Heating pump air conditioner capable of adjusting humidity
An adjustable and air-conditioning technology, applied in heat pumps, compressors with reversible cycles, air-conditioning systems, etc., can solve the problems of no fresh air function and heat recovery devices, no reports in the field of building air-conditioning, complex air-conditioning systems, etc., to achieve Improved energy efficiency, frost prevention, and high evaporation temperature effects
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Embodiment 1
[0017] As shown in Figure 1, this embodiment includes: compressor 1, compressor outlet pipe 2, refrigerant pipe 3, outdoor heat exchanger fan 4, outdoor heat exchanger inlet air pipe 5, outdoor heat exchanger 6, runner Auxiliary heater 7, outdoor heat exchanger and runner connection air pipe 8, runner regeneration air outlet pipe 9, dehumidification runner 10, runner and regenerator connection air pipe 11, fresh air inlet pipe 12, fresh air valve 13 , fresh air auxiliary heater 14, processing return air pipe 15, dehumidification rotary motor 16, processing return air valve 17, refrigerant pipeline between outdoor heat exchanger and throttle valve 18, return air outlet air valve 19, regenerator outlet Air pipe 20, regenerator 21, throttle valve 22, refrigerant pipe 23, regenerator and indoor heat exchanger connection air pipe 24, return air pipe 25, indoor heat exchanger 26, indoor heat exchanger fan 27, Indoor heat exchanger air outlet 28, four-way valve 29, refrigerant pipeli...
Embodiment 2
[0036] In this embodiment, the heat pump operates in winter, and the following components are connected in order: compressor inlet pipe 31, compressor 1, compressor outlet pipe 2, four-way valve 29, refrigerant pipe 30, indoor heat exchanger 26, refrigerant pipe 23. Throttle valve 22, refrigerant pipe 18, outdoor heat exchanger 6, refrigerant pipe 3, four-way valve 29 are connected with compressor inlet pipe 31 to form a closed circuit. The refrigerant flows through the various components in the above order to form a compression heat pump system. The way the compressor drives the refrigerant to flow in sequence according to the above components is the operation mode of the compression heat pump system.
[0037] When working in winter, the rotary dehumidification system is composed of air pipes and components. There are three paths for the flow of wind, namely the fresh air side, the outdoor heat exchanger side and the return air channel path. The connection methods are as foll...
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