Fixed Frequency
Suitable for swimming pools with relatively simple and stable water temperature requirements and lower costs. It has the advantages of simple operation, stability and reliability.
Suitable for swimming pools with relatively simple and stable water temperature requirements and lower costs. It has the advantages of simple operation, stability and reliability.
According to the user’s actual needs, it can provide precise water temperature control, and has features such as energy-saving, anti-freezing. It can also adapt to different seasons and environmental changes, maintaining a constant and comfortable water temperature while effectively saving energy.
For private swimming pools owned by families, DC inverter heat pumps can keep the water temperature within the ideal range and provide a comfortable swimming environment.
Commercial swimming pools, such as swimming pools in hotels and resorts, can use DC variable frequency heat pumps to provide a comfortable swimming pool experience and attract customers.
It can rapidly heat or cool a large volume of water and is capable of lowering the temperature when the input water is at a high temperature. Used for equipment cooling or temperature control, it caters to the regulation needs of large swimming pools, high-volume commercial or industrial water.
Combining WiFi technology with a DC inverter heat pump unit achieves the control of heating temperature, which can save energy and improve quality of life and efficiency.
The remote control allows you to adjust the temperature anytime and anywhere, achieving high efficiency and energy conservation while ensuring the normal operation of a DC inverter heat pump.
Suoher experts will communicate with you in time to solve your confusion
Clarify the minimum ambient temperature at which the unit will operate. The lower the ambient temperature, the less heat can be output by a unit with the same power. Therefore, in winter with lower ambient temperature, high-powered units should be used appropriately to ensure that there is still sufficient heat supply to meet demand at the lowest ambient temperature.
Define the size of the space that needs heating is crucial. The larger the space, the more heat the equipment needs to output, which corresponds to a larger equipment model.
Determine insulation effect of space to be heated. The better insulation effect of the house, the less heat loss and power of the equipment required.
Define the heating terminal equipment used in the room. Different terminal heating equipment require different heating water temperatures. Typically, radiant floor heating requires a heating water temperature of 35 degrees, fan coil units require 45 degrees, while radiators require a water temperature of over 50 degrees.
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