DC Inverter Swimming Pool Heat Pump (24kW)
-Suitable for indoor swimming pools, spas, baths, etc
-220V power supply
DC Inverter Swimming Pool Heat Pump (24kW)
REMARKS
Swimming Pool Heat Pump, based on the operating condition of 10°C air temperature and the basic situation of the pool, the selection of fixed-frequency heat pump is 60KW, and the variable-frequency heat pump selection is 34kW to meet the initial heating demand. (At 26°C, the heating capacity is 60kW*). To maintain constant temperature throughout the four seasons, the required heating capacities for each season are: Winter: 13.48kW, Spring and Autumn: 11.84kW, Summer: 9.92kW. Not only does there exist a significant difference in operating costs, but as the core equipment for creating a constant temperature experience throughout the four seasons, the service life of the variable-frequency heat pump also affects its operating costs.
The DC Inverter Swimming Pool Heat Pump operates in a 120% super-frequency mode during the initial heating phase to rapidly warm the pool. Once the preset temperature is reached, it automatically maintains operation at an average 30%-50% rate, intelligently regulating the compressor's frequency to "avoid unnecessary work". Additionally, the heat pump features Mitsubishi's DC inverter compressor, offering high efficiency, low vibration, and quiet operation, thereby extending its service life. Whether aligning with the "Dual Carbon" policy or prioritizing year-round swimming comfort for villa owners, this energy-efficient, silent, and smart inverter heat pump stands as the top choice for pool owners. We will continue to advance inverter technology and enhance smart operation experiences for pool equipment, enabling users to enjoy year-round inverter hot spring pool life.
The DC Inverter Heat Pump operates within a temperature range of-10°C to 43°C. Under test conditions with ambient temperatures of 24°C and 19°C, and inlet water temperatures of, the air-source heat pump's operational range of-10°C to 43°C demonstrates its adaptability to wide ambient temperature variations, though its low-temperature limit should be noted. If winter ambient temperatures frequently drop below-10°C, the equipment may require auxiliary electric heating, which could impact energy efficiency. Test conditions: Ambient temperatures in winter typically remain above-10°C, allowing normal operation of this device. For mid-high latitude regions (e.g., northern areas): If winter temperatures are consistently low For more extreme environments (e.g., -40°C extreme cold or high-temperature scenarios), consider using cascade technology or two-stage compression heat pump products, which can operate stably within a wider temperature range of-35°C to 45°C or beyond.
