Air conditioning device

Abstract

The invention provides an air conditioning device, which comprises an indoor unit, an outdoor unit and a connecting pipeline. The indoor unit consists of an indoor fan, a heat pipe circulating evaporator, a compressor circulating evaporator, an indoor fan wind direction switching device and an indoor controller, and the indoor controller controls the indoor fan wind direction switching device to switch a wind direction of the indoor fan; the outdoor unit comprises an outdoor fan, a heat pipe circulating condenser, a compressor circulating condenser, an outdoor fan wind direction switching device, a compressor, a throttling device and an outdoor controller, and the outdoor controller is used for starting or stopping the compressor and the throttling device and controlling the outdoor fan wind direction switching device to switch a wind direction of the outdoor fan; the connecting pipeline consists of a heat pipe connecting pipeline and a compressor circulating connecting pipeline; the heat pipe circulating evaporator is connected with the heat pipe circulating condenser by the heat pipe circulating connecting pipeline; and the compressor circulating evaporator is connected with the compressor circulating condenser by the compressor circulating connecting pipeline. The air conditioning device has the advantages that a heat pipe circulating working mode is preferentially adopted when the condition of the temperature is met, and energy conservation and emission reduction effects are realized more effectively.

Description

technical field [0001] The invention relates to air-conditioning, heat transfer and engineering thermodynamics technology, especially heat pipe and compressor refrigeration technology, and specifically relates to an air-conditioning device. Background technique [0002] With the continuous development of information technology and the increasingly urgent requirements of the whole society for energy saving and consumption reduction, various working equipment (especially communication equipment) have more and more strict requirements on the operating environment. There are clear requirements for the limit value, and many working spaces for perennial heating equipment have emerged as the times require. These working spaces require air conditioners to operate throughout the year to maintain the operating environment requirements of the equipment. The greater the load of heating equipment in the working space, the greater the power it consumes and the more heat it dissipates, and...

AI Technical Summary

Problems solved by technology

The traditional air conditioner works in a hot place all the year round, and operates in the compressor cooling mode throughout the year. The air conditioner demand load in the work space is large, which means that the power consumption of the air conditioner increases.

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