A return air circulation type capillary network radiation plate and its heat exchange treatment method

Abstract

The invention provides a return air circulation type capillary network radiant plate and a heat exchange treatment method thereof. The optimized structural design of the return air circulation type capillary network radiant plate greatly alleviates the radiation under the condition that the cooling temperature is too low. Condensation occurs on the radiant surface of the panel shell, and the heat exchange treatment method uses the radiation surface of the radiant panel shell to perform radiative heat exchange on the indoor air, and at the same time drives the indoor air to perform return air circulation and heat exchange, which improves the return rate. The overall heat transfer capacity and heat transfer efficiency of the air circulation capillary network radiant plate are easier to install, and can be directly applied to the existing radiant air conditioning system, thus solving the problem of anti-condensation of the capillary network radiant plate in the prior art. It provides a new solution for the radiant panel air-conditioning system and has broad market application prospects.

Description

Technical field [0001] The present invention relates to the field of radiation-cooling heating ends, and in particular, therefore, a retransmission cycle capillary mesh radiation plate and a heat transfer treatment method thereof. Background technique [0002] With the continuous development of the social economy, people's requirements for indoor comfort continue. For traditional air conditioning systems, there are still some problems, such as losses caused by temperature and humidity coupling, flow blowing, and noise of coil air blowing. The radiation air conditioning system is increasingly favored by people due to small noise, hot comfort, energy saving, and the capillary mesh radiation plate as the end of the radiation air conditioner system, which gradually became an international mainstream air conditioning end device. [0003] The capillary mesh radiation plate is a unitary end device that is a flat-panel-shaped air conditioning system which reaches the internal capillary n...

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Problems solved by technology

[0006] In view of the above-mentioned deficiencies in the prior art, the purpose of the present invention is to provide a return air circulation type capillary network radiant panel, whose optimized structural design helps to enhance the anti-condensation performance of its own radiant surface, and at the same time helps to improve The energy efficiency utilization rate of the cold / heat source of the capillary network has better cooling and heating performance, and is easier to install. It can be directly applied to the existing radiant air conditioning system to solve the anti-condensation of the capillary network radiant plate in the prior art. Problems such as poor dew performance, limited cooling and heating capacity, complicated retrofit and installation, and difficulty in being directly applied to existing radiant air-conditioning systems

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