Low-temperature radiation air-conditioning module wall based on capillary network structure

Abstract

The invention provides a low-temperature radiant air-conditioning module wall based on capillary network structure, which comprises organic glass veneer panels, connecting pillars, PE-RT pipes, welded steel wire mesh, aluminum foil reflective film, thermal insulation layer, and structure arranged in sequence from the surface to the inside. Layers and mounting brackets, the plexiglass veneer has several openings, the plexiglass veneer is supported by the connecting pillars to form a 1-3mm thick space, and the PE-RT tube is arranged in this space, and the PE-RT tube adopts the in-line type PE-RT Tube, PE-RT tube circulates heat medium, heat medium relies on circulation equipment to provide kinetic energy, aluminum foil reflective film is arranged under the welded steel mesh and the insulation layer controls the radiation direction of PE-RT tube to be unidirectional. The module wall has a high heat conversion rate, good indoor thermal comfort, and can be closely combined with the building wall without occupying the indoor space. It meets the requirements of the building modular system, and can be prefabricated and the number can be increased or decreased according to actual needs to control the indoor temperature rise. Effect.

Description

technical field [0001] The invention relates to a low-temperature radiation air-conditioning module wall based on a capillary network structure, which belongs to the field of construction equipment. Background technique [0002] At present, the known winter heating equipment includes fans, heat sinks, heat radiation floors, heat radiation ceilings, etc., but these terminal equipments have certain limitations, such as the fan heating has a sense of wind, and the thermal comfort of the human body is poor, which can easily lead to indoor Uneven temperature changes; low thermal conversion rate of heat sinks, poor comfort; thermal radiation floors can easily cause furniture deformation, affect indoor net height, and are not conducive to later maintenance and management; ceiling heating violates the thermal comfort principle of the human body's upper cooling and lower heating , and affect the indoor net height, the common defect of the above-mentioned heating equipment is that it ...

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Problems solved by technology

[0003] In order to overcome the shortcomings of the existing heating terminal equipment that requires secondary construction, poor thermal comfort, and affecting indoor use space, the present invention provides a low-temperature radiation air-conditioning module wall based on a capillary network structure. The module wall can not only Factory prefabrication, any number of installations according to needs, and hardly affect the indoor space of the building, meet the comfort requirements of the human body and meet the requirements of the building modular system, which is conducive to the later transformation of the built buildings

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