Fixing pressing piece for solar cell module

Abstract

The present invention discloses a fixing pressing piece for a solar cell module. The fixing pressing piece for the solar cell module comprises a middle pressing piece and a side pressing piece. The middle pressing piece is configured to fixedly connect adjacent two solar cell modules, and the side pressing block is configured to fixedly connect two solar cell modules; the middle pressing piece includes a bolt, a T-shaped pressing piece main body, a spring, a ground lug and a sliding block nut, and the adjacent two solar cell modules are clamped between the two sides of the T-shaped pressing piece main body and the ground lug; and the side pressing piece includes a bolt, a pressing piece main body and a sliding block nut, a flanging is arranged at one side of the pressing piece main body, and the flanging and the two solar cell modules are applied and locked with each other. The fixing pressing piece for the solar cell module is configured to install solar cell modules through adoption of a pressing piece clamping fixation mode so as to simplify the on-site installation steps, shorten the construction on-site installation time, improve the installation adaptability of the solar cell modules and facilitate the later maintenance and replacing of the solar cell modules.

Description

technical field [0001] The invention relates to a mounting fixture for a photovoltaic system bracket, in particular to a solar cell module fixing press block. Background technique [0002] At present, solar photovoltaic power generation has developed to a relatively mature stage, but people's research on photovoltaic power generation system technology has been mainly focused on solar panels and solar inverters, but neglected the installation and post-maintenance of photovoltaic systems. There are problems, such as less research on the fixing method of solar cell components. Solar cell components are the core part of the solar power generation system, and it is very important to fix and protect solar cell components. The existing solar cell module fixing method is to use the mounting holes of the aluminum alloy frame on the module, and use bolts and brackets to fix it. This fixing method is a very cumbersome step in the module installation, which will consume a lot of manpowe...

AI Technical Summary

Problems solved by technology

[0002] At present, solar photovoltaic power generation has developed to a relatively mature stage, but people's research on photovoltaic power generation system technology has been mainly focused on solar panels and solar inverters, but neglected the installation and post-maintenance of photovoltaic systems. Problems that arise, such as less research on the fixing methods of solar cell components, solar cell components are the core part of the solar power generation system, and it is very important to fix and protect solar cell components

The existing solar cell module fixing method is to use the mounting holes of the aluminum alloy frame on the module, and use bolts and brackets to fix it. This fixing method is a very cumbersome step in the module installation, which will consume a lot of manpower and time; Because the size of the holes on the frame is fixed, it will also cause certain limitations to the installation method, resulting in the impossibility of installation in special environments; in this installation method, the maintenance and replacement of the components in the later stage will also be very cumbersome, and it is necessary to start from the components. The lower part of the machine has to be disassembled, increasing maintenance time and labor

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