM Cost|Fixed|Hydrogen|Gas|w/o CCS: + description: Annual fixed operation & maintainance cost of a new gas to hydrogen plant w/o CCS. If more than one gas to hydrogen technology is modelled, modellers should report fixed O&M costs for each represented gas to hydrogen technology by adding variables OM Cost|Fixed|Hydrogen|Gas|w/o CCS|2, ... OM Cost|Fixed|Hydrogen|Gas|w/o CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). - Unit: US$2010/kW/yr - Variable: OM Cost|Fixed|Hydrogen|Gas|w/o CCS -- Category: Techno-economic - Definition: Annual fixed operation & maintainance cost of a new biomass to liquids + unit: US$2010/kW/yr +OM Cost|Fixed|Liquids|Biomass|w/ CCS: + description: Annual fixed operation & maintainance cost of a new biomass to liquids plant with CCS. If more than one CCS BTL technology is modelled, modellers should report fixed O&M costs for each represented CCS BTL technology by adding variables OM Cost|Fixed|Liquids|Biomass|w/ CCS|2, ... OM Cost|Fixed|Liquids|Biomass|w/ CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). - Unit: US$2010/kW/yr - Variable: OM Cost|Fixed|Liquids|Biomass|w/ CCS -- Category: Techno-economic - Definition: Annual fixed operation & maintainance cost of a new biomass to liquids + unit: US$2010/kW/yr +OM Cost|Fixed|Liquids|Biomass|w/o CCS: + description: Annual fixed operation & maintainance cost of a new biomass to liquids plant w/o CCS. If more than one BTL technology is modelled, modellers should report fixed O&M costs for each represented BTL technology by adding variables OM Cost|Fixed|Liquids|Biomass|w/o CCS|2, ... OM Cost|Fixed|Liquids|Biomass|w/o CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). - Unit: US$2010/kW/yr - Variable: OM Cost|Fixed|Liquids|Biomass|w/o CCS -- Category: Techno-economic - Definition: Annual fixed operation & maintainance cost of a new coal to liquids + unit: US$2010/kW/yr +OM Cost|Fixed|Liquids|Coal|w/ CCS: + description: Annual fixed operation & maintainance cost of a new coal to liquids plant with CCS. If more than one CCS CTL technology is modelled, modellers should report fixed O&M costs for each represented CCS CTL technology by adding variables OM Cost|Fixed|Liquids|Coal|w/ CCS|2, ... OM Cost|Fixed|Liquids|Coal|w/ CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). - Unit: US$2010/kW/yr - Variable: OM Cost|Fixed|Liquids|Coal|w/ CCS -- Category: Techno-economic - Definition: Annual fixed operation & maintainance cost of a new coal to liquids + unit: US$2010/kW/yr +OM Cost|Fixed|Liquids|Coal|w/o CCS: + description: Annual fixed operation & maintainance cost of a new coal to liquids plant w/o CCS. If more than one CTL technology is modelled, modellers should report fixed O&M costs for each represented CTL technology by adding variables OM Cost|Fixed|Liquids|Coal|w/o CCS|2, ... OM Cost|Fixed|Liquids|Coal|w/o CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). - Unit: US$2010/kW/yr - Variable: OM Cost|Fixed|Liquids|Coal|w/o CCS -- Category: Techno-economic - Definition: Annual fixed operation & maintainance cost of a new gas to liquids plant - with CCS. If more than one CCS GTL technology is modelled, modellers should report - fixed O&M costs for each represented CCS GTL technology by adding variables OM - Cost|Fixed|Liquids|Gas|w/ CCS|2, ... OM Cost|Fixed|Liquids|Gas|w/ CCS|N (with + unit: US$2010/kW/yr +OM Cost|Fixed|Liquids|Gas|w/ CCS: + description: Annual fixed operation & maintainance cost of a new gas to liquids + plant with CCS. If more than one CCS GTL technology is modelled, modellers should + report fixed O&M costs for each represented CCS GTL technology by adding variables + OM Cost|Fixed|Liquids|Gas|w/ CCS|2, ... OM Cost|Fixed|Liquids|Gas|w/ CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). - Unit: US$2010/kW/yr - Variable: OM Cost|Fixed|Liquids|Gas|w/ CCS -- Category: Techno-economic - Definition: Annual fixed operation & maintainance cost of a new gas to liquids plant - w/o CCS. If more than one GTL technology is modelled, modellers should report + unit: US$2010/kW/yr +OM Cost|Fixed|Liquids|Gas|w/o CCS: + description: Annual fixed operation & maintainance cost of a new gas to liquids + plant w/o CCS. If more than one GTL technology is modelled, modellers should report fixed O&M costs for each represented GTL technology by adding variables OM Cost|Fixed|Liquids|Gas|w/o CCS|2, ... OM Cost|Fixed|Liquids|Gas|w/o CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). - Unit: US$2010/kW/yr - Variable: OM Cost|Fixed|Liquids|Gas|w/o CCS -- Category: Techno-economic - Definition: Annual fixed operation & maintainance cost of a new oil refining plant. + unit: US$2010/kW/yr +OM Cost|Fixed|Liquids|Oil: + description: Annual fixed operation & maintainance cost of a new oil refining plant. If more than one refinery technology is modelled, modellers should report fixed O&M costs for each represented refinery technology by adding variables OM Cost|Fixed|Liquids|Oil|2, ... OM Cost|Fixed|Liquids|Oil|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet). - Unit: US$2010/kW/yr - Variable: OM Cost|Fixed|Liquids|Oil + unit: US$2010/kW/yr From 17bf87f2b670fac31ddc08d6810506a5ed6a9aa1 Mon Sep 17 00:00:00 2001 From: Yanlei <2201112358@stu.pku.edu.cn> Date: Wed, 3 Apr 2024 10:48:40 +0800 Subject: [PATCH 3/3] =?UTF-8?q?=E4=BF=AE=E6=AD=A3yaml=E6=A0=BC=E5=BC=8F?= MIME-Version: 1.0 Content-Type: text/plain; charset=UTF-8 Content-Transfer-Encoding: 8bit --- .../techno-economic/Techno-economic.yaml | 2111 +++++++++-------- 1 file changed, 1074 insertions(+), 1037 deletions(-) diff --git a/definitions/variable/techno-economic/Techno-economic.yaml b/definitions/variable/techno-economic/Techno-economic.yaml index 7bf68110..bfe13cc9 100644 --- a/definitions/variable/techno-economic/Techno-economic.yaml +++ b/definitions/variable/techno-economic/Techno-economic.yaml @@ -1,1037 +1,1074 @@ -Capital Cost|Electricity|Biomass|w/ CCS: - description: capital cost of a new biomass power plant with CCS. If more than technology - in this category is modelled, modellers should report capital costs for the technology - that is used most; please specify the technology name/characteristics in the comments. - unit: US$2010/kW -Capital Cost|Electricity|Biomass|w/o CCS: - description: capital cost of a new biomass power plant w/o CCS. If more than technology - in this category is modelled, modellers should report capital costs for the technology - that is used most; please specify the technology name/characteristics in the comments. - unit: US$2010/kW -Capital Cost|Electricity|Coal|w/ CCS: - description: capital cost of a new coal power plant with CCS. If more than technology - in this category is modelled, modellers should report capital costs for the technology - that is used most; please specify the technology name/characteristics in the comments. - unit: US$2010/kW -Capital Cost|Electricity|Coal|w/o CCS: - description: capital cost of a new coal power plant w/o CCS. If more than technology - in this category is modelled, modellers should report capital costs for the technology - that is used most; please specify the technology name/characteristics in the comments. - unit: US$2010/kW -Capital Cost|Electricity|Gas|w/ CCS: - description: capital cost of a new gas power plant with CCS. If more than technology - in this category is modelled, modellers should report capital costs for the technology - that is used most; please specify the technology name/characteristics in the comments. - unit: US$2010/kW -Capital Cost|Electricity|Gas|w/o CCS: - description: capital cost of a new gas power plant w/o CCS. If more than technology - in this category is modelled, modellers should report capital costs for the technology - that is used most; please specify the technology name/characteristics in the comments. - unit: US$2010/kW -Capital Cost|Electricity|Geothermal: - description: capital cost of a new geothermal power plant. If more than technology - in this category is modelled, modellers should report capital costs for the technology - that is used most; please specify the technology name/characteristics in the comments. - unit: US$2010/kW -Capital Cost|Electricity|Hydro: - description: capital cost of a new hydropower plant. If more than technology in - this category is modelled, modellers should report capital costs for the technology - that is used most; please specify the technology name/characteristics in the comments. - unit: US$2010/kW -Capital Cost|Electricity|Nuclear: - description: capital cost of a new nuclear power plants. If more than technology - in this category is modelled, modellers should report capital costs for the technology - that is used most; please specify the technology name/characteristics in the comments. - unit: US$2010/kW -Capital Cost|Electricity|Solar|CSP: - description: capital cost of a new concentrated solar power plant. If more than - technology in this category is modelled, modellers should report capital costs - for the technology that is used most; please specify the technology name/characteristics - in the comments. - unit: US$2010/kW -Capital Cost|Electricity|Solar|PV: - description: capital cost of a new solar PV units. If more than technology in this - category is modelled, modellers should report capital costs for the technology - that is used most; please specify the technology name/characteristics in the comments. - unit: US$2010/kW -Capital Cost|Electricity|Wind|Offshore: - description: capital cost of a new offshore wind power plants. If more than technology - in this category is modelled, modellers should report capital costs for the technology - that is used most; please specify the technology name/characteristics in the comments. - unit: US$2010/kW -Capital Cost|Electricity|Wind|Onshore: - description: capital cost of a new onshore wind power plants. If more than technology - in this category is modelled, modellers should report capital costs for the technology - that is used most; please specify the technology name/characteristics in the comments. - unit: US$2010/kW -Capital Cost|Gases|Biomass|w/ CCS: - description: capital cost of a new biomass to gas plant with CCS. If more than technology - in this category is modelled, modellers should report capital costs for the technology - that is used most; please specify the technology name/characteristics in the comments. - unit: US$2010/kW -Capital Cost|Gases|Biomass|w/o CCS: - description: capital cost of a new biomass to gas plant w/o CCS. If more than technology - in this category is modelled, modellers should report capital costs for the technology - that is used most; please specify the technology name/characteristics in the comments. - unit: US$2010/kW -Capital Cost|Gases|Coal|w/ CCS: - description: capital cost of a new coal to gas plant with CCS. If more than technology - in this category is modelled, modellers should report capital costs for the technology - that is used most; please specify the technology name/characteristics in the comments. - unit: US$2010/kW -Capital Cost|Gases|Coal|w/o CCS: - description: capital cost of a new coal to gas plant w/o CCS. If more than technology - in this category is modelled, modellers should report capital costs for the technology - that is used most; please specify the technology name/characteristics in the comments. - unit: US$2010/kW -Capital Cost|Hydrogen|Biomass|w/ CCS: - description: capital cost of a new biomass to hydrogen plant with CCS. If more than - technology in this category is modelled, modellers should report capital costs - for the technology that is used most; please specify the technology name/characteristics - in the comments. - unit: US$2010/kW -Capital Cost|Hydrogen|Biomass|w/o CCS: - description: capital cost of a new biomass to hydrogen plant w/o CCS. If more than - technology in this category is modelled, modellers should report capital costs - for the technology that is used most; please specify the technology name/characteristics - in the comments. - unit: US$2010/kW -Capital Cost|Hydrogen|Coal|w/ CCS: - description: capital cost of a new coal to hydrogen plant with CCS. If more than - technology in this category is modelled, modellers should report capital costs - for the technology that is used most; please specify the technology name/characteristics - in the comments. - unit: US$2010/kW -Capital Cost|Hydrogen|Coal|w/o CCS: - description: capital cost of a new coal to hydrogen plant w/o CCS. If more than - technology in this category is modelled, modellers should report capital costs - for the technology that is used most; please specify the technology name/characteristics - in the comments. - unit: US$2010/kW -Capital Cost|Hydrogen|Electricity: - description: capital cost of a new hydrogen-by-electrolysis plant. If more than - technology in this category is modelled, modellers should report capital costs - for the technology that is used most; please specify the technology name/characteristics - in the comments. - unit: US$2010/kW -Capital Cost|Hydrogen|Gas|w/ CCS: - description: capital cost of a new gas to hydrogen plant with CCS. If more than - technology in this category is modelled, modellers should report capital costs - for the technology that is used most; please specify the technology name/characteristics - in the comments. - unit: US$2010/kW -Capital Cost|Hydrogen|Gas|w/o CCS: - description: capital cost of a new gas to hydrogen plant w/o CCS. If more than technology - in this category is modelled, modellers should report capital costs for the technology - that is used most; please specify the technology name/characteristics in the comments. - unit: US$2010/kW -Capital Cost|Liquids|Biomass|w/ CCS: - description: capital cost of a new biomass to liquids plant with CCS. If more than - technology in this category is modelled, modellers should report capital costs - for the technology that is used most; please specify the technology name/characteristics - in the comments. - unit: US$2010/kW -Capital Cost|Liquids|Biomass|w/o CCS: - description: capital cost of a new biomass to liquids plant w/o CCS. If more than - technology in this category is modelled, modellers should report capital costs - for the technology that is used most; please specify the technology name/characteristics - in the comments. - unit: US$2010/kW -Capital Cost|Liquids|Coal|w/ CCS: - description: capital cost of a new coal to liquids plant with CCS. If more than - technology in this category is modelled, modellers should report capital costs - for the technology that is used most; please specify the technology name/characteristics - in the comments. - unit: US$2010/kW -Capital Cost|Liquids|Coal|w/o CCS: - description: capital cost of a new coal to liquids plant w/o CCS. If more than technology - in this category is modelled, modellers should report capital costs for the technology - that is used most; please specify the technology name/characteristics in the comments. - unit: US$2010/kW -Capital Cost|Liquids|Gas|w/ CCS: - description: capital cost of a new gas to liquids plant with CCS. If more than technology - in this category is modelled, modellers should report capital costs for the technology - that is used most; please specify the technology name/characteristics in the comments. - unit: US$2010/kW -Capital Cost|Liquids|Gas|w/o CCS: - description: capital cost of a new gas to liquids plant w/o CCS. If more than technology - in this category is modelled, modellers should report capital costs for the technology - that is used most; please specify the technology name/characteristics in the comments. - unit: US$2010/kW -Capital Cost|Liquids|Oil: - description: capital cost of a new oil refining plant. If more than technology in - this category is modelled, modellers should report capital costs for the technology - that is used most; please specify the technology name/characteristics in the comments. - unit: US$2010/kW -Efficiency|Electricity|Biomass|w/ CCS: - description: 'Conversion efficiency (electricity produced per unit of primary energy - input) of a new biomass power plant with CCS. The efficiency should refer to the - plant type(s) for which capital costs have been reported. If capital cost for - more than one plant type has been reported, modellers should report efficiency - for the additional plant types by adding variables Efficiency|Electricity| Biomass|w/ - CCS|2, ... Efficiency|Electricity|Biomass|w/ CCS|N (matching the assignment of - plant types to technologies in the reporting of capital costs as documented in - the comments sheet). ' - unit: '%' -Efficiency|Electricity|Biomass|w/o CCS: - description: 'Conversion efficiency (electricity produced per unit of primary energy - input) of a new biomass power plant w/o CCS. The efficiency should refer to the - plant type(s) for which capital costs have been reported. If capital cost for - more than one plant type has been reported, modellers should report efficiency - for the additional plant types by adding variables Efficiency|Electricity|Biomass|w/o - CCS|2, ... Efficiency|Electricity|Biomass|w/o CCS|N (matching the assignment of - plant types to technologies in the reporting of capital costs as documented in - the comments sheet). ' - unit: '%' -Efficiency|Electricity|Coal|w/ CCS: - description: 'Conversion efficiency (electricity produced per unit of primary energy - input) of a new coal power plant with CCS. The efficiency should refer to the - plant type(s) for which capital costs have been reported. If capital cost for - more than one plant type has been reported, modellers should report efficiency - for the additional plant types by adding variables Efficiency|Electricity|Coal|w/ - CCS|2, ... Efficiency|Electricity|Coal|w/ CCS|N (matching the assignment of plant - types to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: '%' -Efficiency|Electricity|Coal|w/o CCS: - description: 'Conversion efficiency (electricity produced per unit of primary energy - input) of a new coal power plant w/o CCS. The efficiency should refer to the plant - type(s) for which capital costs have been reported. If capital cost for more than - one plant type has been reported, modellers should report efficiency for the additional - plant types by adding variables Efficiency|Electricity|Coal|w/o CCS|2, ... Efficiency|Electricity|Coal|w/o - CCS|N (matching the assignment of plant types to technologies in the reporting - of capital costs as documented in the comments sheet). ' - unit: '%' -Efficiency|Electricity|Gas|w/ CCS: - description: 'Conversion efficiency (electricity produced per unit of primary energy - input) of a new gas power plant with CCS. The efficiency should refer to the plant - type(s) for which capital costs have been reported. If capital cost for more than - one plant type has been reported, modellers should report efficiency for the additional - plant types by adding variables Efficiency|Electricity|Gas|w/ CCS|2, ... Efficiency|Electricity|Gas|w/ - CCS|N (matching the assignment of plant types to technologies in the reporting - of capital costs as documented in the comments sheet). ' - unit: '%' -Efficiency|Electricity|Gas|w/o CCS: - description: 'Conversion efficiency (electricity produced per unit of primary energy - input) of a new gas power plant w/o CCS. The efficiency should refer to the plant - type(s) for which capital costs have been reported. If capital cost for more than - one plant type has been reported, modellers should report efficiency for the additional - plant types by adding variables Efficiency|Electricity|Gas|w/o CCS|2, ... Efficiency|Electricity|Gas|w/o - CCS|N (matching the assignment of plant types to technologies in the reporting - of capital costs as documented in the comments sheet). ' - unit: '%' -Efficiency|Gases|Biomass|w/ CCS: - description: 'Conversion efficiency (energy content of gases produced per unit of - primary energy input) of a new biomass to gas plant with CCS. The efficiency should - refer to the plant type(s) for which capital costs have been reported. If capital - cost for more than one plant type has been reported, modellers should report efficiency - for the additional plant types by adding variables Efficiency|Gases|Biomass|w/ - CCS|2, ... Efficiency|Gases|Biomass|w/ CCS|N (matching the assignment of plant - types to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: '%' -Efficiency|Gases|Biomass|w/o CCS: - description: 'Conversion efficiency (energy content of gases produced per unit of - primary energy input) of a new coal to gas plant w/o CCS. The efficiency should - refer to the plant type(s) for which capital costs have been reported. If capital - cost for more than one plant type has been reported, modellers should report efficiency - for the additional plant types by adding variables Efficiency|Gases|Coal|w/o CCS|2, - ... Efficiency|Gases|Coal|w/o CCS|N (matching the assignment of plant types to - technologies in the reporting of capital costs as documented in the comments sheet). ' - unit: '%' -Efficiency|Gases|Coal|w/ CCS: - description: 'Conversion efficiency (energy content of gases produced per unit of - primary energy input) of a new coal to gas plant with CCS. The efficiency should - refer to the plant type(s) for which capital costs have been reported. If capital - cost for more than one plant type has been reported, modellers should report efficiency - for the additional plant types by adding variables Efficiency|Gases|Coal|w/ CCS|2, - ... Efficiency|Gases|Coal|w/ CCS|N (matching the assignment of plant types to - technologies in the reporting of capital costs as documented in the comments sheet). ' - unit: '%' -Efficiency|Gases|Coal|w/o CCS: - description: 'Conversion efficiency (energy content of gases produced per unit of - primary energy input) of a new coal to gas plant w/o CCS. The efficiency should - refer to the plant type(s) for which capital costs have been reported. If capital - cost for more than one plant type has been reported, modellers should report efficiency - for the additional plant types by adding variables Efficiency|Gases|Coal|w/o CCS|2, - ... Efficiency|Gases|Coal|w/o CCS|N (matching the assignment of plant types to - technologies in the reporting of capital costs as documented in the comments sheet). ' - unit: '%' -Efficiency|Hydrogen|Biomass|w/ CCS: - description: 'Conversion efficiency (energy content of hydrogen produced per unit - of primary energy input) of a new biomass to hydrogen plant with CCS. The efficiency - should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report efficiency for the additional plant types by adding variables Efficiency|Hydrogen|Biomass|w/ - CCS|2, ... Efficiency|Hydrogen|Biomass|w/ CCS|N (matching the assignment of plant - types to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: '%' -Efficiency|Hydrogen|Biomass|w/o CCS: - description: 'Conversion efficiency (energy content of hydrogen produced per unit - of primary energy input) of a new biomass to hydrogen plant w/o CCS. The efficiency - should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report efficiency for the additional plant types by adding variables Efficiency|Hydrogen|Biomass|w/o - CCS|2, ... Efficiency|Hydrogen|Biomass|w/o CCS|N (matching the assignment of plant - types to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: '%' -Efficiency|Hydrogen|Coal|w/ CCS: - description: 'Conversion efficiency (energy content of hydrogen produced per unit - of primary energy input) of a new coal to hydrogen plant with CCS. The efficiency - should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report efficiency for the additional plant types by adding variables Efficiency|Hydrogen|Coal|w/ - CCS|2, ... Efficiency|Hydrogen|Coal|w/ CCS|N (matching the assignment of plant - types to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: '%' -Efficiency|Hydrogen|Coal|w/o CCS: - description: 'Conversion efficiency (energy content of hydrogen produced per unit - of primary energy input) of a new coal to hydrogen plant w/o CCS. The efficiency - should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report efficiency for the additional plant types by adding variables Efficiency|Hydrogen|Coal|w/o - CCS|2, ... Efficiency|Hydrogen|Coal|w/o CCS|N (matching the assignment of plant - types to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: '%' -Efficiency|Hydrogen|Electricity: - description: 'Conversion efficiency (energy content of hydrogen produced per unit - of electricity input) of a new hydrogen-by-electrolysis plant. The efficiency - should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report efficiency for the additional plant types by adding variables Efficiency|Hydrogen|Electricity|2, - ... Efficiency|Hydrogen|Electricity|w/ CCS|N (matching the assignment of plant - types to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: '%' -Efficiency|Hydrogen|Gas|w/ CCS: - description: 'Conversion efficiency (energy content of hydrogen produced per unit - of primary energy input) of a new gas to hydrogen plant with CCS. The efficiency - should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report efficiency for the additional plant types by adding variables Efficiency|Hydrogen|Gas|w/ - CCS|2, ... Efficiency|Hydrogen|Gas|w/ CCS|N (matching the assignment of plant - types to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: '%' -Efficiency|Hydrogen|Gas|w/o CCS: - description: 'Conversion efficiency (energy content of hydrogen produced per unit - of primary energy input) of a new gas to hydrogen plant w/o CCS. The efficiency - should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report efficiency for the additional plant types by adding variables Efficiency|Hydrogen|Gas|w/o - CCS|2, ... Efficiency|Hydrogen|Gas|w/o CCS|N (matching the assignment of plant - types to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: '%' -Efficiency|Liquids|Biomass|w/ CCS: - description: 'Conversion efficiency (energy content of liquids produced per unit - of primary energy input) of a new biomass to liquids plant with CCS. The efficiency - should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report efficiency for the additional plant types by adding variables Efficiency|Liquids|Biomass|w/ - CCS|2, ... Efficiency|Liquids|Biomass|w/ CCS|N (matching the assignment of plant - types to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: '%' -Efficiency|Liquids|Biomass|w/o CCS: - description: 'Conversion efficiency (energy content of liquids produced per unit - of primary energy input) of a new biomass to liquids plant w/o CCS. The efficiency - should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report efficiency for the additional plant types by adding variables Efficiency|Liquids|Biomass|w/o - CCS|2, ... Efficiency|Liquids|Biomass|w/o CCS|N (matching the assignment of plant - types to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: '%' -Efficiency|Liquids|Coal|w/ CCS: - description: 'Conversion efficiency (energy content of liquids produced per unit - of primary energy input) of a new coal to liquids plant with CCS. The efficiency - should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report efficiency for the additional plant types by adding variables Efficiency|Liquids|Coal|w/ - CCS|2, ... Efficiency|Liquids|Coal|w/ CCS|N (matching the assignment of plant - types to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: '%' -Efficiency|Liquids|Coal|w/o CCS: - description: 'Conversion efficiency (energy content of liquids produced per unit - of primary energy input) of a new coal to liquids plant w/o CCS. The efficiency - should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report efficiency for the additional plant types by adding variables Efficiency|Liquids|Coal|w/o - CCS|2, ... Efficiency|Liquids|Coal|w/o CCS|N (matching the assignment of plant - types to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: '%' -Efficiency|Liquids|Gas|w/ CCS: - description: 'Conversion efficiency (energy content of liquids produced per unit - of primary energy input) of a new gas to liquids plant with CCS. The efficiency - should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report efficiency for the additional plant types by adding variables Efficiency|Liquids|Gas|w/ - CCS|2, ... Efficiency|Liquids|Gas|w/ CCS|N (matching the assignment of plant types - to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: '%' -Efficiency|Liquids|Gas|w/o CCS: - description: 'Conversion efficiency (energy content of liquids produced per unit - of primary energy input) of a new gas to liquids plant w/o CCS. The efficiency - should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report efficiency for the additional plant types by adding variables Efficiency|Liquids|Gas|w/o - CCS|2, ... Efficiency|Liquids|Gas|w/o CCS|N (matching the assignment of plant - types to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: '%' -Efficiency|Liquids|Oil: - description: 'Conversion efficiency (energy content of liquids produced per unit - of primary energy input) of a new oil refining plant. The efficiency should refer - to the plant type(s) for which capital costs have been reported. If capital cost - for more than one plant type has been reported, modellers should report efficiency - for the additional plant types by adding variables Efficiency|Liquids|Oil|2, ... - Efficiency|Electricity|Oil|w/o CCS|N (matching the assignment of plant types to - technologies in the reporting of capital costs as documented in the comments sheet). ' - unit: '%' -Lifetime|Electricity|Biomass|w/ CCS: - description: 'Lifetime of a new biomass power plant with CCS. Lifetime should be - calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) - * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The - lifetime should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report lifetime for the additional plant types by adding variables Lifetime|Electricity|Biomass|w/ - CCS|2, ... Lifetime|Electricity|Biomass|w/ CCS|N (matching the assignment of plant - types to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: years -Lifetime|Electricity|Biomass|w/o CCS: - description: 'Lifetime of a new biomass power plant w/o CCS. Lifetime should be - calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) - * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The - lifetime should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report lifetime for the additional plant types by adding variables Lifetime|Electricity|Biomass|w/o - CCS|2, ... Lifetime|Electricity|Biomass|w/o CCS|N (matching the assignment of - plant types to technologies in the reporting of capital costs as documented in - the comments sheet). ' - unit: years -Lifetime|Electricity|Coal|w/ CCS: - description: 'Lifetime of a new coal power plant with CCS. Lifetime should be calculated - by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years - = 41 years) or by the e-folding time for exponential capacity depreciation. The - lifetime should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report lifetime for the additional plant types by adding variables Lifetime|Electricity|Coal|w/ - CCS|2, ... Lifetime|Electricity|Coal|w/ CCS|N (matching the assignment of plant - types to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: years -Lifetime|Electricity|Coal|w/o CCS: - description: 'Lifetime of a new coal power plant w/o CCS. Lifetime should be calculated - by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years - = 41 years) or by the e-folding time for exponential capacity depreciation. The - lifetime should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report lifetime for the additional plant types by adding variables Lifetime|Electricity|Coal|w/o - CCS|2, ... Lifetime|Electricity|Coal|w/o CCS|N (matching the assignment of plant - types to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: years -Lifetime|Electricity|Gas|w/ CCS: - description: 'Lifetime of a new gas power plant with CCS. Lifetime should be calculated - by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years - = 41 years) or by the e-folding time for exponential capacity depreciation. The - lifetime should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report lifetime for the additional plant types by adding variables Lifetime|Electricity|Gas|w/ - CCS|2, ... Lifetime|Electricity|Gas|w/ CCS|N (matching the assignment of plant - types to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: years -Lifetime|Electricity|Gas|w/o CCS: - description: 'Lifetime of a new gas power plant w/o CCS. Lifetime should be calculated - by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years - = 41 years) or by the e-folding time for exponential capacity depreciation. The - lifetime should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report lifetime for the additional plant types by adding variables Lifetime|Electricity|Gas|w/o - CCS|2, ... Lifetime|Electricity|Gas|w/o CCS|N (matching the assignment of plant - types to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: years -Lifetime|Electricity|Geothermal: - description: 'Lifetime of a new geothermal power plant. Lifetime should be calculated - by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years - = 41 years) or by the e-folding time for exponential capacity depreciation. The - lifetime should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report lifetime for the additional plant types by adding variables Lifetime|Electricity|Geothermal|2, - ... Lifetime|Electricity|Geothermal|N (matching the assignment of plant types - to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: years -Lifetime|Electricity|Hydro: - description: 'Lifetime of a new hydropower plant. Lifetime should be calculated - by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years - = 41 years) or by the e-folding time for exponential capacity depreciation. The - lifetime should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report lifetime for the additional plant types by adding variables Lifetime|Electricity|Hydro|2, - ... Lifetime|Electricity|Hydro|N (matching the assignment of plant types to technologies - in the reporting of capital costs as documented in the comments sheet). ' - unit: years -Lifetime|Electricity|Nuclear: - description: 'Lifetime of a new nuclear power plant. Lifetime should be calculated - by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years - = 41 years) or by the e-folding time for exponential capacity depreciation. The - lifetime should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report lifetime for the additional plant types by adding variables Lifetime|Electricity|Nuclear|2, - ... Lifetime|Electricity|Nuclear|N (matching the assignment of plant types to - technologies in the reporting of capital costs as documented in the comments sheet). ' - unit: years -Lifetime|Electricity|Solar|CSP: - description: 'Lifetime of a new concentrated solar power plant. Lifetime should - be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) - * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The - lifetime should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report lifetime for the additional plant types by adding variables Lifetime|Electricity|Solar|CSP|2, - ... Lifetime|Electricity|Solar|CSP|N (matching the assignment of plant types to - technologies in the reporting of capital costs as documented in the comments sheet). ' - unit: years -Lifetime|Electricity|Solar|PV: - description: 'Lifetime of a new PV unit. Lifetime should be calculated by summing - all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) - or by the e-folding time for exponential capacity depreciation. The lifetime - should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report lifetime for the additional plant types by adding variables Lifetime|Electricity|Solar|PV|2, - ... Lifetime|Electricity|Solar|PV|N (matching the assignment of plant types to - technologies in the reporting of capital costs as documented in the comments sheet). ' - unit: years -Lifetime|Electricity|Wind: - description: 'Lifetime of a new wind power plant (report only if wind power is not - separated in onshore and offshore). Lifetime should be calculated by summing all - vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or - by the e-folding time for exponential capacity depreciation. The lifetime should - refer to the plant type(s) for which capital costs have been reported. If capital - cost for more than one plant type has been reported, modellers should report lifetime - for the additional plant types by adding variables Lifetime|Electricity|Wind|2, - ... Lifetime|Electricity|Wind|N (matching the assignment of plant types to technologies - in the reporting of capital costs as documented in the comments sheet). ' - unit: years -Lifetime|Electricity|Wind|Offshore: - description: 'Lifetime of a new offshore wind power plant. Lifetime should be calculated - by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years - = 41 years) or by the e-folding time for exponential capacity depreciation. The - lifetime should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report lifetime for the additional plant types by adding variables Lifetime|Electricity|Wind|Offshore|2, - ... Lifetime|Electricity|Wind|Offshore|N (matching the assignment of plant types - to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: years -Lifetime|Electricity|Wind|Onshore: - description: 'Lifetime of a new onshore wind power plant. Lifetime should be calculated - by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years - = 41 years) or by the e-folding time for exponential capacity depreciation. The - lifetime should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report lifetime for the additional plant types by adding variables Lifetime|Electricity|Wind|Onshore|2, - ... Lifetime|Electricity|Wind|Onshore|N (matching the assignment of plant types - to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: years -Lifetime|Gases|Biomass|w/ CCS: - description: 'Lifetime of a new biomass to gas plant with CCS. Lifetime should be - calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) - * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The - lifetime should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report lifetime for the additional plant types by adding variables Lifetime|Gases|Biomass|w/ - CCS|2, ... Lifetime|Gases|Biomass|w/ CCS|N (matching the assignment of plant types - to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: years -Lifetime|Gases|Biomass|w/o CCS: - description: 'Lifetime of a new biomass to gas plant w/o CCS. Lifetime should be - calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) - * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The - lifetime should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report lifetime for the additional plant types by adding variables Lifetime|Gases|Biomass|w/o - CCS|2, ... Lifetime|Gases|Biomass|w/o CCS|N (matching the assignment of plant - types to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: years -Lifetime|Gases|Coal|w/ CCS: - description: 'Lifetime of a new coal to gas plant with CCS. Lifetime should be calculated - by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years - = 41 years) or by the e-folding time for exponential capacity depreciation. The - lifetime should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report lifetime for the additional plant types by adding variables Lifetime|Gases|Coal|w/ - CCS|2, ... Lifetime|Gases|Coal|w/ CCS|N (matching the assignment of plant types - to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: years -Lifetime|Gases|Coal|w/o CCS: - description: 'Lifetime of a new coal to gas plant w/o CCS. Lifetime should be calculated - by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years - = 41 years) or by the e-folding time for exponential capacity depreciation. The - lifetime should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report lifetime for the additional plant types by adding variables Lifetime|Gases|Coal|w/o - CCS|2, ... Lifetime|Gases|Coal|w/o CCS|N (matching the assignment of plant types - to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: years -Lifetime|Hydrogen|Biomass|w/ CCS: - description: 'Lifetime of a new biomass to hydrogen plant with CCS. Lifetime should - be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) - * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The - lifetime should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report lifetime for the additional plant types by adding variables Lifetime|Hydrogen|Biomass|w/ - CCS|2, ... Lifetime|Hydrogen|Biomass|w/ CCS|N (matching the assignment of plant - types to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: years -Lifetime|Hydrogen|Biomass|w/o CCS: - description: 'Lifetime of a new biomass to hydrogen plant w/o CCS. Lifetime should - be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) - * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The - lifetime should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report lifetime for the additional plant types by adding variables Lifetime|Hydrogen|Biomass|w/o - CCS|2, ... Lifetime|Hydrogen|Biomass|w/o CCS|N (matching the assignment of plant - types to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: years -Lifetime|Hydrogen|Coal|w/ CCS: - description: 'Lifetime of a new coal to hydrogen plant with CCS. Lifetime should - be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) - * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The - lifetime should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report lifetime for the additional plant types by adding variables Lifetime|Hydrogen|Coal|w/ - CCS|2, ... Lifetime|Hydrogen|Coal|w/ CCS|N (matching the assignment of plant types - to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: years -Lifetime|Hydrogen|Coal|w/o CCS: - description: 'Lifetime of a new coal to hydrogen plant w/o CCS. Lifetime should - be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) - * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The - lifetime should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report lifetime for the additional plant types by adding variables Lifetime|Hydrogen|Coal|w/o - CCS|2, ... Lifetime|Hydrogen|Coal|w/o CCS|N (matching the assignment of plant - types to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: years -Lifetime|Hydrogen|Electricity: - description: 'Lifetime of a new hydrogen-by-electrolysis plant. Lifetime should - be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) - * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The - lifetime should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report lifetime for the additional plant types by adding variables Lifetime|Hydrogen|Electricity|w/ - CCS|2, ... Lifetime|Hydrogen|Electricity|w/ CCS|N (matching the assignment of - plant types to technologies in the reporting of capital costs as documented in - the comments sheet). ' - unit: years -Lifetime|Hydrogen|Gas|w/ CCS: - description: 'Lifetime of a new gas to hydrogen plant with CCS. Lifetime should - be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) - * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The - lifetime should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report lifetime for the additional plant types by adding variables Lifetime|Hydrogen|Gas|w/ - CCS|2, ... Lifetime|Hydrogen|Gas|w/ CCS|N (matching the assignment of plant types - to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: years -Lifetime|Hydrogen|Gas|w/o CCS: - description: 'Lifetime of a new gas to hydrogen plant w/o CCS. Lifetime should be - calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) - * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The - lifetime should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report lifetime for the additional plant types by adding variables Lifetime|Hydrogen|Gas|w/o - CCS|2, ... Lifetime|Hydrogen|Gas|w/o CCS|N (matching the assignment of plant types - to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: years -Lifetime|Liquids|Biomass|w/ CCS: - description: 'Lifetime of a new biomass to liquids plant with CCS. Lifetime should - be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) - * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The - lifetime should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report lifetime for the additional plant types by adding variables Lifetime|Liquids|Biomass|w/ - CCS|2, ... Lifetime|Liquids|Biomass|w/ CCS|N (matching the assignment of plant - types to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: years -Lifetime|Liquids|Biomass|w/o CCS: - description: 'Lifetime of a new biomass to liquids plant w/o CCS. Lifetime should - be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) - * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The - lifetime should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report lifetime for the additional plant types by adding variables Lifetime|Liquids|Biomass|w/o - CCS|2, ... Lifetime|Liquids|Biomass|w/o CCS|N (matching the assignment of plant - types to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: years -Lifetime|Liquids|Coal|w/ CCS: - description: 'Lifetime of a new coal to liquids plant with CCS. Lifetime should - be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) - * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The - lifetime should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report lifetime for the additional plant types by adding variables Lifetime|Liquids|Coal|w/ - CCS|2, ... Lifetime|Liquids|Coal|w/ CCS|N (matching the assignment of plant types - to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: years -Lifetime|Liquids|Coal|w/o CCS: - description: 'Lifetime of a new coal to liquids plant w/o CCS. Lifetime should be - calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) - * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The - lifetime should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report lifetime for the additional plant types by adding variables Lifetime|Liquids|Coal|w/o - CCS|2, ... Lifetime|Liquids|Coal|w/o CCS|N (matching the assignment of plant types - to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: years -Lifetime|Liquids|Gas|w/ CCS: - description: 'Lifetime of a new gas to liquids plant with CCS. Lifetime should be - calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) - * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The - lifetime should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report lifetime for the additional plant types by adding variables Lifetime|Liquids|Gas|w/ - CCS|2, ... Lifetime|Liquids|Gas|w/ CCS|N (matching the assignment of plant types - to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: years -Lifetime|Liquids|Gas|w/o CCS: - description: 'Lifetime of a new gas to liquids plant w/o CCS. Lifetime should be - calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) - * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The - lifetime should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report lifetime for the additional plant types by adding variables Lifetime|Liquids|Gas|w/o - CCS|2, ... Lifetime|Liquids|Gas|w/o CCS|N (matching the assignment of plant types - to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: years -Lifetime|Liquids|Oil: - description: 'Lifetime of a new oil refining plant. Lifetime should be calculated - by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years - = 41 years) or by the e-folding time for exponential capacity depreciation. The - lifetime should refer to the plant type(s) for which capital costs have been reported. - If capital cost for more than one plant type has been reported, modellers should - report lifetime for the additional plant types by adding variables Lifetime|Liquids|Oil|w/ - CCS|2, ... Lifetime|Liquids|Oil|w/ CCS|N (matching the assignment of plant types - to technologies in the reporting of capital costs as documented in the comments - sheet). ' - unit: years -OM Cost|Fixed|Electricity|Biomass|w/ CCS: - description: Annual fixed operation & maintainance cost of a new biomass power plant - with CCS. If more than one CCS biomass power technology is modelled, modellers - should report fixed O&M costs for each represented CCS biomass power technology - by adding variables OM Cost|Fixed|Electricity|Biomass|w/ CCS|2, ... OM Cost|Fixed|Electricity|Biomass|w/ - CCS|N (with N = number of represented technologies) (matching the assignment of - plant types to technologies in the reporting of capital costs as documented in - the comments sheet). - unit: US$2010/kW/yr -OM Cost|Fixed|Electricity|Biomass|w/o CCS: - description: Annual fixed operation & maintainance cost of a new biomass power plant - w/o CCS. If more than one biomass power technology is modelled, modellers should - report fixed O&M costs for each represented biomass power technology by adding - variables OM Cost|Fixed|Electricity|Biomass|w/o CCS|2, ... OM Cost|Fixed|Electricity|Biomass|w/o - CCS|N (with N = number of represented technologies) (matching the assignment of - plant types to technologies in the reporting of capital costs as documented in - the comments sheet). - unit: US$2010/kW/yr -OM Cost|Fixed|Electricity|Coal|w/ CCS: - description: Annual fixed operation & maintainance cost of a new coal power plant - with CCS. If more than one CCS coal power technology is modelled (e.g. subcritical - PC with post-combustion capture, supercritical PC with post-combustion capture, - supercritical PC with oxyfuel combustion and capture, IGCC with pre-combustion - capture), modellers should report fixed O&M costs for each represented CCS coal - power technology by adding variables OM Cost|Fixed|Electricity|Coal|w/ CCS|2, - ... OM Cost|Fixed|Electricity|Coal|w/ CCS|N (with N = number of represented technologies) - (matching the assignment of plant types to technologies in the reporting of capital - costs as documented in the comments sheet). - unit: US$2010/kW/yr -OM Cost|Fixed|Electricity|Coal|w/o CCS: - description: Annual fixed operation & maintainance cost of a new coal power plant - w/o CCS. If more than one coal power technology is modelled (e.g. subcritical - PC, supercritical PC, IGCC), modellers should report fixed O&M costs for each - represented coal power technology by adding variables OM Cost|Fixed|Electricity|Coal|w/o - CCS|2, ... OM Cost|Fixed|Electricity|Coal|w/o CCS|N (with N = number of represented - technologies) (matching the assignment of plant types to technologies in the reporting - of capital costs as documented in the comments sheet). - unit: US$2010/kW/yr -OM Cost|Fixed|Electricity|Gas|w/ CCS: - description: Annual fixed operation & maintainance cost of a new gas power plant - with CCS. If more than one CCS gas power technology is modelled, modellers should - report fixed O&M costs for each represented CCS gas power technology by adding - variables OM Cost|Fixed|Electricity|Gas|w/ CCS|2, ... OM Cost|Fixed|Electricity|Gas|w/ - CCS|N (with N = number of represented technologies) (matching the assignment of - plant types to technologies in the reporting of capital costs as documented in - the comments sheet). - unit: US$2010/kW/yr -OM Cost|Fixed|Electricity|Gas|w/o CCS: - description: Annual fixed operation & maintainance cost of a new gas power plant - w/o CCS. If more than one gas power technology is modelled, modellers should report - fixed O&M costs for each represented gas power technology by adding variables - OM Cost|Fixed|Electricity|Gas|w/o CCS|2, ... OM Cost|Fixed|Electricity|Gas|w/o - CCS|N (with N = number of represented technologies) (matching the assignment of - plant types to technologies in the reporting of capital costs as documented in - the comments sheet). - unit: US$2010/kW/yr -OM Cost|Fixed|Electricity|Geothermal: - description: Annual fixed operation & maintainance cost of a new geothermal power - plants. If more than one geothermal power plant technology is modelled (e.g., - hydrothermal, hard dry rock), modellers should report fixed O&M costs for each - represented geothermal power technology by adding variables OM Cost|Fixed|Electricity|Geothermal|2, - ... Capital|Cost|Electricity|Geothermal|N (with N = number of represented geothermal - power technologies) (matching the assignment of plant types to technologies in - the reporting of capital costs as documented in the comments sheet). - unit: US$2010/kW/yr -OM Cost|Fixed|Electricity|Hydro: - description: Annual fixed operation & maintainance cost of a new hydropower plant. - If more than one hydropower technology is modelled, modellers should report fixed - O&M costs for each represented hydropower technology by adding variables OM Cost|Fixed|Electricity|Hydro|2, - ... OM Cost|Fixed|Electricity|Hydro|N (with N = number of represented technologies) - (matching the assignment of plant types to technologies in the reporting of capital - costs as documented in the comments sheet). - unit: US$2010/kW/yr -OM Cost|Fixed|Electricity|Nuclear: - description: Annual fixed operation & maintainance cost of a new nuclear power plants. - If more than one nuclear power plant technology is modelled (e.g., Gen II, III, - IV; LWR, thermal reactors with other moderator materials, fast breeders), modellers - should report fixed O&M costs for each represented nuclear power technology by - adding variables OM Cost|Fixed|Electricity|Nuclear|2, ... Capital|Cost|Electricity|Nuclear|N - (with N = number of represented nuclear power technologies) (matching the assignment - of plant types to technologies in the reporting of capital costs as documented - in the comments sheet). - unit: US$2010/kW/yr -OM Cost|Fixed|Electricity|Solar|CSP: - description: Annual fixed operation & maintainance cost of a new concentrated solar - power plant. If more than one CSP technology is modelled (e.g., parabolic trough, - solar power tower), modellers should report fixed O&M costs for each represented - CSP technology by adding variables OM Cost|Fixed|Electricity|Solar|CSP|2, ... - Capital|Cost|Electricity|Solar|CSP|N (with N = number of represented CSP technologies) - (matching the assignment of plant types to technologies in the reporting of capital - costs as documented in the comments sheet). - unit: US$2010/kW/yr -OM Cost|Fixed|Electricity|Solar|PV: - description: Annual fixed operation & maintainance cost of a new solar PV units. - If more than one PV technology is modelled (e.g., centralized PV plant, distributed - (rooftop) PV, crystalline SI PV, thin-film PV), modellers should report fixed - O&M costs for each represented PV technology by adding variables OM Cost|Fixed|Electricity|Solar|PV|2, - ... Capital|Cost|Electricity|Solar|PV|N (with N = number of represented PV technologies) - (matching the assignment of plant types to technologies in the reporting of capital - costs as documented in the comments sheet). - unit: US$2010/kW/yr -OM Cost|Fixed|Electricity|Wind: - description: Annual fixed operation & maintainance cost of a new wind power plants. - This variable should only be filled, if wind power is not separated into onshore - and offshore. If more than one wind power technology is modelled (e.g., wind power - units with different hub height and capacity), modellers should report fixed O&M - costs for each represented wind power technology by adding variables OM Cost|Fixed|Electricity|Wind|2, - ... Capital|Cost|Electricity|Wind|N (with N = number of represented wind power - technologies) (matching the assignment of plant types to technologies in the reporting - of capital costs as documented in the comments sheet). - unit: US$2010/kW/yr -OM Cost|Fixed|Electricity|Wind|Offshore: - description: Annual fixed operation & maintainance cost of a new offshore wind power - plants. This variable should only be filled, if wind power is separated into onshore - and offshore. If more than one offshore wind power technology is modelled (e.g., - wind power units with different hub height and capacity), modellers should report - fixed O&M costs for each represented wind power technology by adding variables - OM Cost|Fixed|Electricity|Wind|Offshore|2, ... Capital|Cost|Electricity|Wind|Offshore|N - (with N = number of represented offshore wind power technologies) (matching the - assignment of plant types to technologies in the reporting of capital costs as - documented in the comments sheet). - unit: US$2010/kW/yr -OM Cost|Fixed|Electricity|Wind|Onshore: - description: Annual fixed operation & maintainance cost of a new onshore wind power - plants. This variable should only be filled, if wind power is separated into onshore - and offshore. If more than one onshore wind power technology is modelled (e.g., - wind power units with different hub height and capacity), modellers should report - fixed O&M costs for each represented wind power technology by adding variables - OM Cost|Fixed|Electricity|Wind|Onshore|2, ... Capital|Cost|Electricity|Wind|Onshore|N - (with N = number of represented onshore wind power technologies) (matching the - assignment of plant types to technologies in the reporting of capital costs as - documented in the comments sheet). - unit: US$2010/kW/yr -OM Cost|Fixed|Gases|Biomass|w/ CCS: - description: Annual fixed operation & maintainance cost of a new biomass to gas - plant with CCS. If more than one CCS biomass to gas technology is modelled, modellers - should report fixed O&M costs for each represented CCS biomass to gas technology - by adding variables OM Cost|Fixed|Gases|Biomass|w/ CCS|2, ... OM Cost|Fixed|Gases|Biomass|w/ - CCS|N (with N = number of represented technologies). (matching the assignment - of plant types to technologies in the reporting of capital costs as documented - in the comments sheet). - unit: US$2010/kW/yr -OM Cost|Fixed|Gases|Biomass|w/o CCS: - description: Annual fixed operation & maintainance cost of a new biomass to gas - plant w/o CCS. If more than one biomass to gas technology is modelled, modellers - should report fixed O&M costs for each represented biomass to gas technology - by adding variables OM Cost|Fixed|Gases|Biomass|w/o CCS|2, ... OM Cost|Fixed|Gases|Biomass|w/o - CCS|N (with N = number of represented technologies). (matching the assignment - of plant types to technologies in the reporting of capital costs as documented - in the comments sheet). - unit: US$2010/kW/yr -OM Cost|Fixed|Gases|Coal|w/ CCS: - description: Annual fixed operation & maintainance cost of a new coal to gas plant - with CCS. If more than one CCS coal to gas technology is modelled, modellers should - report fixed O&M costs for each represented CCS coal to gas technology by adding - variables OM Cost|Fixed|Gases|Coal|w/ CCS|2, ... OM Cost|Fixed|Gases|Coal|w/ CCS|N - (with N = number of represented technologies) (matching the assignment of plant - types to technologies in the reporting of capital costs as documented in the comments - sheet). - unit: US$2010/kW/yr -OM Cost|Fixed|Gases|Coal|w/o CCS: - description: Annual fixed operation & maintainance cost of a new coal to gas plant - w/o CCS. If more than one coal to gas technology is modelled, modellers should - report fixed O&M costs for each represented coal to gas technology by adding - variables OM Cost|Fixed|Gases|Coal|w/o CCS|2, ... OM Cost|Fixed|Gases|Coal|w/o - CCS|N (with N = number of represented technologies) (matching the assignment of - plant types to technologies in the reporting of capital costs as documented in - the comments sheet). - unit: US$2010/kW/yr -OM Cost|Fixed|Hydrogen|Biomass|w/ CCS: - description: Annual fixed operation & maintainance cost of a new biomass to hydrogen - plant with CCS. If more than one CCS biomass to hydrogen technology is modelled, - modellers should report fixed O&M costs for each represented CCS biomass to hydrogen - technology by adding variables OM Cost|Fixed|Hydrogen|Biomass|w/ CCS|2, ... OM - Cost|Fixed|Hydrogen|Biomass|w/ CCS|N (with N = number of represented technologies) - (matching the assignment of plant types to technologies in the reporting of capital - costs as documented in the comments sheet). - unit: US$2010/kW/yr -OM Cost|Fixed|Hydrogen|Biomass|w/o CCS: - description: Annual fixed operation & maintainance cost of a new biomass to hydrogen - plant w/o CCS. If more than one biomass to hydrogen technology is modelled, modellers - should report fixed O&M costs for each represented biomass to hydrogen technology - by adding variables OM Cost|Fixed|Hydrogen|Biomass|w/o CCS|2, ... OM Cost|Fixed|Hydrogen|Biomass|w/o - CCS|N (with N = number of represented technologies) (matching the assignment of - plant types to technologies in the reporting of capital costs as documented in - the comments sheet). - unit: US$2010/kW/yr -OM Cost|Fixed|Hydrogen|Coal|w/ CCS: - description: Annual fixed operation & maintainance cost of a new coal to hydrogen - plant with CCS. If more than one CCS coal to hydrogen technology is modelled, - modellers should report fixed O&M costs for each represented CCS coal to hydrogen - technology by adding variables OM Cost|Fixed|Hydrogen|Coal|w/ CCS|2, ... OM Cost|Fixed|Hydrogen|Coal|w/ - CCS|N (with N = number of represented technologies) (matching the assignment of - plant types to technologies in the reporting of capital costs as documented in - the comments sheet). - unit: US$2010/kW/yr -OM Cost|Fixed|Hydrogen|Coal|w/o CCS: - description: Annual fixed operation & maintainance cost of a new coal to hydrogen - plant w/o CCS. If more than one coal to hydrogen technology is modelled, modellers - should report fixed O&M costs for each represented coal to hydrogen technology - by adding variables OM Cost|Fixed|Hydrogen|Coal|w/o CCS|2, ... OM Cost|Fixed|Hydrogen|Coal|w/o - CCS|N (with N = number of represented technologies) (matching the assignment of - plant types to technologies in the reporting of capital costs as documented in - the comments sheet). - unit: US$2010/kW/yr -OM Cost|Fixed|Hydrogen|Electricity: - description: Annual fixed operation & maintainance cost of a new hydrogen-by-electrolysis - plant. If more than hydrogen-by-electrolysis technology is modelled, modellers - should report fixed O&M costs for each represented hydrogen-by-electrolysis technology - by adding variables OM Cost|Fixed|Hydrogen|Electricity|2, ... OM Cost|Fixed|Hydrogen|Electricity|N - (with N = number of represented technologies) (matching the assignment of plant - types to technologies in the reporting of capital costs as documented in the comments - sheet). - unit: US$2010/kW/yr -OM Cost|Fixed|Hydrogen|Gas|w/ CCS: - description: Annual fixed operation & maintainance cost of a new gas to hydrogen - plant with CCS. If more than one CCS gas to hydrogen technology is modelled, modellers - should report fixed O&M costs for each represented CCS gas to hydrogen technology - by adding variables OM Cost|Fixed|Hydrogen|Gas|w/ CCS|2, ... OM Cost|Fixed|Hydrogen|Gas|w/ - CCS|N (with N = number of represented technologies) (matching the assignment of - plant types to technologies in the reporting of capital costs as documented in - the comments sheet). - unit: US$2010/kW/yr -OM Cost|Fixed|Hydrogen|Gas|w/o CCS: - description: Annual fixed operation & maintainance cost of a new gas to hydrogen - plant w/o CCS. If more than one gas to hydrogen technology is modelled, modellers - should report fixed O&M costs for each represented gas to hydrogen technology - by adding variables OM Cost|Fixed|Hydrogen|Gas|w/o CCS|2, ... OM Cost|Fixed|Hydrogen|Gas|w/o - CCS|N (with N = number of represented technologies) (matching the assignment of - plant types to technologies in the reporting of capital costs as documented in - the comments sheet). - unit: US$2010/kW/yr -OM Cost|Fixed|Liquids|Biomass|w/ CCS: - description: Annual fixed operation & maintainance cost of a new biomass to liquids - plant with CCS. If more than one CCS BTL technology is modelled, modellers should - report fixed O&M costs for each represented CCS BTL technology by adding variables - OM Cost|Fixed|Liquids|Biomass|w/ CCS|2, ... OM Cost|Fixed|Liquids|Biomass|w/ CCS|N - (with N = number of represented technologies) (matching the assignment of plant - types to technologies in the reporting of capital costs as documented in the comments - sheet). - unit: US$2010/kW/yr -OM Cost|Fixed|Liquids|Biomass|w/o CCS: - description: Annual fixed operation & maintainance cost of a new biomass to liquids - plant w/o CCS. If more than one BTL technology is modelled, modellers should report - fixed O&M costs for each represented BTL technology by adding variables OM Cost|Fixed|Liquids|Biomass|w/o - CCS|2, ... OM Cost|Fixed|Liquids|Biomass|w/o CCS|N (with N = number of represented - technologies) (matching the assignment of plant types to technologies in the reporting - of capital costs as documented in the comments sheet). - unit: US$2010/kW/yr -OM Cost|Fixed|Liquids|Coal|w/ CCS: - description: Annual fixed operation & maintainance cost of a new coal to liquids - plant with CCS. If more than one CCS CTL technology is modelled, modellers should - report fixed O&M costs for each represented CCS CTL technology by adding variables - OM Cost|Fixed|Liquids|Coal|w/ CCS|2, ... OM Cost|Fixed|Liquids|Coal|w/ CCS|N (with - N = number of represented technologies) (matching the assignment of plant types - to technologies in the reporting of capital costs as documented in the comments - sheet). - unit: US$2010/kW/yr -OM Cost|Fixed|Liquids|Coal|w/o CCS: - description: Annual fixed operation & maintainance cost of a new coal to liquids - plant w/o CCS. If more than one CTL technology is modelled, modellers should report - fixed O&M costs for each represented CTL technology by adding variables OM Cost|Fixed|Liquids|Coal|w/o - CCS|2, ... OM Cost|Fixed|Liquids|Coal|w/o CCS|N (with N = number of represented - technologies) (matching the assignment of plant types to technologies in the reporting - of capital costs as documented in the comments sheet). - unit: US$2010/kW/yr -OM Cost|Fixed|Liquids|Gas|w/ CCS: - description: Annual fixed operation & maintainance cost of a new gas to liquids - plant with CCS. If more than one CCS GTL technology is modelled, modellers should - report fixed O&M costs for each represented CCS GTL technology by adding variables - OM Cost|Fixed|Liquids|Gas|w/ CCS|2, ... OM Cost|Fixed|Liquids|Gas|w/ CCS|N (with - N = number of represented technologies) (matching the assignment of plant types - to technologies in the reporting of capital costs as documented in the comments - sheet). - unit: US$2010/kW/yr -OM Cost|Fixed|Liquids|Gas|w/o CCS: - description: Annual fixed operation & maintainance cost of a new gas to liquids - plant w/o CCS. If more than one GTL technology is modelled, modellers should report - fixed O&M costs for each represented GTL technology by adding variables OM Cost|Fixed|Liquids|Gas|w/o - CCS|2, ... OM Cost|Fixed|Liquids|Gas|w/o CCS|N (with N = number of represented - technologies) (matching the assignment of plant types to technologies in the reporting - of capital costs as documented in the comments sheet). - unit: US$2010/kW/yr -OM Cost|Fixed|Liquids|Oil: - description: Annual fixed operation & maintainance cost of a new oil refining plant. - If more than one refinery technology is modelled, modellers should report fixed - O&M costs for each represented refinery technology by adding variables OM Cost|Fixed|Liquids|Oil|2, - ... OM Cost|Fixed|Liquids|Oil|N (with N = number of represented technologies) - (matching the assignment of plant types to technologies in the reporting of capital - costs as documented in the comments sheet). - unit: US$2010/kW/yr +- Capital Cost|Electricity|Biomass|w/ CCS: + description: capital cost of a new biomass power plant with CCS. If more than + technology in this category is modelled, modellers should report capital costs + for the technology that is used most; please specify the technology name/characteristics + in the comments. + unit: USD_2010/kW +- Capital Cost|Electricity|Biomass|w/o CCS: + description: capital cost of a new biomass power plant w/o CCS. If more than technology + in this category is modelled, modellers should report capital costs for the + technology that is used most; please specify the technology name/characteristics + in the comments. + unit: USD_2010/kW +- Capital Cost|Electricity|Coal|w/ CCS: + description: capital cost of a new coal power plant with CCS. If more than technology + in this category is modelled, modellers should report capital costs for the + technology that is used most; please specify the technology name/characteristics + in the comments. + unit: USD_2010/kW +- Capital Cost|Electricity|Coal|w/o CCS: + description: capital cost of a new coal power plant w/o CCS. If more than technology + in this category is modelled, modellers should report capital costs for the + technology that is used most; please specify the technology name/characteristics + in the comments. + unit: USD_2010/kW +- Capital Cost|Electricity|Gas|w/ CCS: + description: capital cost of a new gas power plant with CCS. If more than technology + in this category is modelled, modellers should report capital costs for the + technology that is used most; please specify the technology name/characteristics + in the comments. + unit: USD_2010/kW +- Capital Cost|Electricity|Gas|w/o CCS: + description: capital cost of a new gas power plant w/o CCS. If more than technology + in this category is modelled, modellers should report capital costs for the + technology that is used most; please specify the technology name/characteristics + in the comments. + unit: USD_2010/kW +- Capital Cost|Electricity|Geothermal: + description: capital cost of a new geothermal power plant. If more than technology + in this category is modelled, modellers should report capital costs for the + technology that is used most; please specify the technology name/characteristics + in the comments. + unit: USD_2010/kW +- Capital Cost|Electricity|Hydro: + description: capital cost of a new hydropower plant. If more than technology in + this category is modelled, modellers should report capital costs for the technology + that is used most; please specify the technology name/characteristics in the + comments. + unit: USD_2010/kW +- Capital Cost|Electricity|Nuclear: + description: capital cost of a new nuclear power plants. If more than technology + in this category is modelled, modellers should report capital costs for the + technology that is used most; please specify the technology name/characteristics + in the comments. + unit: USD_2010/kW +- Capital Cost|Electricity|Solar|CSP: + description: capital cost of a new concentrated solar power plant. If more than + technology in this category is modelled, modellers should report capital costs + for the technology that is used most; please specify the technology name/characteristics + in the comments. + unit: USD_2010/kW +- Capital Cost|Electricity|Solar|PV: + description: capital cost of a new solar PV units. If more than technology in + this category is modelled, modellers should report capital costs for the technology + that is used most; please specify the technology name/characteristics in the + comments. + unit: USD_2010/kW +- Capital Cost|Electricity|Wind|Offshore: + description: capital cost of a new offshore wind power plants. If more than technology + in this category is modelled, modellers should report capital costs for the + technology that is used most; please specify the technology name/characteristics + in the comments. + unit: USD_2010/kW +- Capital Cost|Electricity|Wind|Onshore: + description: capital cost of a new onshore wind power plants. If more than technology + in this category is modelled, modellers should report capital costs for the + technology that is used most; please specify the technology name/characteristics + in the comments. + unit: USD_2010/kW +- Capital Cost|Gases|Biomass|w/ CCS: + description: capital cost of a new biomass to gas plant with CCS. If more than + technology in this category is modelled, modellers should report capital costs + for the technology that is used most; please specify the technology name/characteristics + in the comments. + unit: USD_2010/kW +- Capital Cost|Gases|Biomass|w/o CCS: + description: capital cost of a new biomass to gas plant w/o CCS. If more than + technology in this category is modelled, modellers should report capital costs + for the technology that is used most; please specify the technology name/characteristics + in the comments. + unit: USD_2010/kW +- Capital Cost|Gases|Coal|w/ CCS: + description: capital cost of a new coal to gas plant with CCS. If more than technology + in this category is modelled, modellers should report capital costs for the + technology that is used most; please specify the technology name/characteristics + in the comments. + unit: USD_2010/kW +- Capital Cost|Gases|Coal|w/o CCS: + description: capital cost of a new coal to gas plant w/o CCS. If more than technology + in this category is modelled, modellers should report capital costs for the + technology that is used most; please specify the technology name/characteristics + in the comments. + unit: USD_2010/kW +- Capital Cost|Hydrogen|Biomass|w/ CCS: + description: capital cost of a new biomass to hydrogen plant with CCS. If more + than technology in this category is modelled, modellers should report capital + costs for the technology that is used most; please specify the technology name/characteristics + in the comments. + unit: USD_2010/kW +- Capital Cost|Hydrogen|Biomass|w/o CCS: + description: capital cost of a new biomass to hydrogen plant w/o CCS. If more + than technology in this category is modelled, modellers should report capital + costs for the technology that is used most; please specify the technology name/characteristics + in the comments. + unit: USD_2010/kW +- Capital Cost|Hydrogen|Coal|w/ CCS: + description: capital cost of a new coal to hydrogen plant with CCS. If more than + technology in this category is modelled, modellers should report capital costs + for the technology that is used most; please specify the technology name/characteristics + in the comments. + unit: USD_2010/kW +- Capital Cost|Hydrogen|Coal|w/o CCS: + description: capital cost of a new coal to hydrogen plant w/o CCS. If more than + technology in this category is modelled, modellers should report capital costs + for the technology that is used most; please specify the technology name/characteristics + in the comments. + unit: USD_2010/kW +- Capital Cost|Hydrogen|Electricity: + description: capital cost of a new hydrogen-by-electrolysis plant. If more than + technology in this category is modelled, modellers should report capital costs + for the technology that is used most; please specify the technology name/characteristics + in the comments. + unit: USD_2010/kW +- Capital Cost|Hydrogen|Gas|w/ CCS: + description: capital cost of a new gas to hydrogen plant with CCS. If more than + technology in this category is modelled, modellers should report capital costs + for the technology that is used most; please specify the technology name/characteristics + in the comments. + unit: USD_2010/kW +- Capital Cost|Hydrogen|Gas|w/o CCS: + description: capital cost of a new gas to hydrogen plant w/o CCS. If more than + technology in this category is modelled, modellers should report capital costs + for the technology that is used most; please specify the technology name/characteristics + in the comments. + unit: USD_2010/kW +- Capital Cost|Liquids|Biomass|w/ CCS: + description: capital cost of a new biomass to liquids plant with CCS. If more + than technology in this category is modelled, modellers should report capital + costs for the technology that is used most; please specify the technology name/characteristics + in the comments. + unit: USD_2010/kW +- Capital Cost|Liquids|Biomass|w/o CCS: + description: capital cost of a new biomass to liquids plant w/o CCS. If more than + technology in this category is modelled, modellers should report capital costs + for the technology that is used most; please specify the technology name/characteristics + in the comments. + unit: USD_2010/kW +- Capital Cost|Liquids|Coal|w/ CCS: + description: capital cost of a new coal to liquids plant with CCS. If more than + technology in this category is modelled, modellers should report capital costs + for the technology that is used most; please specify the technology name/characteristics + in the comments. + unit: USD_2010/kW +- Capital Cost|Liquids|Coal|w/o CCS: + description: capital cost of a new coal to liquids plant w/o CCS. If more than + technology in this category is modelled, modellers should report capital costs + for the technology that is used most; please specify the technology name/characteristics + in the comments. + unit: USD_2010/kW +- Capital Cost|Liquids|Gas|w/ CCS: + description: capital cost of a new gas to liquids plant with CCS. If more than + technology in this category is modelled, modellers should report capital costs + for the technology that is used most; please specify the technology name/characteristics + in the comments. + unit: USD_2010/kW +- Capital Cost|Liquids|Gas|w/o CCS: + description: capital cost of a new gas to liquids plant w/o CCS. If more than + technology in this category is modelled, modellers should report capital costs + for the technology that is used most; please specify the technology name/characteristics + in the comments. + unit: USD_2010/kW +- Capital Cost|Liquids|Oil: + description: capital cost of a new oil refining plant. If more than technology + in this category is modelled, modellers should report capital costs for the + technology that is used most; please specify the technology name/characteristics + in the comments. + unit: USD_2010/kW +- Efficiency|Electricity|Biomass|w/ CCS: + description: 'Conversion efficiency (electricity produced per unit of primary + energy input) of a new biomass power plant with CCS. The efficiency should refer + to the plant type(s) for which capital costs have been reported. If capital + cost for more than one plant type has been reported, modellers should report + efficiency for the additional plant types by adding variables Efficiency|Electricity| + Biomass|w/ CCS|2, ... Efficiency|Electricity|Biomass|w/ CCS|N (matching the + assignment of plant types to technologies in the reporting of capital costs + as documented in the comments sheet). ' + unit: '%' +- Efficiency|Electricity|Biomass|w/o CCS: + description: 'Conversion efficiency (electricity produced per unit of primary + energy input) of a new biomass power plant w/o CCS. The efficiency should refer + to the plant type(s) for which capital costs have been reported. If capital + cost for more than one plant type has been reported, modellers should report + efficiency for the additional plant types by adding variables Efficiency|Electricity|Biomass|w/o + CCS|2, ... Efficiency|Electricity|Biomass|w/o CCS|N (matching the assignment + of plant types to technologies in the reporting of capital costs as documented + in the comments sheet). ' + unit: '%' +- Efficiency|Electricity|Coal|w/ CCS: + description: 'Conversion efficiency (electricity produced per unit of primary + energy input) of a new coal power plant with CCS. The efficiency should refer + to the plant type(s) for which capital costs have been reported. If capital + cost for more than one plant type has been reported, modellers should report + efficiency for the additional plant types by adding variables Efficiency|Electricity|Coal|w/ + CCS|2, ... Efficiency|Electricity|Coal|w/ CCS|N (matching the assignment of + plant types to technologies in the reporting of capital costs as documented + in the comments sheet). ' + unit: '%' +- Efficiency|Electricity|Coal|w/o CCS: + description: 'Conversion efficiency (electricity produced per unit of primary + energy input) of a new coal power plant w/o CCS. The efficiency should refer + to the plant type(s) for which capital costs have been reported. If capital + cost for more than one plant type has been reported, modellers should report + efficiency for the additional plant types by adding variables Efficiency|Electricity|Coal|w/o + CCS|2, ... Efficiency|Electricity|Coal|w/o CCS|N (matching the assignment of + plant types to technologies in the reporting of capital costs as documented + in the comments sheet). ' + unit: '%' +- Efficiency|Electricity|Gas|w/ CCS: + description: 'Conversion efficiency (electricity produced per unit of primary + energy input) of a new gas power plant with CCS. The efficiency should refer + to the plant type(s) for which capital costs have been reported. If capital + cost for more than one plant type has been reported, modellers should report + efficiency for the additional plant types by adding variables Efficiency|Electricity|Gas|w/ + CCS|2, ... Efficiency|Electricity|Gas|w/ CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). ' + unit: '%' +- Efficiency|Electricity|Gas|w/o CCS: + description: 'Conversion efficiency (electricity produced per unit of primary + energy input) of a new gas power plant w/o CCS. The efficiency should refer + to the plant type(s) for which capital costs have been reported. If capital + cost for more than one plant type has been reported, modellers should report + efficiency for the additional plant types by adding variables Efficiency|Electricity|Gas|w/o + CCS|2, ... Efficiency|Electricity|Gas|w/o CCS|N (matching the assignment of + plant types to technologies in the reporting of capital costs as documented + in the comments sheet). ' + unit: '%' +- Efficiency|Gases|Biomass|w/ CCS: + description: 'Conversion efficiency (energy content of gases produced per unit + of primary energy input) of a new biomass to gas plant with CCS. The efficiency + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report efficiency for the additional plant types by adding variables Efficiency|Gases|Biomass|w/ + CCS|2, ... Efficiency|Gases|Biomass|w/ CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). ' + unit: '%' +- Efficiency|Gases|Biomass|w/o CCS: + description: 'Conversion efficiency (energy content of gases produced per unit + of primary energy input) of a new coal to gas plant w/o CCS. The efficiency + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report efficiency for the additional plant types by adding variables Efficiency|Gases|Coal|w/o + CCS|2, ... Efficiency|Gases|Coal|w/o CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). ' + unit: '%' +- Efficiency|Gases|Coal|w/ CCS: + description: 'Conversion efficiency (energy content of gases produced per unit + of primary energy input) of a new coal to gas plant with CCS. The efficiency + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report efficiency for the additional plant types by adding variables Efficiency|Gases|Coal|w/ + CCS|2, ... Efficiency|Gases|Coal|w/ CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). ' + unit: '%' +- Efficiency|Gases|Coal|w/o CCS: + description: 'Conversion efficiency (energy content of gases produced per unit + of primary energy input) of a new coal to gas plant w/o CCS. The efficiency + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report efficiency for the additional plant types by adding variables Efficiency|Gases|Coal|w/o + CCS|2, ... Efficiency|Gases|Coal|w/o CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). ' + unit: '%' +- Efficiency|Hydrogen|Biomass|w/ CCS: + description: 'Conversion efficiency (energy content of hydrogen produced per unit + of primary energy input) of a new biomass to hydrogen plant with CCS. The efficiency + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report efficiency for the additional plant types by adding variables Efficiency|Hydrogen|Biomass|w/ + CCS|2, ... Efficiency|Hydrogen|Biomass|w/ CCS|N (matching the assignment of + plant types to technologies in the reporting of capital costs as documented + in the comments sheet). ' + unit: '%' +- Efficiency|Hydrogen|Biomass|w/o CCS: + description: 'Conversion efficiency (energy content of hydrogen produced per unit + of primary energy input) of a new biomass to hydrogen plant w/o CCS. The efficiency + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report efficiency for the additional plant types by adding variables Efficiency|Hydrogen|Biomass|w/o + CCS|2, ... Efficiency|Hydrogen|Biomass|w/o CCS|N (matching the assignment of + plant types to technologies in the reporting of capital costs as documented + in the comments sheet). ' + unit: '%' +- Efficiency|Hydrogen|Coal|w/ CCS: + description: 'Conversion efficiency (energy content of hydrogen produced per unit + of primary energy input) of a new coal to hydrogen plant with CCS. The efficiency + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report efficiency for the additional plant types by adding variables Efficiency|Hydrogen|Coal|w/ + CCS|2, ... Efficiency|Hydrogen|Coal|w/ CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). ' + unit: '%' +- Efficiency|Hydrogen|Coal|w/o CCS: + description: 'Conversion efficiency (energy content of hydrogen produced per unit + of primary energy input) of a new coal to hydrogen plant w/o CCS. The efficiency + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report efficiency for the additional plant types by adding variables Efficiency|Hydrogen|Coal|w/o + CCS|2, ... Efficiency|Hydrogen|Coal|w/o CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). ' + unit: '%' +- Efficiency|Hydrogen|Electricity: + description: 'Conversion efficiency (energy content of hydrogen produced per unit + of electricity input) of a new hydrogen-by-electrolysis plant. The efficiency + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report efficiency for the additional plant types by adding variables Efficiency|Hydrogen|Electricity|2, + ... Efficiency|Hydrogen|Electricity|w/ CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). ' + unit: '%' +- Efficiency|Hydrogen|Gas|w/ CCS: + description: 'Conversion efficiency (energy content of hydrogen produced per unit + of primary energy input) of a new gas to hydrogen plant with CCS. The efficiency + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report efficiency for the additional plant types by adding variables Efficiency|Hydrogen|Gas|w/ + CCS|2, ... Efficiency|Hydrogen|Gas|w/ CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). ' + unit: '%' +- Efficiency|Hydrogen|Gas|w/o CCS: + description: 'Conversion efficiency (energy content of hydrogen produced per unit + of primary energy input) of a new gas to hydrogen plant w/o CCS. The efficiency + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report efficiency for the additional plant types by adding variables Efficiency|Hydrogen|Gas|w/o + CCS|2, ... Efficiency|Hydrogen|Gas|w/o CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). ' + unit: '%' +- Efficiency|Liquids|Biomass|w/ CCS: + description: 'Conversion efficiency (energy content of liquids produced per unit + of primary energy input) of a new biomass to liquids plant with CCS. The efficiency + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report efficiency for the additional plant types by adding variables Efficiency|Liquids|Biomass|w/ + CCS|2, ... Efficiency|Liquids|Biomass|w/ CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). ' + unit: '%' +- Efficiency|Liquids|Biomass|w/o CCS: + description: 'Conversion efficiency (energy content of liquids produced per unit + of primary energy input) of a new biomass to liquids plant w/o CCS. The efficiency + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report efficiency for the additional plant types by adding variables Efficiency|Liquids|Biomass|w/o + CCS|2, ... Efficiency|Liquids|Biomass|w/o CCS|N (matching the assignment of + plant types to technologies in the reporting of capital costs as documented + in the comments sheet). ' + unit: '%' +- Efficiency|Liquids|Coal|w/ CCS: + description: 'Conversion efficiency (energy content of liquids produced per unit + of primary energy input) of a new coal to liquids plant with CCS. The efficiency + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report efficiency for the additional plant types by adding variables Efficiency|Liquids|Coal|w/ + CCS|2, ... Efficiency|Liquids|Coal|w/ CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). ' + unit: '%' +- Efficiency|Liquids|Coal|w/o CCS: + description: 'Conversion efficiency (energy content of liquids produced per unit + of primary energy input) of a new coal to liquids plant w/o CCS. The efficiency + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report efficiency for the additional plant types by adding variables Efficiency|Liquids|Coal|w/o + CCS|2, ... Efficiency|Liquids|Coal|w/o CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). ' + unit: '%' +- Efficiency|Liquids|Gas|w/ CCS: + description: 'Conversion efficiency (energy content of liquids produced per unit + of primary energy input) of a new gas to liquids plant with CCS. The efficiency + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report efficiency for the additional plant types by adding variables Efficiency|Liquids|Gas|w/ + CCS|2, ... Efficiency|Liquids|Gas|w/ CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). ' + unit: '%' +- Efficiency|Liquids|Gas|w/o CCS: + description: 'Conversion efficiency (energy content of liquids produced per unit + of primary energy input) of a new gas to liquids plant w/o CCS. The efficiency + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report efficiency for the additional plant types by adding variables Efficiency|Liquids|Gas|w/o + CCS|2, ... Efficiency|Liquids|Gas|w/o CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). ' + unit: '%' +- Efficiency|Liquids|Oil: + description: 'Conversion efficiency (energy content of liquids produced per unit + of primary energy input) of a new oil refining plant. The efficiency should + refer to the plant type(s) for which capital costs have been reported. If capital + cost for more than one plant type has been reported, modellers should report + efficiency for the additional plant types by adding variables Efficiency|Liquids|Oil|2, + ... Efficiency|Electricity|Oil|w/o CCS|N (matching the assignment of plant types + to technologies in the reporting of capital costs as documented in the comments + sheet). ' + unit: '%' +- Lifetime|Electricity|Biomass|w/ CCS: + description: 'Lifetime of a new biomass power plant with CCS. Lifetime should + be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been + reported. If capital cost for more than one plant type has been reported, modellers + should report lifetime for the additional plant types by adding variables Lifetime|Electricity|Biomass|w/ + CCS|2, ... Lifetime|Electricity|Biomass|w/ CCS|N (matching the assignment of + plant types to technologies in the reporting of capital costs as documented + in the comments sheet). ' + unit: years +- Lifetime|Electricity|Biomass|w/o CCS: + description: 'Lifetime of a new biomass power plant w/o CCS. Lifetime should be + calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been + reported. If capital cost for more than one plant type has been reported, modellers + should report lifetime for the additional plant types by adding variables Lifetime|Electricity|Biomass|w/o + CCS|2, ... Lifetime|Electricity|Biomass|w/o CCS|N (matching the assignment of + plant types to technologies in the reporting of capital costs as documented + in the comments sheet). ' + unit: years +- Lifetime|Electricity|Coal|w/ CCS: + description: 'Lifetime of a new coal power plant with CCS. Lifetime should be + calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been + reported. If capital cost for more than one plant type has been reported, modellers + should report lifetime for the additional plant types by adding variables Lifetime|Electricity|Coal|w/ + CCS|2, ... Lifetime|Electricity|Coal|w/ CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). ' + unit: years +- Lifetime|Electricity|Coal|w/o CCS: + description: 'Lifetime of a new coal power plant w/o CCS. Lifetime should be calculated + by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years + = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been + reported. If capital cost for more than one plant type has been reported, modellers + should report lifetime for the additional plant types by adding variables Lifetime|Electricity|Coal|w/o + CCS|2, ... Lifetime|Electricity|Coal|w/o CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). ' + unit: years +- Lifetime|Electricity|Gas|w/ CCS: + description: 'Lifetime of a new gas power plant with CCS. Lifetime should be calculated + by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years + = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been + reported. If capital cost for more than one plant type has been reported, modellers + should report lifetime for the additional plant types by adding variables Lifetime|Electricity|Gas|w/ + CCS|2, ... Lifetime|Electricity|Gas|w/ CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). ' + unit: years +- Lifetime|Electricity|Gas|w/o CCS: + description: 'Lifetime of a new gas power plant w/o CCS. Lifetime should be calculated + by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years + = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been + reported. If capital cost for more than one plant type has been reported, modellers + should report lifetime for the additional plant types by adding variables Lifetime|Electricity|Gas|w/o + CCS|2, ... Lifetime|Electricity|Gas|w/o CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). ' + unit: years +- Lifetime|Electricity|Geothermal: + description: 'Lifetime of a new geothermal power plant. Lifetime should be calculated + by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years + = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been + reported. If capital cost for more than one plant type has been reported, modellers + should report lifetime for the additional plant types by adding variables Lifetime|Electricity|Geothermal|2, + ... Lifetime|Electricity|Geothermal|N (matching the assignment of plant types + to technologies in the reporting of capital costs as documented in the comments + sheet). ' + unit: years +- Lifetime|Electricity|Hydro: + description: 'Lifetime of a new hydropower plant. Lifetime should be calculated + by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years + = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been + reported. If capital cost for more than one plant type has been reported, modellers + should report lifetime for the additional plant types by adding variables Lifetime|Electricity|Hydro|2, + ... Lifetime|Electricity|Hydro|N (matching the assignment of plant types to + technologies in the reporting of capital costs as documented in the comments + sheet). ' + unit: years +- Lifetime|Electricity|Nuclear: + description: 'Lifetime of a new nuclear power plant. Lifetime should be calculated + by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years + = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been + reported. If capital cost for more than one plant type has been reported, modellers + should report lifetime for the additional plant types by adding variables Lifetime|Electricity|Nuclear|2, + ... Lifetime|Electricity|Nuclear|N (matching the assignment of plant types to + technologies in the reporting of capital costs as documented in the comments + sheet). ' + unit: years +- Lifetime|Electricity|Solar|CSP: + description: 'Lifetime of a new concentrated solar power plant. Lifetime should + be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been + reported. If capital cost for more than one plant type has been reported, modellers + should report lifetime for the additional plant types by adding variables Lifetime|Electricity|Solar|CSP|2, + ... Lifetime|Electricity|Solar|CSP|N (matching the assignment of plant types + to technologies in the reporting of capital costs as documented in the comments + sheet). ' + unit: years +- Lifetime|Electricity|Solar|PV: + description: 'Lifetime of a new PV unit. Lifetime should be calculated by summing + all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) + or by the e-folding time for exponential capacity depreciation. The lifetime + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Electricity|Solar|PV|2, + ... Lifetime|Electricity|Solar|PV|N (matching the assignment of plant types + to technologies in the reporting of capital costs as documented in the comments + sheet). ' + unit: years +- Lifetime|Electricity|Wind: + description: 'Lifetime of a new wind power plant (report only if wind power is + not separated in onshore and offshore). Lifetime should be calculated by summing + all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) + or by the e-folding time for exponential capacity depreciation. The lifetime + should refer to the plant type(s) for which capital costs have been reported. + If capital cost for more than one plant type has been reported, modellers should + report lifetime for the additional plant types by adding variables Lifetime|Electricity|Wind|2, + ... Lifetime|Electricity|Wind|N (matching the assignment of plant types to technologies + in the reporting of capital costs as documented in the comments sheet). ' + unit: years +- Lifetime|Electricity|Wind|Offshore: + description: 'Lifetime of a new offshore wind power plant. Lifetime should be + calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been + reported. If capital cost for more than one plant type has been reported, modellers + should report lifetime for the additional plant types by adding variables Lifetime|Electricity|Wind|Offshore|2, + ... Lifetime|Electricity|Wind|Offshore|N (matching the assignment of plant types + to technologies in the reporting of capital costs as documented in the comments + sheet). ' + unit: years +- Lifetime|Electricity|Wind|Onshore: + description: 'Lifetime of a new onshore wind power plant. Lifetime should be calculated + by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years + = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been + reported. If capital cost for more than one plant type has been reported, modellers + should report lifetime for the additional plant types by adding variables Lifetime|Electricity|Wind|Onshore|2, + ... Lifetime|Electricity|Wind|Onshore|N (matching the assignment of plant types + to technologies in the reporting of capital costs as documented in the comments + sheet). ' + unit: years +- Lifetime|Gases|Biomass|w/ CCS: + description: 'Lifetime of a new biomass to gas plant with CCS. Lifetime should + be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been + reported. If capital cost for more than one plant type has been reported, modellers + should report lifetime for the additional plant types by adding variables Lifetime|Gases|Biomass|w/ + CCS|2, ... Lifetime|Gases|Biomass|w/ CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). ' + unit: years +- Lifetime|Gases|Biomass|w/o CCS: + description: 'Lifetime of a new biomass to gas plant w/o CCS. Lifetime should + be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been + reported. If capital cost for more than one plant type has been reported, modellers + should report lifetime for the additional plant types by adding variables Lifetime|Gases|Biomass|w/o + CCS|2, ... Lifetime|Gases|Biomass|w/o CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). ' + unit: years +- Lifetime|Gases|Coal|w/ CCS: + description: 'Lifetime of a new coal to gas plant with CCS. Lifetime should be + calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been + reported. If capital cost for more than one plant type has been reported, modellers + should report lifetime for the additional plant types by adding variables Lifetime|Gases|Coal|w/ + CCS|2, ... Lifetime|Gases|Coal|w/ CCS|N (matching the assignment of plant types + to technologies in the reporting of capital costs as documented in the comments + sheet). ' + unit: years +- Lifetime|Gases|Coal|w/o CCS: + description: 'Lifetime of a new coal to gas plant w/o CCS. Lifetime should be + calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been + reported. If capital cost for more than one plant type has been reported, modellers + should report lifetime for the additional plant types by adding variables Lifetime|Gases|Coal|w/o + CCS|2, ... Lifetime|Gases|Coal|w/o CCS|N (matching the assignment of plant types + to technologies in the reporting of capital costs as documented in the comments + sheet). ' + unit: years +- Lifetime|Hydrogen|Biomass|w/ CCS: + description: 'Lifetime of a new biomass to hydrogen plant with CCS. Lifetime should + be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been + reported. If capital cost for more than one plant type has been reported, modellers + should report lifetime for the additional plant types by adding variables Lifetime|Hydrogen|Biomass|w/ + CCS|2, ... Lifetime|Hydrogen|Biomass|w/ CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). ' + unit: years +- Lifetime|Hydrogen|Biomass|w/o CCS: + description: 'Lifetime of a new biomass to hydrogen plant w/o CCS. Lifetime should + be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been + reported. If capital cost for more than one plant type has been reported, modellers + should report lifetime for the additional plant types by adding variables Lifetime|Hydrogen|Biomass|w/o + CCS|2, ... Lifetime|Hydrogen|Biomass|w/o CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). ' + unit: years +- Lifetime|Hydrogen|Coal|w/ CCS: + description: 'Lifetime of a new coal to hydrogen plant with CCS. Lifetime should + be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been + reported. If capital cost for more than one plant type has been reported, modellers + should report lifetime for the additional plant types by adding variables Lifetime|Hydrogen|Coal|w/ + CCS|2, ... Lifetime|Hydrogen|Coal|w/ CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). ' + unit: years +- Lifetime|Hydrogen|Coal|w/o CCS: + description: 'Lifetime of a new coal to hydrogen plant w/o CCS. Lifetime should + be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been + reported. If capital cost for more than one plant type has been reported, modellers + should report lifetime for the additional plant types by adding variables Lifetime|Hydrogen|Coal|w/o + CCS|2, ... Lifetime|Hydrogen|Coal|w/o CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). ' + unit: years +- Lifetime|Hydrogen|Electricity: + description: 'Lifetime of a new hydrogen-by-electrolysis plant. Lifetime should + be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been + reported. If capital cost for more than one plant type has been reported, modellers + should report lifetime for the additional plant types by adding variables Lifetime|Hydrogen|Electricity|w/ + CCS|2, ... Lifetime|Hydrogen|Electricity|w/ CCS|N (matching the assignment of + plant types to technologies in the reporting of capital costs as documented + in the comments sheet). ' + unit: years +- Lifetime|Hydrogen|Gas|w/ CCS: + description: 'Lifetime of a new gas to hydrogen plant with CCS. Lifetime should + be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been + reported. If capital cost for more than one plant type has been reported, modellers + should report lifetime for the additional plant types by adding variables Lifetime|Hydrogen|Gas|w/ + CCS|2, ... Lifetime|Hydrogen|Gas|w/ CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). ' + unit: years +- Lifetime|Hydrogen|Gas|w/o CCS: + description: 'Lifetime of a new gas to hydrogen plant w/o CCS. Lifetime should + be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been + reported. If capital cost for more than one plant type has been reported, modellers + should report lifetime for the additional plant types by adding variables Lifetime|Hydrogen|Gas|w/o + CCS|2, ... Lifetime|Hydrogen|Gas|w/o CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). ' + unit: years +- Lifetime|Liquids|Biomass|w/ CCS: + description: 'Lifetime of a new biomass to liquids plant with CCS. Lifetime should + be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been + reported. If capital cost for more than one plant type has been reported, modellers + should report lifetime for the additional plant types by adding variables Lifetime|Liquids|Biomass|w/ + CCS|2, ... Lifetime|Liquids|Biomass|w/ CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). ' + unit: years +- Lifetime|Liquids|Biomass|w/o CCS: + description: 'Lifetime of a new biomass to liquids plant w/o CCS. Lifetime should + be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been + reported. If capital cost for more than one plant type has been reported, modellers + should report lifetime for the additional plant types by adding variables Lifetime|Liquids|Biomass|w/o + CCS|2, ... Lifetime|Liquids|Biomass|w/o CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). ' + unit: years +- Lifetime|Liquids|Coal|w/ CCS: + description: 'Lifetime of a new coal to liquids plant with CCS. Lifetime should + be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been + reported. If capital cost for more than one plant type has been reported, modellers + should report lifetime for the additional plant types by adding variables Lifetime|Liquids|Coal|w/ + CCS|2, ... Lifetime|Liquids|Coal|w/ CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). ' + unit: years +- Lifetime|Liquids|Coal|w/o CCS: + description: 'Lifetime of a new coal to liquids plant w/o CCS. Lifetime should + be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been + reported. If capital cost for more than one plant type has been reported, modellers + should report lifetime for the additional plant types by adding variables Lifetime|Liquids|Coal|w/o + CCS|2, ... Lifetime|Liquids|Coal|w/o CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). ' + unit: years +- Lifetime|Liquids|Gas|w/ CCS: + description: 'Lifetime of a new gas to liquids plant with CCS. Lifetime should + be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been + reported. If capital cost for more than one plant type has been reported, modellers + should report lifetime for the additional plant types by adding variables Lifetime|Liquids|Gas|w/ + CCS|2, ... Lifetime|Liquids|Gas|w/ CCS|N (matching the assignment of plant types + to technologies in the reporting of capital costs as documented in the comments + sheet). ' + unit: years +- Lifetime|Liquids|Gas|w/o CCS: + description: 'Lifetime of a new gas to liquids plant w/o CCS. Lifetime should + be calculated by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) + * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been + reported. If capital cost for more than one plant type has been reported, modellers + should report lifetime for the additional plant types by adding variables Lifetime|Liquids|Gas|w/o + CCS|2, ... Lifetime|Liquids|Gas|w/o CCS|N (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). ' + unit: years +- Lifetime|Liquids|Oil: + description: 'Lifetime of a new oil refining plant. Lifetime should be calculated + by summing all vintages of a capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years + = 41 years) or by the e-folding time for exponential capacity depreciation. The + lifetime should refer to the plant type(s) for which capital costs have been + reported. If capital cost for more than one plant type has been reported, modellers + should report lifetime for the additional plant types by adding variables Lifetime|Liquids|Oil|w/ + CCS|2, ... Lifetime|Liquids|Oil|w/ CCS|N (matching the assignment of plant types + to technologies in the reporting of capital costs as documented in the comments + sheet). ' + unit: years +- OM Cost|Fixed|Electricity|Biomass|w/ CCS: + description: Annual fixed operation & maintainance cost of a new biomass power + plant with CCS. If more than one CCS biomass power technology is modelled, modellers + should report fixed O&M costs for each represented CCS biomass power technology + by adding variables OM Cost|Fixed|Electricity|Biomass|w/ CCS|2, ... OM Cost|Fixed|Electricity|Biomass|w/ + CCS|N (with N = number of represented technologies) (matching the assignment + of plant types to technologies in the reporting of capital costs as documented + in the comments sheet). + unit: USD_2010/kW/yr +- OM Cost|Fixed|Electricity|Biomass|w/o CCS: + description: Annual fixed operation & maintainance cost of a new biomass power + plant w/o CCS. If more than one biomass power technology is modelled, modellers + should report fixed O&M costs for each represented biomass power technology + by adding variables OM Cost|Fixed|Electricity|Biomass|w/o CCS|2, ... OM Cost|Fixed|Electricity|Biomass|w/o + CCS|N (with N = number of represented technologies) (matching the assignment + of plant types to technologies in the reporting of capital costs as documented + in the comments sheet). + unit: USD_2010/kW/yr +- OM Cost|Fixed|Electricity|Coal|w/ CCS: + description: Annual fixed operation & maintainance cost of a new coal power plant + with CCS. If more than one CCS coal power technology is modelled (e.g. subcritical + PC with post-combustion capture, supercritical PC with post-combustion capture, + supercritical PC with oxyfuel combustion and capture, IGCC with pre-combustion + capture), modellers should report fixed O&M costs for each represented CCS + coal power technology by adding variables OM Cost|Fixed|Electricity|Coal|w/ + CCS|2, ... OM Cost|Fixed|Electricity|Coal|w/ CCS|N (with N = number of represented + technologies) (matching the assignment of plant types to technologies in the + reporting of capital costs as documented in the comments sheet). + unit: USD_2010/kW/yr +- OM Cost|Fixed|Electricity|Coal|w/o CCS: + description: Annual fixed operation & maintainance cost of a new coal power plant + w/o CCS. If more than one coal power technology is modelled (e.g. subcritical + PC, supercritical PC, IGCC), modellers should report fixed O&M costs for each + represented coal power technology by adding variables OM Cost|Fixed|Electricity|Coal|w/o + CCS|2, ... OM Cost|Fixed|Electricity|Coal|w/o CCS|N (with N = number of represented + technologies) (matching the assignment of plant types to technologies in the + reporting of capital costs as documented in the comments sheet). + unit: USD_2010/kW/yr +- OM Cost|Fixed|Electricity|Gas|w/ CCS: + description: Annual fixed operation & maintainance cost of a new gas power plant + with CCS. If more than one CCS gas power technology is modelled, modellers should + report fixed O&M costs for each represented CCS gas power technology by adding + variables OM Cost|Fixed|Electricity|Gas|w/ CCS|2, ... OM Cost|Fixed|Electricity|Gas|w/ + CCS|N (with N = number of represented technologies) (matching the assignment + of plant types to technologies in the reporting of capital costs as documented + in the comments sheet). + unit: USD_2010/kW/yr +- OM Cost|Fixed|Electricity|Gas|w/o CCS: + description: Annual fixed operation & maintainance cost of a new gas power plant + w/o CCS. If more than one gas power technology is modelled, modellers should + report fixed O&M costs for each represented gas power technology by adding + variables OM Cost|Fixed|Electricity|Gas|w/o CCS|2, ... OM Cost|Fixed|Electricity|Gas|w/o + CCS|N (with N = number of represented technologies) (matching the assignment + of plant types to technologies in the reporting of capital costs as documented + in the comments sheet). + unit: USD_2010/kW/yr +- OM Cost|Fixed|Electricity|Geothermal: + description: Annual fixed operation & maintainance cost of a new geothermal power + plants. If more than one geothermal power plant technology is modelled (e.g., + hydrothermal, hard dry rock), modellers should report fixed O&M costs for each + represented geothermal power technology by adding variables OM Cost|Fixed|Electricity|Geothermal|2, + ... Capital|Cost|Electricity|Geothermal|N (with N = number of represented geothermal + power technologies) (matching the assignment of plant types to technologies + in the reporting of capital costs as documented in the comments sheet). + unit: USD_2010/kW/yr +- OM Cost|Fixed|Electricity|Hydro: + description: Annual fixed operation & maintainance cost of a new hydropower plant. + If more than one hydropower technology is modelled, modellers should report + fixed O&M costs for each represented hydropower technology by adding variables + OM Cost|Fixed|Electricity|Hydro|2, ... OM Cost|Fixed|Electricity|Hydro|N (with + N = number of represented technologies) (matching the assignment of plant types + to technologies in the reporting of capital costs as documented in the comments + sheet). + unit: USD_2010/kW/yr +- OM Cost|Fixed|Electricity|Nuclear: + description: Annual fixed operation & maintainance cost of a new nuclear power + plants. If more than one nuclear power plant technology is modelled (e.g., Gen + II, III, IV; LWR, thermal reactors with other moderator materials, fast breeders), + modellers should report fixed O&M costs for each represented nuclear power + technology by adding variables OM Cost|Fixed|Electricity|Nuclear|2, ... Capital|Cost|Electricity|Nuclear|N + (with N = number of represented nuclear power technologies) (matching the assignment + of plant types to technologies in the reporting of capital costs as documented + in the comments sheet). + unit: USD_2010/kW/yr +- OM Cost|Fixed|Electricity|Solar|CSP: + description: Annual fixed operation & maintainance cost of a new concentrated + solar power plant. If more than one CSP technology is modelled (e.g., parabolic + trough, solar power tower), modellers should report fixed O&M costs for each + represented CSP technology by adding variables OM Cost|Fixed|Electricity|Solar|CSP|2, + ... Capital|Cost|Electricity|Solar|CSP|N (with N = number of represented CSP + technologies) (matching the assignment of plant types to technologies in the + reporting of capital costs as documented in the comments sheet). + unit: USD_2010/kW/yr +- OM Cost|Fixed|Electricity|Solar|PV: + description: Annual fixed operation & maintainance cost of a new solar PV units. + If more than one PV technology is modelled (e.g., centralized PV plant, distributed + (rooftop) PV, crystalline SI PV, thin-film PV), modellers should report fixed + O&M costs for each represented PV technology by adding variables OM Cost|Fixed|Electricity|Solar|PV|2, + ... Capital|Cost|Electricity|Solar|PV|N (with N = number of represented PV technologies) + (matching the assignment of plant types to technologies in the reporting of + capital costs as documented in the comments sheet). + unit: USD_2010/kW/yr +- OM Cost|Fixed|Electricity|Wind: + description: Annual fixed operation & maintainance cost of a new wind power plants. + This variable should only be filled, if wind power is not separated into onshore + and offshore. If more than one wind power technology is modelled (e.g., wind + power units with different hub height and capacity), modellers should report + fixed O&M costs for each represented wind power technology by adding variables + OM Cost|Fixed|Electricity|Wind|2, ... Capital|Cost|Electricity|Wind|N (with + N = number of represented wind power technologies) (matching the assignment + of plant types to technologies in the reporting of capital costs as documented + in the comments sheet). + unit: USD_2010/kW/yr +- OM Cost|Fixed|Electricity|Wind|Offshore: + description: Annual fixed operation & maintainance cost of a new offshore wind + power plants. This variable should only be filled, if wind power is separated + into onshore and offshore. If more than one offshore wind power technology is + modelled (e.g., wind power units with different hub height and capacity), modellers + should report fixed O&M costs for each represented wind power technology by + adding variables OM Cost|Fixed|Electricity|Wind|Offshore|2, ... Capital|Cost|Electricity|Wind|Offshore|N + (with N = number of represented offshore wind power technologies) (matching + the assignment of plant types to technologies in the reporting of capital costs + as documented in the comments sheet). + unit: USD_2010/kW/yr +- OM Cost|Fixed|Electricity|Wind|Onshore: + description: Annual fixed operation & maintainance cost of a new onshore wind + power plants. This variable should only be filled, if wind power is separated + into onshore and offshore. If more than one onshore wind power technology is + modelled (e.g., wind power units with different hub height and capacity), modellers + should report fixed O&M costs for each represented wind power technology by + adding variables OM Cost|Fixed|Electricity|Wind|Onshore|2, ... Capital|Cost|Electricity|Wind|Onshore|N + (with N = number of represented onshore wind power technologies) (matching the + assignment of plant types to technologies in the reporting of capital costs + as documented in the comments sheet). + unit: USD_2010/kW/yr +- OM Cost|Fixed|Gases|Biomass|w/ CCS: + description: Annual fixed operation & maintainance cost of a new biomass to gas + plant with CCS. If more than one CCS biomass to gas technology is modelled, + modellers should report fixed O&M costs for each represented CCS biomass to gas + technology by adding variables OM Cost|Fixed|Gases|Biomass|w/ CCS|2, ... OM + Cost|Fixed|Gases|Biomass|w/ CCS|N (with N = number of represented technologies). + (matching the assignment of plant types to technologies in the reporting of + capital costs as documented in the comments sheet). + unit: USD_2010/kW/yr +- OM Cost|Fixed|Gases|Biomass|w/o CCS: + description: Annual fixed operation & maintainance cost of a new biomass to gas + plant w/o CCS. If more than one biomass to gas technology is modelled, modellers + should report fixed O&M costs for each represented biomass to gas technology + by adding variables OM Cost|Fixed|Gases|Biomass|w/o CCS|2, ... OM Cost|Fixed|Gases|Biomass|w/o + CCS|N (with N = number of represented technologies). (matching the assignment + of plant types to technologies in the reporting of capital costs as documented + in the comments sheet). + unit: USD_2010/kW/yr +- OM Cost|Fixed|Gases|Coal|w/ CCS: + description: Annual fixed operation & maintainance cost of a new coal to gas plant + with CCS. If more than one CCS coal to gas technology is modelled, modellers + should report fixed O&M costs for each represented CCS coal to gas technology + by adding variables OM Cost|Fixed|Gases|Coal|w/ CCS|2, ... OM Cost|Fixed|Gases|Coal|w/ + CCS|N (with N = number of represented technologies) (matching the assignment + of plant types to technologies in the reporting of capital costs as documented + in the comments sheet). + unit: USD_2010/kW/yr +- OM Cost|Fixed|Gases|Coal|w/o CCS: + description: Annual fixed operation & maintainance cost of a new coal to gas plant + w/o CCS. If more than one coal to gas technology is modelled, modellers should + report fixed O&M costs for each represented coal to gas technology by adding + variables OM Cost|Fixed|Gases|Coal|w/o CCS|2, ... OM Cost|Fixed|Gases|Coal|w/o + CCS|N (with N = number of represented technologies) (matching the assignment + of plant types to technologies in the reporting of capital costs as documented + in the comments sheet). + unit: USD_2010/kW/yr +- OM Cost|Fixed|Hydrogen|Biomass|w/ CCS: + description: Annual fixed operation & maintainance cost of a new biomass to hydrogen + plant with CCS. If more than one CCS biomass to hydrogen technology is modelled, + modellers should report fixed O&M costs for each represented CCS biomass to + hydrogen technology by adding variables OM Cost|Fixed|Hydrogen|Biomass|w/ CCS|2, + ... OM Cost|Fixed|Hydrogen|Biomass|w/ CCS|N (with N = number of represented + technologies) (matching the assignment of plant types to technologies in the + reporting of capital costs as documented in the comments sheet). + unit: USD_2010/kW/yr +- OM Cost|Fixed|Hydrogen|Biomass|w/o CCS: + description: Annual fixed operation & maintainance cost of a new biomass to hydrogen + plant w/o CCS. If more than one biomass to hydrogen technology is modelled, + modellers should report fixed O&M costs for each represented biomass to hydrogen + technology by adding variables OM Cost|Fixed|Hydrogen|Biomass|w/o CCS|2, ... + OM Cost|Fixed|Hydrogen|Biomass|w/o CCS|N (with N = number of represented technologies) + (matching the assignment of plant types to technologies in the reporting of + capital costs as documented in the comments sheet). + unit: USD_2010/kW/yr +- OM Cost|Fixed|Hydrogen|Coal|w/ CCS: + description: Annual fixed operation & maintainance cost of a new coal to hydrogen + plant with CCS. If more than one CCS coal to hydrogen technology is modelled, + modellers should report fixed O&M costs for each represented CCS coal to hydrogen + technology by adding variables OM Cost|Fixed|Hydrogen|Coal|w/ CCS|2, ... OM + Cost|Fixed|Hydrogen|Coal|w/ CCS|N (with N = number of represented technologies) + (matching the assignment of plant types to technologies in the reporting of + capital costs as documented in the comments sheet). + unit: USD_2010/kW/yr +- OM Cost|Fixed|Hydrogen|Coal|w/o CCS: + description: Annual fixed operation & maintainance cost of a new coal to hydrogen + plant w/o CCS. If more than one coal to hydrogen technology is modelled, modellers + should report fixed O&M costs for each represented coal to hydrogen technology + by adding variables OM Cost|Fixed|Hydrogen|Coal|w/o CCS|2, ... OM Cost|Fixed|Hydrogen|Coal|w/o + CCS|N (with N = number of represented technologies) (matching the assignment + of plant types to technologies in the reporting of capital costs as documented + in the comments sheet). + unit: USD_2010/kW/yr +- OM Cost|Fixed|Hydrogen|Electricity: + description: Annual fixed operation & maintainance cost of a new hydrogen-by-electrolysis + plant. If more than hydrogen-by-electrolysis technology is modelled, modellers + should report fixed O&M costs for each represented hydrogen-by-electrolysis + technology by adding variables OM Cost|Fixed|Hydrogen|Electricity|2, ... OM + Cost|Fixed|Hydrogen|Electricity|N (with N = number of represented technologies) + (matching the assignment of plant types to technologies in the reporting of + capital costs as documented in the comments sheet). + unit: USD_2010/kW/yr +- OM Cost|Fixed|Hydrogen|Gas|w/ CCS: + description: Annual fixed operation & maintainance cost of a new gas to hydrogen + plant with CCS. If more than one CCS gas to hydrogen technology is modelled, + modellers should report fixed O&M costs for each represented CCS gas to hydrogen + technology by adding variables OM Cost|Fixed|Hydrogen|Gas|w/ CCS|2, ... OM Cost|Fixed|Hydrogen|Gas|w/ + CCS|N (with N = number of represented technologies) (matching the assignment + of plant types to technologies in the reporting of capital costs as documented + in the comments sheet). + unit: USD_2010/kW/yr +- OM Cost|Fixed|Hydrogen|Gas|w/o CCS: + description: Annual fixed operation & maintainance cost of a new gas to hydrogen + plant w/o CCS. If more than one gas to hydrogen technology is modelled, modellers + should report fixed O&M costs for each represented gas to hydrogen technology + by adding variables OM Cost|Fixed|Hydrogen|Gas|w/o CCS|2, ... OM Cost|Fixed|Hydrogen|Gas|w/o + CCS|N (with N = number of represented technologies) (matching the assignment + of plant types to technologies in the reporting of capital costs as documented + in the comments sheet). + unit: USD_2010/kW/yr +- OM Cost|Fixed|Liquids|Biomass|w/ CCS: + description: Annual fixed operation & maintainance cost of a new biomass to liquids + plant with CCS. If more than one CCS BTL technology is modelled, modellers should + report fixed O&M costs for each represented CCS BTL technology by adding variables + OM Cost|Fixed|Liquids|Biomass|w/ CCS|2, ... OM Cost|Fixed|Liquids|Biomass|w/ + CCS|N (with N = number of represented technologies) (matching the assignment + of plant types to technologies in the reporting of capital costs as documented + in the comments sheet). + unit: USD_2010/kW/yr +- OM Cost|Fixed|Liquids|Biomass|w/o CCS: + description: Annual fixed operation & maintainance cost of a new biomass to liquids + plant w/o CCS. If more than one BTL technology is modelled, modellers should + report fixed O&M costs for each represented BTL technology by adding variables + OM Cost|Fixed|Liquids|Biomass|w/o CCS|2, ... OM Cost|Fixed|Liquids|Biomass|w/o + CCS|N (with N = number of represented technologies) (matching the assignment + of plant types to technologies in the reporting of capital costs as documented + in the comments sheet). + unit: USD_2010/kW/yr +- OM Cost|Fixed|Liquids|Coal|w/ CCS: + description: Annual fixed operation & maintainance cost of a new coal to liquids + plant with CCS. If more than one CCS CTL technology is modelled, modellers should + report fixed O&M costs for each represented CCS CTL technology by adding variables + OM Cost|Fixed|Liquids|Coal|w/ CCS|2, ... OM Cost|Fixed|Liquids|Coal|w/ CCS|N + (with N = number of represented technologies) (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). + unit: USD_2010/kW/yr +- OM Cost|Fixed|Liquids|Coal|w/o CCS: + description: Annual fixed operation & maintainance cost of a new coal to liquids + plant w/o CCS. If more than one CTL technology is modelled, modellers should + report fixed O&M costs for each represented CTL technology by adding variables + OM Cost|Fixed|Liquids|Coal|w/o CCS|2, ... OM Cost|Fixed|Liquids|Coal|w/o CCS|N + (with N = number of represented technologies) (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). + unit: USD_2010/kW/yr +- OM Cost|Fixed|Liquids|Gas|w/ CCS: + description: Annual fixed operation & maintainance cost of a new gas to liquids + plant with CCS. If more than one CCS GTL technology is modelled, modellers should + report fixed O&M costs for each represented CCS GTL technology by adding variables + OM Cost|Fixed|Liquids|Gas|w/ CCS|2, ... OM Cost|Fixed|Liquids|Gas|w/ CCS|N (with + N = number of represented technologies) (matching the assignment of plant types + to technologies in the reporting of capital costs as documented in the comments + sheet). + unit: USD_2010/kW/yr +- OM Cost|Fixed|Liquids|Gas|w/o CCS: + description: Annual fixed operation & maintainance cost of a new gas to liquids + plant w/o CCS. If more than one GTL technology is modelled, modellers should + report fixed O&M costs for each represented GTL technology by adding variables + OM Cost|Fixed|Liquids|Gas|w/o CCS|2, ... OM Cost|Fixed|Liquids|Gas|w/o CCS|N + (with N = number of represented technologies) (matching the assignment of plant + types to technologies in the reporting of capital costs as documented in the + comments sheet). + unit: USD_2010/kW/yr +- OM Cost|Fixed|Liquids|Oil: + description: Annual fixed operation & maintainance cost of a new oil refining + plant. If more than one refinery technology is modelled, modellers should report + fixed O&M costs for each represented refinery technology by adding variables + OM Cost|Fixed|Liquids|Oil|2, ... OM Cost|Fixed|Liquids|Oil|N (with N = number + of represented technologies) (matching the assignment of plant types to technologies + in the reporting of capital costs as documented in the comments sheet). + unit: USD_2010/kW/yr