Goodheat GSHVSH-16AA1 vs AUX ACHP-H16/5R3HA-M
SCOP (35 °C): Goodheat GSHVSH-16AA1 4.93, AUX ACHP-H16/5R3HA-M 4.83. The Goodheat GSHVSH-16AA1 is better on 11 of 13 comparable points.
Who wins where
- Goodheat GSHVSH-16AA1
- AUX ACHP-H16/5R3HA-M
Biggest differences
| Fact | GSHVSH-16AA1 | ACHP-H16/5R3HA-M |
|---|---|---|
| Refrigerant GWP | 3 | 675 |
| Refrigerant charge | 1.15 kg | 1.7 kg |
| COP A7/W35 | 6.47 | 4.51 |
| Rated output 55 °C | 15.89 kW | 14 kW |
| Outdoor unit sound power | 63 dB(A) | 68 dB(A) |
| Seasonal efficiency ηs 55 °C | 142 % | 137 % |
Score per area = position (0–100) relative to all 1350 models in this category; higher is better.
| Technical specifications | GoodheatGSHVSH-16AA1 | AUXACHP-H16/5R3HA-M |
|---|---|---|
| Grants & market | ||
| SEAI Heat Pump System Grant | €14,500 | €14,500 |
| General | ||
| Type (source) | Air-to-water 1 | Air-to-water 1 |
| Performance | ||
| Heating capacity (A7/W35) | 16 kW 2 | 16.1 kW ✓ 3 |
| Rated output 35 °C | 16.2 kW ✓ 1 | 16.1 kW 1 |
| Rated output 55 °C | 15.89 kW ✓ 1 | 14 kW 1 |
| Efficiency | ||
| SCOP (35 °C) | 4.93 ✓ 1 | 4.83 1 |
| SCOP (55 °C) | 3.62 ✓ 1 | 3.5 1 |
| Seasonal efficiency ηs 35 °C | 194 % ✓ 1 | 192 % 1 |
| Seasonal efficiency ηs 55 °C | 142 % ✓ 1 | 137 % 1 |
| Energy label 35 °C | A, , , 2 | A, , , 3 |
| Energy label 55 °C | A, , 2 | A, , 3 |
| COP A7/W35 | 6.47 ✓ 1 | 4.51 1 |
| COP A2/W35 | 4.8 1 | – |
| COP A-7/W35 | 3.05 ✓ 1 | 2.98 1 |
| Noise | ||
| Outdoor unit sound power | 63 dB(A) ✓ 1 | 68 dB(A) 1 |
| Refrigerant | ||
| Refrigerant | R290 1 | R32 1 |
| Refrigerant GWP | 3 ✓ 2 | 675 3 |
| Refrigerant charge | 1.15 kg ✓ 1 | 1.7 kg 1 |
| Electrical | ||
| Max. power input | 6.95 kW 1 | 15.3 kW 1 |
| Connectivity & smart | ||
| SG Ready | Yes 1 | Yes 1 |
Sources
- List of eligible heat pumps (BEG) — Bundesamt für Wirtschaft und Ausfuhrkontrolle (BAFA) · accessed 27 Sept 2026
- Heat Pump Keymark certificates — EHPA / DIN CERTCO (Heat Pump KEYMARK) · accessed 29 Sept 2026
- Heat Pump Keymark certificates — EHPA / DIN CERTCO (Heat Pump KEYMARK) · accessed 29 Sept 2026