FOSHAN SUOHER ELECTRICAL APPLIANCE CO., LTD
-If the temperature of the ordinary model cannot meet your needs, please select SUOHER high-temperature model swimming pool heat pump. The size, appearance and power can be modified according to the customer's requirements.
How does the air source heat pump work?
The heat from the sun is stored in the air year after year so that we can get a constant source of naturally renewed energy. This stored energy is ideal heat source for your daily domestic heating demand.
The air source heat pump collects heat from the solar energy stored in the air. The heat is collected and carried by refrigerant and then converts it into high grade heat to be released to your house by underfloor heating system or radiator and into your domestic hot water tank.
-The solar energy stored in the nature can be brought up by a heat exchanger called evaporator. Here the refrigerant absorbs the solar energy and turns into very low temperature gas.
-The gas refrigerant is compressed and turns into very hot and high pressure gas, then the heat is transferred to the water-based heating system in the house by a condenser.
-Then the refrigerant reverts to low pressure liquid and is ready to collect new solar energy.
The high-temperature water heater mentioned operates within a temperature range of-10°C to 43°C, ensuring stable performance even in extreme conditions. For example, during cold winters (-10°C), the system optimizes the compressor speed through intelligent frequency conversion technology to prevent frost formation and ensure continuous heating. In hot summers (43°C), the system automatically reduces power to avoid overheating protection triggers, extending the equipment's lifespan.
The air-source heat pump is designed to accommodate diverse applications, offering adaptable solutions from residential pools to commercial spaces.
For home users, the smart control features of the air-source heat pump prove particularly practical. By simply setting the desired temperature through a mobile app or control panel, the system automatically adjusts its operation without requiring constant supervision. For instance, users can pre-set the water temperature before weekend gatherings, allowing the Swimming Pool Heat Pump to heat the pool autonomously and maintain a comfortable temperature. Additionally, the basic configuration without a built-in pump enables users to select a pump matching their pool size, achieving personalized customization.
In commercial applications, the Swimming Pool Heat Pump's wide-temperature operation capability and rapid response are key advantages. For instance, hotel pools require stable water temperatures in regions with significant morning-to-evening temperature differences (e.g., 24℃/19℃ vs. 15℃/11℃ in test conditions). The DC Inverter technology dynamically adjusts power output, eliminating the frequent start-stop cycles of traditional fixed-frequency systems, thereby reducing energy waste and maintenance costs. Additionally, the FOB Guangzhou pricing strategy lowers international procurement logistics costs, making it ideal for bulk purchases.
