Catalog · EPREL registry
European heat-pump models
21,246 models indexed from the European Commission's EPREL registry. Filter by type, capacity, refrigerant, energy class or sound power to narrow candidates.
First time here? Pick a path
Guided
Find one for my house
A 4-step picker: country, size, what you replace, what matters. We narrow the catalog for you.
Open →Top picks
Best models by SCOP
Highest seasonal efficiency rankings — overall, air-to-water and ground-source.
Open →By country
Pick by country
Tariffs, climate and subsidies for 32 European countries — see where the economics work.
Open →Calculator
What size do I need?
Climate-aware sizing from country HDD, floor area and insulation grade.
Open →EPREL
Official EU energy-label registry. Every heat pump sold in the EU must be listed by its supplier — these are not marketing claims, they're the figures regulators see.
SCOP
Seasonal efficiency. 1 kWh electricity → SCOP kWh of heat over a heating season. 4.0 is competent, 4.5+ is good, 5.0+ is excellent.
Energy class
A++++ (APPP) is current top class for heating. Anything below A is uncompetitive. Cooling labels are separate.
Quick filters
VWS 220/2
Vaillant GmbH · Air-to-water
- SCOP
- 4.58
- Capacity
- 26kW
VOLTA W-S-A-22-400-SH
ECOFOREST GEOTERMIA SL · Air-to-water
- SCOP
- 4.58
- Capacity
- 23kW
- Noise (out)
- 42dB
VOLTA W-S-A-22-230-SH
ECOFOREST GEOTERMIA SL · Air-to-water
- SCOP
- 4.58
- Capacity
- 23kW
- Noise (out)
- 42dB
VOLTA W-S-P-22-230
ECOFOREST GEOTERMIA SL · Air-to-water
- SCOP
- 4.58
- Capacity
- 23kW
- Noise (out)
- 42dB
GT-SKR040KBDC-M290
JVD export, spol. s r.o. · Air-to-water
- SCOP
- 4.58
- Capacity
- 11kW
- Noise (out)
- 65dB
ETVX16S23DA6VG / EPRA14DAV3
Daikin Europe N.V. · Air-to-water
- SCOP
- 4.58
- Capacity
- 13kW
- Noise (out)
- 54dB
ETVX16S23DA6VG / EPRA16DAV3
Daikin Europe N.V. · Air-to-water
- SCOP
- 4.58
- Capacity
- 13kW
- Noise (out)
- 54dB
ETVX16S23DA9WG / EPRA16DAV3
Daikin Europe N.V. · Air-to-water
- SCOP
- 4.58
- Capacity
- 13kW
- Noise (out)
- 54dB
RAS-4WHNPE - RWM-4.0N1E
JOHNSON CONTROLS HITACHI AIR CONDITIONING EUROPE SAS, SUCURSAL EN ESPAÑA · Air-to-water
- SCOP
- 4.58
- Capacity
- 11kW
- Noise (out)
- 58dB
AWR12MR
CIRELIUS, S.A. · Air-to-water
- SCOP
- 4.58
- Capacity
- 12kW
- Noise (out)
- 65dB
Kofri 65
KoFri B.V. · Air-to-water
- SCOP
- 4.58
- Capacity
- 15kW
- Noise (out)
- 69dB
ETVX16S18EA9W / EPRA16DAV3
Daikin Europe N.V. · Air-to-water
- SCOP
- 4.58
- Capacity
- 13kW
- Noise (out)
- 54dB
SUZ-SHWM30VAH / EHSD-MED
Mitsubishi Electric Europe B.V. · Air-to-water
- SCOP
- 4.58
- Capacity
- 4kW
- Noise (out)
- 57dB
SUZ-SHWM30VAH / EHSD-VM6D
Mitsubishi Electric Europe B.V. · Air-to-water
- SCOP
- 4.58
- Capacity
- 4kW
- Noise (out)
- 57dB
SUZ-SHWM30VAH / EHSD-VM2D
Mitsubishi Electric Europe B.V. · Air-to-water
- SCOP
- 4.58
- Capacity
- 4kW
- Noise (out)
- 57dB
MEHP-iB-G07 09V
MITSUBISHI ELECTRIC HYDRONICS & IT COOLING SYSTEMS S.P.A. · Air-to-water
- SCOP
- 4.58
- Capacity
- 6kW
- Noise (out)
- 65dB
ASD16TP
CIRELIUS, S.A. · Air-to-water
- SCOP
- 4.58
- Capacity
- 15kW
- Noise (out)
- 69dB
7738602750
Bosch Thermotechnik GmbH · Air-to-water
- SCOP
- 4.58
- Capacity
- 6kW
- Noise (out)
- 42dB
7738602735
Bosch Thermotechnik GmbH · Air-to-water
- SCOP
- 4.58
- Capacity
- 6kW
- Noise (out)
- 42dB
ETBX16DF6V / EPRA14DAV3 / EKHWSU300D3V3
Daikin Europe N.V. · Air-to-water
- SCOP
- 4.58
- Capacity
- 13kW
- Noise (out)
- 54dB
7739622563
Bosch Thermotechnik GmbH · Air-to-water
- SCOP
- 4.58
- Capacity
- 6kW
- Noise (out)
- 42dB
7739622567
Bosch Thermotechnik GmbH · Air-to-water
- SCOP
- 4.58
- Capacity
- 7kW
- Noise (out)
- 42dB
W14
GEJZER SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ · Air-to-water
- SCOP
- 4.58
- Capacity
- 13kW
7739622395
Bosch Thermotechnik GmbH · Air-to-water
- SCOP
- 4.58
- Capacity
- 7kW
- Noise (out)
- 42dB
Not sure what to pick?
Answer four short questions about your home and we'll narrow 60,000+ models down to a handful that fit.
Open the picker →Source: European Commission, EPREL Public API. Snapshot of 2026-07-01. SCOP figures derived from supplier-reported ηs — see methodology.