Photovoltaic thermal integrated panel

Abstract

This invention discloses an integrated photovoltaic insulation panel, comprising: a back panel, one side of which is bonded to a solid wall surface via adhesive mortar; an insulation panel disposed on the side of the back panel away from the solid wall surface; and a splicing panel disposed on the side of the insulation panel away from the back panel, the side of the splicing panel away from the insulation panel having a groove. This invention, through the detachable connection of the splicing component's locking seat and locking cylinder, coupled with a locking cylinder end limiting structure, securely presses the insulation panel and splicing panel onto the back panel, replacing the traditional bonding method. This fundamentally solves the problem of interlayer peeling and detachment caused by the aging of adhesive materials, extending service life. Two sets of hinge components enable a detachable rotatable connection between the photovoltaic module and the splicing panel, which is locked in place by a locking component. When inspecting the wiring or replacing parts, the photovoltaic module can be flipped by unlocking, eliminating the need for complete disassembly, making maintenance convenient, significantly reducing maintenance costs and resource waste, and adapting to the long-term needs of building-integrated photovoltaics.

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