Jump to Data Package:
Energy conversion technologies in SES
| Package version | |
| Description | Data for energy conversion technologies (cost, emissions, efficiency, lifetime, capacity factors, potential) in Switzerland for the year 2035 - Assumption in SES model |
| Last changes | Not documented. |
| Download |
Data package (zip) jasm-energy-conversion-technologies-ses-2017-12-12.zip (5 kB) Individual data files (csv, xlsx) technologies.csv (4 kB) |
| Meta data |
README.md datapackage.json |
| Sources | Moret S. (2017), Strategic Energy Planning under Uncertainty, PhD Thesis, EPFL, Lausanne, Switzerland (Appendix A: Tables A.6, A.15, A.17, A.18, A.19, A.21, and section A.6) |
| Contact | Stefano Moret |
Field documentation
technologies (technologies.csv)
| Field Name | Type (Format) | Description |
|---|---|---|
| technology | string | Technology name |
| mult_ref | number | Reference size of each technology with respect to the main output of the technology [GW]. For heating and cogeneration technologies, the main output is heat. |
| c_inv | number | Specific investment cost of technologies [CHF_2015/kW] with reference to main output ([CHF_2015/kWh] for storage technologies). Main outputs: heat for heating and cogeneration technologies, produced biofuel for gasification and pyrolysis. |
| c_maint | number | Specific operation and maintenance (O&M) cost of technologies [CHF_2015/kW] with reference to main output. Main outputs: heat for heating and cogeneration technologies, produced biofuel for gasification and pyrolysis. |
| gwp_constr | number | Global warming potential (GWP) emissions for the construction of technologies [kgCO2-eq./kW], with respect to main output of the technology. For heating and cogeneration technologies, the main output is heat. Greenhouse gas emissions including the technology construction only. For GHG emissions, LCA data are taken from the Ecoinvent database v3.2 using the 'allocation at the point of substitution' method. GWP is assessed with the 'GWP100a - IPCC2013' indicator. |
| lifetime | number | lifetime of technologies |
| c_p | number | Technologies yearly capacity factor. For decentralized technologies, it is assumed a maximum of 2500 h/y of full load operation. |
| f_min | number | Minimum installed size of technology [GW] with reference to main output ([GWh] for storage technologies). |
| f_max | number | Maximum potential of technology [GW] with reference to main output ([GWh] for storage technologies). |
| eff_1 | number | Efficiency of technology: primary output/input [-]. Main outputs: heat for heating and cogeneration technologies, produced biofuel for gasification and pyrolysis. For passenger mobility technologies [kWh_fuel/pkm], for freight mobility technologies [kWh_fuel/tkm]. For PHEV, eff1 is [kWh_gasoline/pkm]. For implementation of Power2Gas, see reference. |
| eff_2 | number | Efficiency of technology: secondary output/input [-]. Secondary outputs: electricity for cogeneration technologies; heat for gasification; electricity for pyrolysis. For PHEV, eff2 is [kWh_elec/pkm]. |
| eff_3 | number | Efficiency of technology: tertiary output/input [-]. Tertiary outputs: electricity for gasification. |