Installing mechanism and system for laying glass-base thin film solar assembly on roof

Abstract

The invention relates to an installing mechanism and system for laying a glass-base thin film solar assembly on a roof. The installing mechanism comprises a base, an auxiliary frame and a fixing assembly, wherein the base is used for being assembled on a roof surface of a building, the auxiliary frame is used for installing the thin film solar assembly, the fixing assembly comprises pressing blocks and fasteners, the base is connected with the pressing blocks through the fasteners, the pressing blocks buckle, press and fix the auxiliary frame on the base, the pressing blocks are in planar contact fit with the auxiliary frame, and the auxiliary frame is in planar contact fit with the base. At the moment, the pressing blocks are in planar contact fit with the auxiliary frame, and the auxiliary frame is in planar contact fit with the base, so compared with a traditional point fixing mode with screws, all the parts in the technical scheme have a larger contact area and more stably abut against one another, the whole assembled and connected installing mechanism is higher in structural strength, even when the thin film solar assembly transmits higher external force to the installing mechanism, the installing mechanism is prevented from deformation or breakage or other damage, the structural safety performance can meet the design requirement, and work reliability is higher.

Description

technical field [0001] The invention relates to the technical field of solar thin films, in particular to an installation mechanism and installation system for laying glass-based thin film solar energy on roofs. Background technique [0002] As a new type of applied technology, photovoltaic power generation is increasingly used in buildings. It can use solar energy, a renewable energy source, to convert it into electrical energy, and integrate the roof of the building with solar thin-film power generation, so that the building itself can use green and environmentally friendly solar energy resources to generate electricity. [0003] When laying a thin-film solar module on a building with a pitched roof or a flat-to-sloped roof, it needs to be installed with the help of a corresponding fixing mechanism, which usually consists of several parts. However, since the components are only connected by conventional screws, bolts and other components, the connection structure is point...

AI Technical Summary

Problems solved by technology

However, since the components are only connected by conventional screws, bolts, etc., the connection structure is point-fixed, and the structural strength is not high, so that the safety performance of the overall structure of the fixing mechanism cannot meet the design requirements, especially the installed Thin-film solar modules are subjected to a large external force in severe weather, and are prone to deformation, fracture and other damage

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