The Air Source Heat Pump operates on the reverse Carnot cycle, using ambient air as the heat source. A single system can simultaneously provide winter heating, summer cooling, and year-round domestic hot water. Compared to coal/gas boilers or direct electric heating, it delivers a high COP (coefficient of performance), significantly reducing operating costs with zero direct pollutant emissions.
Building heating and cooling for schools, hospitals, hotels, offices, residential communities, and villas; large-scale hot water supply for hotels, hospitals, and dormitories; industrial waste heat recovery in petrochemicals, textile dyeing, and food processing; agricultural drying of produce, tobacco, and medicinal herbs.
Liquid refrigerant absorbs heat from outdoor air in the evaporator, evaporating into low-temperature, low-pressure gas; the gaseous refrigerant is drawn into the compressor and compressed into high-temperature, high-pressure gas; the high-pressure gas enters the condenser to exchange heat with water, releasing heat to heat the water while condensing back to high-pressure liquid; the liquid refrigerant passes through the expansion valve for pressure reduction, returning to the evaporator to begin a new cycle.
