Heat pipe heat storage type air conditioner heat pump device capable of recovering waste heat

Abstract

Provided is a heat pipe heat storage type air conditioner heat pump device capable of recovering waste heat. The device comprises an air conditioning system module and a heat pump system module, wherein the air conditioning system module comprises an air conditioner compressor and an air conditioner condenser which are connected with each other, and the heat pump system module comprises an anti-disturbing water tank and a combined heat pipe condensation evaporator; the device also comprises a phase change heat storage tank, a waste water collection tank and a heat source heat exchange tank; the phase change heat storage tank is provided with an air conditioner exhaust pipe and a phase change heat pipe condensation section, and the air conditioner exhaust pipe is connected to the air conditioner compressor and the air conditioner condenser separately; the heat source heat exchange tank comprises a heat source tank body and a heat source heat exchange tube, the heat source heat exchangetube is in annular loop connection with the phase change heat pipe condensation section, and the heat source tank body is connected with the anti-disturbing water tank; the waste water collection tankcomprises a waste water tank body and a waste water heat exchange tube, and the waste water heat exchange tube is connected with a water supply source and the heat source tank body. The heat pipe heat storage type air conditioner heat pump device capable of recovering the waste heat can effectively improve the thermal efficiency of the operation of an air conditioner and an air source heat pump water heater, improve the frosting phenomenon of a heat pump evaporator during low temperature evaporation, and effectively recover the waste heat of bath waste water.

Description

technical field [0001] The invention relates to an air conditioner heat pump system, in particular to a heat pipe heat storage type air conditioner heat pump device which can recover waste heat. Background technique [0002] In the existing air-conditioning system, the high-temperature exhaust heat of the compressor is directly discharged in the condenser and becomes "waste heat"; when the evaporator of the existing air-source heat pump water heater evaporates at a lower temperature, frosting will occur, which will reduce the efficiency of the system. At the same time, after the hot water is used for bathing, the high temperature bathing wastewater is directly discharged, causing a large amount of waste heat to be lost in the bathing wastewater; in addition, during the continuous output of hot water and continuous input of cold water in ordinary water tanks, the cold water passes through its own kinetic energy and The rapid mixing with the original hot water makes the hot wa...

AI Technical Summary

Problems solved by technology

The invention overcomes the failure of the traditional air-conditioning system to recycle the exhaust waste heat of the compressor, and the evaporator of the traditional air-source heat pump water heater is frosted when it evaporates at low temperature, the heat exchange efficiency is deteriorated, and the waste heat of the bathing wastewater of the air-source heat pump water heater is not recovered. It can be recycled and the cold water in the ordinary water tank can be quickly mixed with the original hot water, which affects the user's hot water experience.

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