Qvantum QA+QH
Air to water heat pump
Heating effect 7kW 11kW
- Combined heating, cooling and hot water solution
- Integrated thermal store
- Instantaneous domestic hot water for comfort and efficient legionella prevention
- Easy to use Qvantum app also supports remote diagnostics
- Over-the-air updates for futureproof connectivity
Powerful performance with digital precision
The Qvantum QA+QH is a powerful, inverter-controlled and energy-efficient air source heat pump designed to provide heating, cooling and domestic hot water. The QA+QH extracts energy from the outside air; this is used to heat the integrated accumulator tank which acts as a thermal battery with heat storage up to 90°C. With flexReady® functionality and API connectivity, the heat pump optimises energy use by operating during periods of low electricity prices or renewable surplus and is ready for flexible energy markets.
Domestic hot water is produced instantly via a heat exchanger, eliminating legionella risk and simplifying water quality requirements.
The QA 9 + QH 175 combination is suitable for heating requirements up to up to 7 kW. The QA 15 + QH 175 combination is suitable for heating demands up to 11 kW. The heat pump is easy to install and has a low noise level, making it a reliable, efficient and user-friendly solution for individual homes.
Smart features
Qvantum’s products are filled with smart features that provide both stability and future-proofing.
Scheduling in the Qantum app, you can actively control how your heat pump works during the week, based on how your home is actually used. Read more here
Always up to date, always smarter. With automatic updates via the cloud, you get new features for free – and a heat pump that evolves over time.
The system intelligently schedules charging to take place during periods of low demand on the electricity grid. By shifting energy use to off-peak times, it helps reduce strain on the grid, lower energy costs, and improve overall efficiency without compromising performance
Qvantum’s built-in accumulator tank can heat the hot water up to about 90°C for extra storage capacity and store when prices are low and use when electricity is expensive. The heat pump is ready for future flex market services.
Safe water – smart technology behind every drop. Our heat pumps heat fresh incoming cold water directly via a heat exchanger in the heat pump, right at the moment you open the tap. The water is always fresh, always moving and always as clean as the cold water.
Always connected security. With remote diagnostics, it is possible to connect remotely to the heat pump, predictive maintenance and service can be done completely remotely.
Technical data
| Technical data | QA-9 | QA15-1 PHASE | QA15-3 PHASE | |
|---|---|---|---|---|
| Product efficiency class, average climate 35°C/55°C | A+++/A++ | A+++/A++ | A+++/A++ | |
| System efficiency class, average climate 35°C/55°C | A+++/A++ | A+++/A++ | A+++/A++ | |
| SCOP EN14825 average climate, 35°C/55°C | 5,05/3,61 | 4,94/3,72 | 4,92/3,67 | |
| Heat output (PH) | kW | 2–10 | 3–16 | 3–16 |
| Nominal heating output, 35°C/55°C (Pdesignh) | kW | 6.38/5.58 | 9.99/9.52 | 8.38/9.6 |
| Operating range outdoor temperature | °C | -25~43 | -25~43 | -25~43 |
| Heat pump max flow temperature | °C | 75 | 75 | 75 |
| Sound power level (LW(A)) EN12102 | dB(A) | 58 | 57 | 58 |
| Refrigerant type (GWP) | dB(A) | R290 (3) | R290 (3) | R290 (3) |
| CO2 equivalent | 1,5 | 2,55 | 2,55 | |
| Dimensions inside module (W x D x H) | mm | 600 x 620 x 1 480 | 600 x 620 x 1 480 | 600 x 620 x 1 480 |
| Dimensions heat pump unit (W x D x H) | mm | 1165 x 400 x 795 |
