DATAPACKAGE: ENERGY EFFICIENCY INVESTMENT COST CURVE FOR ENVELOPE MEASURES IN RESIDENTIAL AND COMMERCIAL BUILDING STOCK (CESAR MODEL) =========================================================================== Package Version: 2020-10-16 Geographical scope and resolution =========================================================================== * Scope: Residential and commercial sectors in Switzerland * Resolution: Buildings Temporal scope and resolution =========================================================================== * Scope: 2013 * Resolution: 1 year Version history =========================================================================== * 2020-10-16 Not documented Resources =========================================================================== [Package description page](http://sweet-cross.ch/data/energy-efficiency-residential-commercial-cesar/2020-10-16/)[ZIP Package](http://sweet-cross.ch/data/energy-efficiency-residential-commercial-cesar/cross-energy-efficiency-residential-commercial-cesar-2020-10-16.zip Sources =========================================================================== * [Optimal transformation strategies for buildings, neighbourhoods and districts to reach CO2 emission reduction targets](https://www.sciencedirect.com/science/article/pii/S0378778819319486) Field documentation =========================================================================== cost-energy-savings-residential-archetypes_EMPA.csv---------------------------------------------------------------------------* archetype_id - Type: string - Description: Archetype ID in the CESAR model* buildingtype - Type: string - Description: The type of building, either SFH (single-family residential) or MFH (multi-family residential)* age - Type: string - Description: Construction period: <1920, 1920-1945, 1946-1960, 1961-1970, 1971-1980, 1981-1985, 1986-1990, 1991-1995, 1996-2000, 2001-2005, 2006-2010, 2011-2015* last_retrofit_year - Type: number - Description: Year of the late retrofit* ECarrierHeating - Type: string - Description: Energy carrier in the heating system* floor_area_archetype_km2 - Type: number - Description: Floor area of the respective building archetype (km2)* total_floor_area_cluster_km2 - Type: number - Description: Total Floor area of the respective building cluster (km2)* demand_beforeRetrofit_MWh - Type: number - Description: Heating demand before retrofit (MWh)* demand_afterRetrofit_MWh - Type: number - Description: Heating demand after retrofit (MWh)* inv_cost_MCHF - Type: number - Description: Investment cost of the retrofiting (Million CHF)energyEfficiency_residential_EMPA.csv---------------------------------------------------------------------------* archetype_id - Type: string - Description: Archetype ID in the CESAR model* buildingtype - Type: string - Description: The type of building, either SFH (single-family residential) or MFH (multi-family residential)* age - Type: string - Description: Construction period: <1920, 1920-1945, 1946-1960, 1961-1970, 1971-1980, 1981-1985, 1986-1990, 1991-1995, 1996-2000, 2001-2005, 2006-2010, 2011-2015* last_retrofit_year - Type: number - Description: Year of the late retrofit* ECarrierHeating - Type: string - Description: Energy carrier in the heating system* era_km2 - Type: number - Description: Total Floor area of the respective building cluster (km2)* energy_demand_GWh - Type: number - Description: Heating demand before retrofit (GWh)* savings_GWh - Type: number - Description: Heating demand savings (GWh)* inv_cost_MCHF - Type: number - Description: Investment cost of the retrofiting (Million CHF)* cost_per_saving_chf_per_kwh - Type: number - Description: Specific investment cost of the retrofiting (CHF/kWh)* cum_savings_TWh - Type: number - Description: Cumulative energy savings (TWh)* cum_inv_cost_BCHF - Type: number - Description: Cumulative investments costs (Billion CHF)cost-energy-savings-commercial-archetypes_EMPA.csv---------------------------------------------------------------------------* archetype_id - Type: string - Description: Archetype ID in the CESAR model* buildingtype - Type: string - Description: The type of building: Schools, Hospitals, Offices and Shops* age - Type: number - Description: Construction year* ECarrierHeating - Type: string - Description: Energy carrier in the heating system* floor_area_archetype_km2 - Type: number - Description: Floor area of the respective building archetype (km2)* demand_beforeRetrofit_MWh - Type: number - Description: Heating demand before retrofit (MWh)* demand_afterRetrofit_MWh - Type: number - Description: Heating demand after retrofit (MWh)* inv_cost_MCHF - Type: number - Description: Investment cost of the retrofiting (Million CHF)energyEfficiency_commercial_EMPA.csv---------------------------------------------------------------------------* buildingtype - Type: string - Description: The type of building: Schools, Hospitals, Offices, Shops and Rest (others)* age - Type: string - Description: Construction period: <1920, 1920-1946, 1947-1975, 1976-1990, 1991-2009* era_Mm2 - Type: number - Description: Total Floor area of the archetype (Mm2)* demand_woRetro_GWh - Type: number - Description: Heating demand before retrofit (GWh)* savings_GWh - Type: number - Description: Heating demand savings (GWh)* inv_cost_MCHF - Type: number - Description: Investment cost of the retrofiting (Million CHF)* cost_per_saving_chf_per_kwh - Type: number - Description: Specific investment cost of the retrofiting (CHF/kWh)* cum_savings_TWh - Type: number - Description: Cumulative energy savings (TWh)* cum_inv_cost_BCHF - Type: number - Description: Cumulative investments costs (Billion CHF) We follow the Data Package standard by the Frictionless Data project, a part of the Open Knowledge Foundation: http://frictionlessdata.io/ License and attribution =========================================================================== Data license: [Creative Commons Attribution 4.0](https://creativecommons.org/licenses/by/4.0/) Attribution: Feedback =========================================================================== Thank you for using data provided by CROSSDat. If you have any question or feedback, please do not hesitate to contact us. For this data package, contact: Andrew James For general issues, find our team contact details on our website: http://sweet-cross.ch