The Haier GT R290 10 kW (ref. AW102MUGHA) is a high-efficiency monobloc air-to-water heat pump designed for residential and commercial applications that demand comfort, performance, and sustainability. Its DC Inverter Twin Rotary technology and use of natural refrigerant R290 allow it to reach water temperatures of up to 80 °C without electric backup, maintaining stable operation even at –25 °C outdoor temperatures. The monobloc system integrates all hydraulic components, simplifying installation and reducing assembly costs.
Key Features
- Energy class A+++ with SCOP 5.10 (35 °C) and 3.83 (55 °C).
- Extended operating range: heating down to –25 °C and cooling up to 48 °C.
- Water temperature up to 80 °C without auxiliary heater above –15 °C.
- Intelligent two-zone control for differentiated climate management.
- Climate curves and automatic mode to optimize comfort and energy consumption.
- DHW and solar thermal management included.
- Automatic antifreeze function and compatibility with Smart Grid.
Energy Performance
- Heating (A7/W35): 10.00 kW · 1.96 kW input · COP 5.10
- Heating (A7/W55): 10.00 kW · 3.13 kW input · COP 3.20
- SCOP 35 °C: 5.10 (A+++) · ηs 201 %
- SCOP 55 °C: 3.83 (A+++) · ηs 150 %
- Cooling (A35/W18): 9.50 kW · 2.21 kW input · EER 4.30
- Cooling (A35/W7): 8.50 kW · 2.62 kW input · EER 3.25
Operating Ranges and Temperatures
- Outdoor: –25 ~ 35 °C (heating) / 10 ~ 48 °C (cooling) / –25 ~ 43 °C (DHW)
- Water supply: 20 ~ 80 °C (heating) / 5 ~ 25 °C (cooling)
- DHW tank: 25 ~ 75 °C
Design, Hydraulics, and Acoustics
- Compressor: 1 × DC Inverter Twin Rotary
- Hydraulic connections: R 1” inlet/outlet
- Expansion vessel: 4.5 liters integrated
- Sound level: 49 dB(A) pressure / 60 dB power
Refrigerant
- Type: R290 (natural propane)
- Charge: 0.9 kg · CO₂eq 2.7 t
Electrical Data
- Power supply: 220–240 V / 1 / 50 Hz
- Maximum current: 18.6 A · Recommended circuit breaker: 20 A
Dimensions and Weight
- Dimensions (H × W × D): 790 × 1250 × 380 mm
- Net/gross weight: 106 / 139 kg
Indicative Sizing
The appropriate power depends on the building’s thermal load. As a reference, a 10 kW unit can cover approximately:
- Well-insulated buildings (30–40 W/m²): 250–330 m²
- Medium insulation (50–60 W/m²): 165–200 m²
- Poor insulation (80–100 W/m²): 100–125 m²
Indicative values; always confirm with a thermal load calculation according to climate and emitters.