Self-adaptive anti-condensation semiconductor radiation air conditioner

Abstract

The invention relates to a self-adaptive anti-condensation semiconductor radiation air conditioner, in particular to a solar-driven semiconductor radiation air conditioner with a self-adaptive anti-condensation function, and belongs to the field of air conditioning equipment. According to the air conditioner, data collection is achieved by arranging a temperature sensor and the humidity sensor; aswitch of an air pump and an electromagnetic valve in an air path can be automatically controlled according to the change of the temperature of a cold surface radiant panel, the room temperature and the indoor air humidity, so that the airflow temperature is controlled; and required airflow is exhausted through an airflow channel arranged in the cold surface radiant panel, so that the air flowingspeed of the surface of the cold surface radiant panel is increased, and the condensation phenomenon is prevented. The working state of the air pump and the temperature of exhausted air can be controlled in real time through a control unit according to information fed back by the indoor temperature and humidity and the temperature of the cold surface radiation panel, and the problem of condensation of the semiconductor radiation air conditioner can be rapidly and accurately solved on the premise that enough refrigerating capacity is guaranteed.

Description

technical field [0001] The invention relates to an adaptive anti-condensation semiconductor radiation air conditioner, in particular to a solar-driven semiconductor radiation air conditioner with an adaptive anti-condensation function, which belongs to the field of air-conditioning equipment. Background technique [0002] Traditional air conditioners use air as the heat exchange medium, and control the indoor temperature by sending air that has undergone humid heat treatment to the room. However, the specific heat of the air is small, and there is a feeling of blowing in actual use, uneven cold and hot, and the indoor temperature gradient is large and the fan Noise and other issues lead to high energy consumption and poor comfort of traditional air conditioners. Radiant air conditioners with radiation as the main heat exchange method can solve the above problems, but there are still some problems, among which the condensation problem at the end of the air conditioner is the ...

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Problems solved by technology

[0002] Traditional air conditioners use air as the heat exchange medium, and control the indoor temperature by sending air that has undergone humid heat treatment to the room. However, the specific heat of the air is small, and there is a feeling of blowing in actual use, uneven cold and hot, and the indoor temperature gradient is large and the fan Noise and other issues lead to high energy consumption and poor comfort of traditional air conditioners

Radiant air conditioners with radiation as the main heat exchange method can solve the above problems, but there are still some problems, among which the condensation problem at the end of the air conditioner is the most important factor limiting the application of radiant air conditioners

[0003] In order to solve the dew condensation problem of radiant air conditioners at home and abroad, a variety of solutions have been proposed, such as increasing the temperature of the cooling medium, setting up condensation water tanks, and installing air supply and dehumidification devices. From the perspective of the system, the effect of solving the condensation problem of radiant cooling is not obvious, the energy-saving benefit is not high, and the problem of condensation at the end of radiant cooling is not solved in essence

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