id_building unique identifier of the building id_region_nuts3 NUTS 3 region number in the project hp_site location of the heat pump in WKT-format, EPSG:3035 feasibility_distance limiting distance to the immission point in neighboring building id_building_location settlement type that the building is found in max_HP_capacity_35 maximum capacity of standard air-source heat pump in kW under 35 dB(A) noise emission limit max_HP_capacity_quiet_35 maximum capacity of quiet air-source heat pump in kW under 35 dB(A) noise emission limit max_HP_capacity_40 maximum capacity of standard air-source heat pump in kW under 40 dB(A) noise emission limit max_HP_capacity_quiet_40 maximum capacity of quiet air-source heat pump in kW under 40 dB(A) noise emission limit max_HP_capacity_45 maximum capacity of standard air-source heat pump in kW under 45 dB(A) noise emission limit max_HP_capacity_quiet_45 maximum capacity of quiet air-source heat pump in kW under 45 dB(A) noise emission limit footprint* footprint polygon of building in WKT-format, EPSG:3035 land_footprint footprint polygon of building's assigned property in WKT-format, EPSG:3035 number_of_probes number of ground probes possible to fit in the whole property probable_usable_area_share share of the property area probably usable for ground heat exchangers probable_usable_area property area probably usable for ground heat exchangers probable_probe_count probable number of ground probes possible to fit in the usable part of the property max_HP_capacity_straight maximum capacity of ground-source heat pump in kW when using straight horizontal ground collectors max_HP_capacity_slinky_coil maximum capacity of ground-source heat pump in kW when using slinky coil horizontal ground collectors max_HP_capacity_helical_coil maximum capacity of ground-source heat pump in kW when using helical coil horizontal ground collectors max_HP_capacity_probe_25m maximum capacity of ground-source heat pump in kW when using vertical ground probes of 25 m depth max_HP_capacity_probe_50m maximum capacity of ground-source heat pump in kW when using vertical ground probes of 50 m depth max_HP_capacity_probe_75m maximum capacity of ground-source heat pump in kW when using vertical ground probes of 75 m depth max_HP_capacity_probe_100m maximum capacity of ground-source heat pump in kW when using vertical ground probes of 100 m depth height_m* value: height of the building in [m], source: source of the height data, lineage: height assignment method position** location of building centroid in WKT-format, EPSG:3035 construction_year** value: construction year, source: source of the construction year data, lineage: construction year assignment method size_class** value: size class of the building, source: source of the size class data, lineage: size class assignment method refurbishment_state** value: refurbishment state of the building, source: source of the refurbishment state data, lineage: refurbishment state assignment method tabula_type** value: TABULA type of the building, source: source of the TABULA data, lineage: TABULA type assignment method sector res: residential nres: non-residential * as published by Forschungszentrum Jülich in ETHOS.BUILDA: Building Footprint and Height Dataset Germany ** as published by Forschungszentrum Jülich in ETHOS.BUILDA: Residential Building TABULA Archetype Dataset Germany

Introduction A consistent dataset of estimated maximum achievable heating capacities with decentralized heat pumps that exploit the available environmental heat sources of air or ground at building level, for both residential and non-residential buildings. The analysis for air source heat pumps accounts for the space availability around the building and noise immissions due to the heat pump considering the noise immission guideline limits. The analysis for ground source heat pumps takes into account property area available around the building and the average heat exchange rate with the ground.