A solar photovoltaic glass curtain wall

Abstract

The invention relates to a solar photovoltaic glass curtain wall, which includes an installation frame; the curtain wall body is composed of a plurality of solar glass plates assembled, the edges of the solar glass plates are respectively fixed with corresponding frame profiles, and the bottom of the frame profiles Corresponding snap-in boards are arranged outward; sealing strips are fixed on the bottom of the snap-in boards; locking mechanisms include fixed blocks, and the fixed blocks are locked to the installation frame by corresponding locking bolts , the pressing parts arranged on both sides of the fixing block are respectively pressed to the clamping plates of the corresponding frame profiles; the elastic abutting parts are composed of abutting plates inclined outwards on both sides of the fixing groove, and the locking bolts After penetrating through the through hole of the fixing groove, the fixing block is locked to the installation frame, and the abutting plates respectively abut against the abutting grooves of the corresponding frame profiles in a squeezed state. The present invention has high overall stability and strong anti-deformation performance, so that the use safety performance of the present invention can be effectively and greatly improved.

Description

technical field [0001] The invention relates to a solar photovoltaic glass curtain wall, which is mainly placed outside the building. Background technique [0002] As a clean, safe, sustainable and reliable energy source, solar photovoltaic system is rapidly expanding its application in energy and industrial technology development. Solar modules, such as solar glass panels, can replace some building components, such as building walls (curtain walls), roofs and windows. [0003] The existing solar glass panel curtain wall is generally composed of an installation frame and a solar glass panel fixed on the installation frame, and the solar glass panel is directly locked to the installation frame through the cooperation of corresponding locking parts and locking bolts. In actual application, since the distance between two adjacent solar glass panels should not be too large, the installation space of the locking parts is extremely limited, not only the locking operation is diffi...

AI Technical Summary

Problems solved by technology

In actual application, since the distance between two adjacent solar glass panels should not be too large, the installation space of the locking parts is extremely limited, not only the locking operation is difficult, but also it is impossible to add additional components to lock the locking parts. Reinforcement is formed, so the fixing of the locking parts can only rely on the locking of the locking bolts. Once the locking bolts become loose, the installation stability of the solar glass panel will be greatly reduced, posing a safety hazard

The fixation of the solar glass plate can only rely entirely on the compression of the locking parts. Once the contact between the solar glass plate and the locking parts is deformed, the compression effect will be greatly reduced, and the installation of the solar glass plate will be damaged. The stability is greatly reduced, and there are also major security risks

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