T-4A1b-A-2 - Domestic houses heated with electric heating
Definition¶
This emission source is defined by the IPCC in TBD.
Transition Elements¶
This activity has the following mitigation methods modelled as transition elements:
- T-4A1b-A-2 - Domestic houses heated with electric heating
- T-4A1b-TE-1 - Shift to heat pumps in single-family buildings
- T-4A1b-TE-2 - Shift to district heating in single-family buildings
- T-4A1b-TE-4 - Shift to solar thermal in single-family buildings
- T-4A1b-TE-5 - Shift to biofuel heating in single-family buildings
- T-4A1b-TE-6 - Retrofitting single-family buildings for efficient heating
Activity Model¶
This emission source is modelled with Unknown work type as:
Parameters¶
Parameter | Unit | Description |
---|---|---|
emission_factor_electricity_current | g_co2e_kwh | Emission factor produced electricity current grid mix average |
energy_intensity_heating_residential_single_family_buildings_direct_electricity | kwh_m2 | Energy intensity direct electricity heated single-family buildings |
stock_growth_heating_residential_single_family_direct_electricity | m2_percapita | Growth heating by direct electricity (single-family), per capita |
stock_heating_residential_single_family_direct_electricity | m2 | Stock single-family houses heated with direct electricity |
YAML Specification¶
version: 2.0.0
operation:
growthType: true
variable: stock_heating_residential_single_family_direct_electricity
growthFactor:
unitOfMeasure: per_capita
expression: '%[0]'
variables:
- stock_growth_heating_residential_single_family_direct_electricity
work:
- name: unknown
unitOfMeasure: kwh
operationToWork:
unitOfMeasure: kwh/m2
expression: '%[0]'
variables:
- energy_intensity_heating_residential_single_family_buildings_direct_electricity
input:
- resource: electricity
unitOfMeasure: kwh
resourceToWork:
unitOfMeasure: kwh/kwh
expression: '1'
emissionFactor:
unitOfMeasure: g_co2e/kwh
expression: '%[0]'
variables:
- emission_factor_electricity_current
This page is roughly halfway complete and is actively being developed.