Solar energy cell plate mounting bracket

Abstract

The invention relates to a solar energy cell plate mounting bracket which comprises a bracket and a solar energy cell plate mounted on the bracket. The cell plate comprises a cell piece, a safeguard frame is mounted at the periphery of the cell piece, and the bracket comprises two end support plates and a support transverse rod mounted on the support plates, wherein movable blocks are mounted at both ends of the transverse rod; a support groove is mounted on the movable blocks; the support groove is in contact with the safeguard frame of the cell piece; a clamping pin is mounted in the support groove; a clamping hole is manufactured in the safeguard frame of the cell piece; and the clamping hole is matched with the clamping pin. During installation, the scheme is realized by fixing one movable block, placing the safeguard frame of the cell piece into the support groove, leading the clamping pin to penetrate through the clamping hole and enabling the other movable block to slide so as to drive the support groove to move, and the clamping pin moves along with the support groove to be off a center with the clamping hole and clamps the clamping hole to be locked so as to fix the cell plate into the support groove. The solar energy cell plate mounting bracket has the advantages of convenient and firm assembly, easy disassembly and no damage to the cell plate.

Description

technical field [0001] The invention relates to a solar panel mounting bracket, which is mainly used for the solar panel bracket installed on the roof. Background technique [0002] Solar energy is an inexhaustible source of energy, but sunlight is affected by factors such as day and night, cloudy, rainy and snowy, and cannot be irradiated continuously. Therefore, how to convert solar energy into electrical energy and store it when needed When it is released, it can be continuously used for lighting of lamps and lanterns. Therefore, people have developed solar panels (sheets). The area of ​​solar panels used for household electricity is generally relatively large, and they are generally installed on the roof. Most of them are fixed on a set of beams by connecting bolts placed on the back, and each beam is connected by bolts placed at both ends and a pair of supports. The joists are fixedly connected, the installation is very troublesome, and it is not very reliable. In the ...

AI Technical Summary

Problems solved by technology

The area of ​​solar panels used for household electricity is generally relatively large, and they are generally installed on the roof. Most of them are fixed on a set of beams by connecting bolts placed on the back, and each beam is connected by bolts placed at both ends and a pair of supports. The joists are fixedly connected, the installation is very troublesome, and it is not very reliable. When encountering strong winds, the connecting bolts on the back of the battery panels are easy to loosen, or even come out, causing the battery panels to be lifted off.

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