Frame-embedded photovoltaic power-generating roof bracket

Abstract

The invention relates to a frame-embedded photovoltaic power-generating roof bracket which comprises an upright pole, wherein a steel frame is installed on the upright pole, solar battery assemblies are installed on the steel frame by a bracket which comprises profile frames, the solar battery assemblies are installed in the profile frames, the profile frames are provided with guide grooves and drain holes, anti-leakage members are installed among the profile frames, and the anti-leakage members are U-shaped anti-leakage grooved plates, anti-leakage grooved plates which are in the shape of a Chinese character 'ren' or cross-shaped anti-leakage grooved plates. The frame-embedded photovoltaic power-generating roof bracket is characterized in that a connecting block is welded on the steel frame, connecting holes are arranged in the connecting block, the profile frames are fixed by fasteners through the connecting holes, and the solar battery assemblies and the profile frames are fixed with each other by tapping screws.

Description

technical field [0001] The invention relates to a frame-embedded photovoltaic power generation roof bracket, which belongs to the field of solar energy applications. Background technique [0002] Building energy conservation and photovoltaic power generation are the key development directions of the modern construction industry. Therefore, building integrated photovoltaics is a new technology with great potential and significant value. The photovoltaic power generation roof mainly includes a battery assembly composed of solar cells and a carrier. The battery assembly is installed on the sunny roof, and the solar cell assembly converts light energy into electrical energy, and there are many technical solutions for collecting electrical energy and inputting it into the grid. There are relatively mature technologies, and the general structure of photovoltaic power generation roofs is as follows: Figure 7 As shown, it includes columns 51, beams 52 and ceilings 53, stringers 54 ...

AI Technical Summary

Problems solved by technology

Therefore, the disadvantages of the existing roof technology are: one, the structure is complicated, and the installation is troublesome.

And working on the roof is labor-intensive and labor-intensive; second, it consumes a lot of materials, has many material processing procedures, and labor costs are high; third, it is not durable, easy to break, and has a short service life; fourth, the installation fastness of the connection between the roof and the battery components Poor, troublesome maintenance and replacement; Fifth, the appearance is clumsy and unsightly

On the other hand, the joints of the existing roof are blocked and sealed by bricks, cement, linoleum, glue, etc., which is troublesome in construction, poor in leak-proof and anti-soaking performance, and difficult to maintain

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