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Use water geothermal pump characteristics technical working principle

Release Time：2021-07-21

The water source heat pump system exchanges energy with the soil through a closed water cycle, does not damage the formation structure, does not use groundwater resources, has low noise, does not emit exhaust gas and waste, does not cause thermal pollution to the air, and has a good environmental protection quality of zero pollution. The water source heat pump system does not require a cooling tower, which fundamentally eliminates the breeding of bacteria and protects people's physical and mental health, relatively speaking, it gives people the feeling that it is healthy and comfortable.
Energy saving and environmental protection, the underground soil temperature is basically constant at about 16 ℃ all the year round, so that the water-ground source heat pump is at a high rate point in both cooling and heating conditions, and the water source heat pump and the heat exchanger do not need defrosting, thus reducing the energy consumption of frosting and defrosting.
The use of water source heat pump is flexible in control, very convenient for operation and management, high degree of automation, no need for professional personnel to be on duty, control, flexible control according to needs, switch by oneself, cold and warm self-knowledge, can realize independent billing of units, household and room control, convenient for owners to manage the whole system, buried pipes use chemical raw materials, processing technology and equipment have high technical requirements, and their service life is 50-70 years, the life of the host is 20-25 years, which is basically a one-time investment lifetime benefit project with long service life and water source heat pump.
The working principle of water source heat pump technology is to transfer heat energy from low temperature to high temperature by inputting a small amount of high-grade energy (such as electric energy). Water bodies are respectively used as heat sources for heat pump heating in winter and cold sources for air conditioning in summer, I .e. heat from buildings is "taken out" and released into water bodies in summer. Due to the low water source temperature, heat can be efficiently taken away to achieve the purpose of indoor cooling of buildings in summer.
The energy used by the energy-saving water source heat pump itself is a clean energy, but when generating electricity, it consumes primary energy and causes pollutants and carbon dioxide greenhouse gas emissions. A well-designed water source heat pump unit is equivalent to Compared with the air source heat pump, it reduces electricity consumption by more than 30%, and compared with electric heating, it is equivalent to reducing electricity consumption by more than 70%, so, water source heat pump in energy saving at the same time also reduce and reduce the generation of primary energy consumption in the process of pollution emissions and greenhouse effect.
Wide range of applications can be widely used in hotels, office buildings, schools, shopping malls, villas, residential areas of central heating and cooling, and other commercial and industrial building air conditioning, and can be used in swimming pools, dairy processing, beer brewing, cold forging, cold storage and indoor planting and constant temperature breeding and other industries.
Shandong Xingheng Environmental Technology Group Co., Ltd. is located in Luquantun Development Zone, Dezhou, Shandong, the hometown of FRP in China. The company has Grade II qualification for fire protection facilities engineering, Grade II qualification for construction mechanical and electrical installation engineering, Grade II qualification for environmental protection engineering, and safety production license. It is the first in the industry to pass ISO9001 quality management system certification, ISO14001 environmental management system certification, OHSAS18001 occupational health management system certification, and an axial fan invention patent, A fan utility model patent, environmental assessment, safety assessment, three simultaneous and other procedures are complete.