12 Appendix B - REHO
| QBuildings | REHO |
|---|---|
| x | x |
| y | y |
| z | z |
| geometry | geometry |
| id_building | id_building |
| egid | EGID |
| id_class | ID_class_380/1 |
| ratio | ratio_380 |
| status | status |
| transformer | transformer |
| capita_cap | n_p |
| area_era_m2 | ERA |
| area_net_floor_m2 | area_net_floor_m2 |
| area_roof_solar_m2 | SolarRoofArea |
| area_facade_m2 | area_facade_m2 |
| thermal_transmittance_signature_kW_m2_K | U_h |
| thermal_specific_capacity_Wh_m2_K | HeatCapacity |
| temperature_interior_C | T_in_0 |
| temperature_heating_supply_C | Th_supply_o |
| temperature_heating_return_C | Th_return_0 |
| temperature_cooling_supply_C | Tc_supply_0 |
| temperature_cooling_return_C | Tc_return_0 |
| is_hotwater_system | dhw_needed |
| source_heating | source_heating |
| source_hotwater | source_hotwater |
| energy_heating_signature_kWh_y | energy_heating_signature_kWh_y |
| energy_cooling_signature_kWh_y | energy_cooling_signature_kWh_y |
| energy_hotwater_signature_kWh_y | energy_hotwater_signature_kWh_y |
| energy_el_kWh_y | energy_el_kWh_y |
© EPFL-IPESE 2022
Master thesis, Spring 2022
Joseph Loustau