Radiation and fresh air integrated anti-condensation terminal and anti-condensation method

Abstract

The invention discloses a radiation and fresh air integrated anti-condensation terminal and an anti-condensation method and belongs to the field of radiation air conditioner terminals. The radiation and fresh air integrated anti-condensation terminal comprises an air processing box, a capillary pipe radiation face and a control system. The radiation and fresh air integrated anti-condensation terminal can utilize a capillary radiation plate to conduct radiation heat exchange treatment on indoor air and can also conduct air return circulating dehumidification heat exchange on the indoor air, theradiation and fresh air integrated anti-condensation terminal can also introduce fresh air and guarantee the indoor air quality, and the overall heat exchange amount and the heat exchange efficiencyof the radiation plate are improved; installation is easy; the radiation and fresh air integrated anti-condensation terminal can well solve the problems that in the prior art, a capillary network radiation plate is prone to condensation, the cooling capacity is limited, and transformation is complicated, and the radiation and fresh air integrated anti-condensation terminal has broad market application prospect.

Description

technical field [0001] The present invention designs the technical field of radiation terminals, in particular to a radiation fresh air integrated anti-condensation terminal and an anti-condensation method. Background technique [0002] Compared with the traditional air-conditioning system, which has the problems of high energy consumption, high noise, low comfort and poor air quality, radiant air-conditioning is more comfortable, more energy-efficient, easy to install and saves space, so it has received widespread attention. At present, the most widely used buildings are the all-water ceiling radiant air conditioning system and the floor radiant heating system. However, this technology has certain defects: 1. Water leakage, the hot and cold coal pipelines of the radiant air conditioning system are installed inside the decorative layer, once the pipeline leaks, maintenance is more troublesome; 2. Dew condensation, when the surface temperature of the radiant panel is low Due...

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Problems solved by technology

However, this technology has certain defects: 1. Water leakage, the hot and cold coal pipelines of the radiant air conditioning system are installed inside the decoration layer, once the pipeline leaks, maintenance is more troublesome; 2. Condensation, when the surface temperature of the radiant panel is low Depending on the dew point temperature of the indoor air, the water vapor in the indoor air will condense on the surface of the radiant panel, causing "indoor rain" phenomenon, and what's more, it will make the wall moldy and affect the indoor appearance; 3. The heat transfer capacity is limited , in order to avoid condensation, the water supply temperature is generally controlled and usually set higher, which greatly limits the heat transfer capacity at the end of the radiant plate; 4. Higher installation costs

[0003] At present, in order to solve the above problems in radiant air conditioning, the more widely used solutions are to configure an independent air supply system to improve the heat exchange performance between radiant panels and indoor air, or to add a separate air drying device to dehumidify the air, but The above methods will increase the difficulty of installation and construction of the system as a whole, complicate the system, increase the initial investment and operating costs of the system, and sacrifice the energy saving of radiant air conditioners, which is not conducive to the comprehensive utilization of cold and heat sources of air conditioners

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