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Energy efficiency investment cost curve for envelope measures in residential building stock (SwissRes model)

Package version
Description 2016 final energy savings, total investment costs, space heating demand and energy reference area by age, building type, typology and canton (from SwissRes model). This version includes the ERA calculated in Schluck (2019) and it includes the environmental heat in the final energy
Last changes Not documented.
Download Data package (zip)
jasm-energy-efficiency-residential-swissres-2020-05-06.zip (199 kB)

Individual data files (csv, xlsx)
envelope_investment_curve_unige_2020-05-06.csv (475 kB)
Meta data README.md
datapackage.json
Sources Streicher, K.N., Parra, D., Buerer, M.C., Patel, M.K., 2017. Techno-economic potential of large-scale energy retrofit in the Swiss residential building stock. Energy Procedia, CISBAT 2017 International Conference Future Buildings & Districts – Energy Efficiency from Nano to Urban Scale 122, 121–126.
K.N. Streicher, P. Padey, D. Parra, M.C. Bürer, M.K. Patel, Assessment of the current thermal performance level of the Swiss residential building stock: Statistical analysis of energy performance certificates, Energy Build. 178 (2018) 360–378.
K.N. Streicher, P. Padey, D. Parra, M.C. Bürer, S. Schneider, M.K. Patel, Analysis of space heating demand in the Swiss residential building stock: Element-based bottom-up model of archetype buildings, Energy Build. 184 (2019) 300–322
K.N. Streicher, S. Mennel, J. Chambers, D. Parra, M.K. Patel, Cost-effectiveness of large-scale deep energy retrofit packages for residential buildings under different economic assessment approaches, Energy and Buildings 215 (2020) 109870
T. Schluck, K.N. Streicher, S. Mennel (2019), Statistical modelling of the energy reference area based on the Swiss building stock, J. Phys.: Conf. Ser. 1343, 012031.
Contact Kai Nino Streicher
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Field documentation

envelope_investment_curve_unige (envelope investment curve unige 2020-05-06.csv)

Field Name Type (Format) Description
measure string Scenario: Improve, depreciation or full (based on Streicher et al (2020))
age number Construction period of building 1945=Before 1945, 1950=1946-1960, 1960=1961-1970, 1970=1971-1980, 1980=1981-1990, 1990=1991-2000
buildingtype string Building type MFH=Multi-family house, SFH=Single-family house
typology string Urban-rural typology based on commune level Urban, Suburban, Rural
canton string Swiss Cantons abbreviation: http://swiss-government-politics.all-about-switzerland.info/swiss-federal-states-cantons.html
cost_investment__mio_chf number Total investment cost [Mchf]
savings_final_energy__gwh number Total final energy savings [GWh]
era__m2 number Energy reference area (heated area) of building archetype in Swiss building stock [m2] in 2016 from calculated in Schluck (2019)
finalenergy__gwh number Total final energy demand in 2016 including the environmental heat [GWh]
primaryenergy__gwh number Total primary energy demand in 2016 [GWh]
usefulenergy__gwh number Total useful energy demand in 2016 [GWh]
cost_per_saving__chf_per_mwh number Costs per savings [CHF/MWh]
cost_investment_cumulated__mio_chf number Cummulative investment costs [MCHF]
savings_energy_cumulated__gwh number Cummulative energy savings [GWh]
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