High-efficiency 160kW air source heat pump designed for commercial space heating, centralized hot water and large-scale HVAC projects.
A 160kW air-to-water heat pump platform developed for projects requiring substantial heating output, stable operation and flexible system integration.
This product is a high-capacity commercial air source heat pump designed to transfer heat from outdoor air into a centralized water heating system.
It can be connected to buffer tanks, fan coil units, underfloor heating, domestic hot water tanks and other hydronic equipment according to the project design.
Designed for projects where smaller heating equipment cannot efficiently meet the required load.
Suitable for professional buyers who require project-level selection and system support.
This commercial air source heat pump provides hydronic heating and cooling for hotels, factories, schools and other commercial buildings—addressing unstable water temperature, excessive cycling, winter ice buildup and changing seasonal loads.
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The full DC inverter commercial heat pump system modulates heating and cooling output to match the building load, maintaining steadier water temperature with less frequent part-load cycling.
The commercial air to water heat pump supplies chilled water to compatible terminals for even cooling with fewer cold drafts. Correct water-temperature and dew-point control can reduce excessive dehumidification.
Dynamic monitoring identifies actual frost buildup. Parallel capillary and expansion-valve paths redirect refrigerant quickly for rapid defrost under applicable conditions.
Branch subcooling and dual enhanced-vapor-injection design help defrost water drain before refreezing, reducing base ice and blocked drainage in winter.
Two-stage circulation and heating protection responds to low water temperature. Flow monitoring, emergency drain-down and a large-volume exchanger add protection during abnormal conditions.
A high-volume fan supports heat exchange at demanding loads, while inverter and soft-start control reduce abrupt speed changes and start-up impact.
Cooling comfort depends on terminal type, chilled-water temperature and dew-point control. Defrost time, noise level and protection functions should be referenced with the selected model, configuration and test conditions.
A commercial air to water heat pump does not generate all of its heat from electricity. It uses electrical input to operate the compressor, pumps and controls while moving available heat from outdoor air into the building’s water circuit.
The diagram shows heating mode. In cooling mode, the reversible commercial heat pump system removes heat from the water circuit and releases it outdoors.
Outdoor air passes across the evaporator. The low-pressure refrigerant absorbs available heat and changes into a gas.
The compressor raises refrigerant pressure and temperature. This is where most of the cycle’s electrical input is used.
The heat exchanger transfers energy from the hot refrigerant to the return water, which then flows to the building or buffer tank.
The expansion valve lowers refrigerant pressure and temperature before it returns to the evaporator and starts the cycle again.
Use these values for preliminary model comparison and project planning. Download the complete datasheet for detailed operating points, electrical data, pressure limits and test conditions.
| Key Specification | Value |
|---|---|
| Model | Commercial Air Source Heat Pump |
| Refrigerant Options | R290 / R32 |
| Rated Heating Capacity | 540 (216–630) kW |
| Heating COP | 3.6 |
| Low-temperature Heating Capacity (A−20/W41) | 278.88 (210–330) kW |
| Rated Cooling Capacity (A35/W7) | 360 (204–459) kW |
| Cooling EER | 2.86 |
| Maximum Outlet Water Temperature | 55°C |
| Operating Ambient Temperature | −36°C to 43°C |
| Power Supply | 380V~ / 50Hz |
| Maximum Input Power / Current | 195 kW / 426 A |
| Rated Water Flow / Connection | 90 m³/h / DN100 flange |
| Dimensions / Net Weight | 4,480 × 2,350 × 2,480 mm / 3,750 kg |
| Heating / Cooling Noise Level | ≤78 dB(A) |
Review the overall unit dimensions, water connection positions and essential site requirements before planning installation.
Final installation must be reviewed by qualified HVAC, electrical and structural engineers according to local regulations.
We support wholesale orders, private labeling, product customization and long-term distributor cooperation for international markets.
Common questions about sizing, installation, performance, wholesale orders and OEM customization.
The coverage area depends on climate, insulation, building height and design heat load. For example, at a design load of 80 W/m², 160kW corresponds to approximately 2,000 m². A professional heat-load calculation is required before final model selection.
Yes. Multiple units can be connected through a cascade control system for staged capacity, operating rotation and backup. The final unit quantity and hydraulic arrangement should be confirmed according to the total project load.
The maximum outlet water temperature is 55°C. Actual achievable temperature and heating capacity depend on ambient temperature, inlet water temperature and system operating conditions.
Heating capacity and COP generally decrease as outdoor temperature falls. This model uses low-temperature operation and automatic defrost control, but project selection should be based on the capacity data at the site’s winter design temperature.
The standard power supply is 380V / 50Hz. Maximum input power is 195kW and maximum current is 426A. Cable sizing, circuit protection and grounding must be designed by a qualified electrical engineer according to local regulations.
MOQ depends on the product configuration, destination market and customization requirements. Standard products may support lower initial quantities, while customized OEM orders require separate quantity confirmation.
Yes. OEM options can include logo, rating label, cabinet color, controller interface, packaging and documentation. Available options depend on order quantity and certification requirements.
Production time depends on order quantity, component availability and customization. Standard and OEM lead times will be confirmed in the quotation after the technical configuration has been approved.
Cassky specializes in high-performance heat pump systems and solar energy solutions, providing reliable products and customized services for global distributors, engineering companies, contractors, and brand partners.
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