Coated plate core integral side-exhausting solar energy thermal-arrest curtain wall member

Abstract

The invention discloses a coated plate core integral side-exhausting solar energy thermal-arrest curtain wall member comprising a transparent cover plate and a sealant, a backboard integrated frame and a thermal insulation layer; the backboard integrated frame comprises a left vent, a right vent, a left cavity, a right cavity and a housing; a heat absorption coated plate is welded with a back heat absorption plate so as to form an inner thermal-arrest runner; the thermal insulation layer is paved between the bottom of the back heat absorption plate and the inner surface of the bottom of the backboard integrated frame; the top surface of the housing is provided with the sealant, and the transparent cover plate covers the top. The coated plate core integral side-exhausting solar energy thermal-arrest curtain wall member can be integrated with a building, is simple in mounting, and can replace certain building members and provide hot water; in addition, the coated layer and a waveform curved plate cover are integrated so as to improve solar energy absorptivity, thus reducing making cost; automatic side-exhausting is realized so as to greatly reduce inner condensation of the transparent cover plate, thus improving weatherability, and prolonging service life.

Description

technical field [0001] The invention relates to a building-integrated solar energy device, in particular to a heat-collecting curtain wall component that can realize the integration of coated plate cores and side exhaust. Background technique [0002] The current main form of solar thermal building integration is to install the solar thermal collector directly on the roof floor or roof of the residence. There are also a large number of photothermal components attached to the outer envelope, or integrated with the outer envelope. However, there are still many problems in the organic combination of the function and structure of buildings and heat utilization equipment. The integration of heat utilization components with building walls often weakens the heat collection function. This requires a curtain wall component that can enhance or maintain the function of solar heat utilization. It can be organically integrated with the building curtain wall, which can not only replace p...

AI Technical Summary

Problems solved by technology

However, there are still many problems in the organic combination of the function and structure of buildings and heat utilization equipment. The integration of heat utilization components with building walls often weakens the heat collection function.

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