Air conditionner in energy cycle

Abstract

The present invention relates to an energy circulation air-conditioner. It includes the following several portions: energy converter and energy diffusion device connected with positive end of the described energy converter. It is characterized by that it also includes an energy storage device capable of making energy interchange with negative end of the described energy converter, the described energy storage device includes a box body for holding energy interchange agent, and on the circuit of the described energy converter a change-over switch is set, said change-over switch can make current direction be reversed. Besides, said invention also provides the working principle of said energy conversion air conditioner and its concrete operation method.

Description

technical field [0001] The invention relates to an air conditioner, in particular to an energy cycle air conditioner. Background technique [0002] The air conditioner in the prior art includes an energy converter and an energy diffusion device connected to the positive end of the energy converter. The energy converter includes a semiconductor energy converter, a compressor energy converter, and other refrigeration or heating devices. Energy converters, these energy converters have a common feature, when performing energy conversion, the positive end cools down, while the negative end heats up, and vice versa. If cold air is provided to the room, the positive end is used for cooling and the negative end is used for heating, so the heat generated by the negative end of the energy exchanger must be discharged to the outside. The cold air generated by the negative end of the energy exchanger should be discharged outdoors. In the prior art, the common solution to this technica...

AI Technical Summary

Problems solved by technology

In the prior art, the common solution to this technical problem is to place the energy converter outdoors and transport the required cold or hot air to the room through pipes. The end phase is separated, the main unit of the air conditioner is placed outdoors, and the energy delivery end is placed indoors, thereby increasing the manufacturing cost of the air conditioner and bringing inconvenience to the installation of the air conditioner, especially restricting or affecting the portable use of the air conditioner

In addition, during the working process of the air conditioner, the efficiency of the positive end (that is, the cooling end) to generate cold air is directly proportional to the efficiency of cooling the negative end (that is, the heating end); similarly, the efficiency of the positive end (that is, the heating end) to generate hot air It is directly proportional to the efficiency of heating the negative end (that is, the cooling end). The main unit of the above-mentioned air conditioner is placed outdoors, and the negative end to be cooled or heated realizes cooling or heating by exchanging energy with the atmosphere. Since the temperature of the atmosphere changes in a short time It is relatively small, and it is difficult to effectively adjust according to human will. For this reason, the efficiency of cooling or heating the negative end is low, which affects the efficiency of cooling or heating at the positive end of the energy converter.

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