Househeating Pulse
EU Heat-Pump Market Intelligence

Catalog · EPREL registry

European heat-pump models

23,466 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

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

Reset

EHBX08EF6V / ERGA08EAV3H

Daikin Europe N.V. · Air-to-water

APPP
Top energy class
SCOP
4.60
Capacity
8kW
Noise (out)
62dB

AH SCI 25a

Risch Kälte- und Klimatechnik GmbH · Air-to-water

APPP
Top energy class
SCOP
4.60
Capacity
21kW
Noise (out)
49dB

HE-140W/EN8BP

Hecotexx B.V. · Air-to-water

APPP
Top energy class
SCOP
4.60
Capacity
13kW
Noise (out)
65dB

Hydrobox P7 NILAN + SUZ-SWM60VA

TERMO SHOP D.O.O. · Air-to-water

APPP
Top energy class
SCOP
4.60
Capacity
7kW
Noise (out)
60dB

PUD-SHWM80VAA-BS / EHSD-MED

Mitsubishi Electric Europe B.V. · Air-to-water

APPP
Top energy class
SCOP
4.60
Capacity
8kW
Noise (out)
56dB

PUD-SHWM80VAA-BS / EHSD-VM6D

Mitsubishi Electric Europe B.V. · Air-to-water

APPP
Top energy class
SCOP
4.60
Capacity
8kW
Noise (out)
56dB

EBBH16DF9W / ERLA16D2W17

Daikin Europe N.V. · Air-to-water

APPP
Top energy class
SCOP
4.60
Capacity
12kW
Noise (out)
62dB

PUD-SHWM80VAA / ERSD-YM9D

Mitsubishi Electric Europe B.V. · Air-to-water

APPP
Top energy class
SCOP
4.60
Capacity
8kW
Noise (out)
56dB

EBBH16DF6V / ERLA16DAV3

Daikin Europe N.V. · Air-to-water

APPP
Top energy class
SCOP
4.60
Capacity
12kW
Noise (out)
62dB

EBBH16DF6V / ERLA16D2W17

Daikin Europe N.V. · Air-to-water

APPP
Top energy class
SCOP
4.60
Capacity
12kW
Noise (out)
62dB

EHBX08EA6V / ERGA08EAV3H / EKHWP500PB

Daikin Europe N.V. · Air-to-water

APPP
Top energy class
SCOP
4.60
Capacity
8kW
Noise (out)
62dB

AQUARIS MD PRO 18T

BRASS & FITTINGS SL · Air-to-water

APPP
Top energy class
SCOP
4.60
Capacity
18kW
Noise (out)
71dB

Hydrobox R14 SMART + PUZ-SHWM120YAA

TERMO SHOP D.O.O. · Air-to-water

APPP
Top energy class
SCOP
4.60
Capacity
12kW
Noise (out)
58dB

PUD-SWM60VAA-BS / ERSD-MED

Mitsubishi Electric Europe B.V. · Air-to-water

APPP
Top energy class
SCOP
4.60
Capacity
6kW
Noise (out)
55dB

HA 5-6 O 230V B2

Vaillant GmbH · Air-to-water

APPP
Top energy class
SCOP
4.60
Capacity
5kW
Noise (out)
48dB

10062102

ait-deutschland GmbH · Air-to-water

APPP
Top energy class
SCOP
4.60
Capacity
54kW

ecoGEO B4T 5-22 kW

ECOFOREST GEOTERMIA SL · Ground-source

APPP
Top energy class
SCOP
4.60
Capacity
23kW

EBBH16DF9W / ERLA14DAV3

Daikin Europe N.V. · Air-to-water

APPP
Top energy class
SCOP
4.60
Capacity
11kW
Noise (out)
62dB

PUD-SWM60VAA / ERSD-VM2D

Mitsubishi Electric Europe B.V. · Air-to-water

APPP
Top energy class
SCOP
4.60
Capacity
6kW
Noise (out)
55dB

PUD-SHWM80VAA-BS / EHSD-YM9D

Mitsubishi Electric Europe B.V. · Air-to-water

APPP
Top energy class
SCOP
4.60
Capacity
8kW
Noise (out)
56dB

PUD-SWM60VAA-BS / ERSD-VM2D

Mitsubishi Electric Europe B.V. · Air-to-water

APPP
Top energy class
SCOP
4.60
Capacity
6kW
Noise (out)
55dB

PUD-SHWM80VAA / EHSD-VM2D

Mitsubishi Electric Europe B.V. · Air-to-water

APPP
Top energy class
SCOP
4.60
Capacity
8kW
Noise (out)
56dB

EHVX08S18EJ9W / ERGA08EAV3H

Daikin Europe N.V. · Air-to-water

APPP
Top energy class
SCOP
4.60
Capacity
8kW
Noise (out)
62dB

EHBX08EA6V / ERGA08EAV3 / EKHWSU150D3V3

Daikin Europe N.V. · Air-to-water

APPP
Top energy class
SCOP
4.60
Capacity
8kW
Noise (out)
62dB

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 2026-07-15. SCOP figures derived from supplier-reported ηs — see methodology.