Which hot spring equipment parameters affect equipment performance?
Published:
2021/09/02
Hot spring facilities are essentially similar to swimming pool facilities, both being recreational bathing equipment. The difference lies in the higher temperature and the mineral-rich geothermal water used in hot springs. Natural hot springs are usually static and cannot be used directly. They require specialized hot spring equipment for extraction, reheating, and purification, while preserving beneficial mineral elements. So, which hot spring equipment parameters affect equipment performance?
Which hot spring equipment parameters affect equipment performance?
Hot spring facilities are essentially similar to swimming pool facilities; they are both recreational bathing equipment. The difference lies in the higher operating temperature of hot springs and the presence of mineral-rich groundwater. Natural hot springs are usually static and cannot be used directly; they require extraction, reheating, and purification to retain beneficial mineral elements. So, which hot spring equipment parameters affect equipment performance? Hot spring equipment During the extraction, reheating, and purification processes, only the beneficial mineral elements are retained. So, which parameters of the hot spring equipment affect its performance?
1 Refrigerant selection
The refrigerant is the fluid working medium that transfers heat in hot spring equipment. It absorbs heat generated by the evaporator and, through compression and throttling, transfers the heat-absorbed refrigerant to the next stage of the system. Then, the next stage releases the refrigerant's heat, thus reheating the water source. The selection and use of the refrigerant affect the heat transfer and release in the above process.
2 Compressor power
Operating parameters such as compressor power affect the transfer speed of the refrigerant in the system, which directly affects the duration of the refrigerant's operation in the heat absorption system. Equipment with high compressor power can transfer the refrigerant faster, while equipment with low power cannot quickly transfer the heat-absorbed refrigerant, affecting the duration of heat retention.
3 Heat exchanger thermal efficiency
The heat exchanger's thermal efficiency affects the efficiency of heat release from the heat-absorbed refrigerant in the system. In hot spring equipment, the heat exchanger converts heat, releasing and transferring the heat absorbed by the refrigerant in the preceding system to the next system. Then, in the latter system, it transfers the heat to the water source, thus increasing the water source's heat and temperature.
Parameters such as the refrigerant selection, compressor power, and heat exchanger thermal efficiency of hot spring equipment all affect equipment performance. Reputable hot spring equipment manufacturers will not misrepresent or conceal equipment performance parameters to customers; therefore, customers can operate the purchased hot spring facilities at the indicated power for heating, and customers can use them with confidence.
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