Inclined strut device for solar panel installation

Abstract

The invention relates to an inclined strut device for mounting a solar panel, and the device comprises four supporting parts, wherein each supporting part is divided into a mounting part and a supporting part according to the height, the two sides of each supporting part are arranged into a three-stage step shape, and the two supporting parts are positioned and connected through at least one bottom locking mechanism to form a corresponding base mechanism; the other two supporting parts are inverted and are positioned and connected through at least one top locking mechanism to form a corresponding inclined supporting mechanism; the rear end of the inclined strut mechanism is hinged to the rear end of the base mechanism through a corresponding hinge mechanism, and a corresponding adjustableinclined strut is fixedly arranged between the front end of the inclined strut mechanism and the front end of the base mechanism. According to the invention, transportation operation can be facilitated, and rapid installation on a construction site can be facilitated.

Description

technical field [0001] The invention relates to an auxiliary mechanism for installing a solar panel, in particular to a diagonal bracing device for installing a solar panel. Background technique [0002] Solar panels are generally supported and installed by corresponding solar brackets. In order to adapt to the sun’s illumination angle to achieve the best solar energy utilization effect, the existing solar brackets will be specially equipped with corresponding diagonal bracing mechanisms, which can effectively control the solar energy. Solar panels are installed at an angle. [0003] Most of the existing solar energy bracing mechanisms are composed of two parts, including a base rod for mounting on a solar bracket, and a metal rod for mounting a solar panel. Solar energy installation areas are often located in remote places. If the solar energy bracing mechanism is prefabricated and then transported to the construction site for installation and construction, there will be t...

AI Technical Summary

Problems solved by technology

Solar energy installation areas are often located in remote places. If the solar energy bracing mechanism is prefabricated and then transported to the construction site for installation and construction, there will be troublesome transportation problems, and the diagonal bracing mechanism during transportation is very easy to cause the diagonal bracing mechanism to be damaged due to external forces. The mechanism is deformed, and in serious cases, there may even be a problem of cracking of the connecting seam

However, directly welding and forming the diagonal bracing mechanism on the construction site will significantly increase the difficulty of construction and greatly increase the cost of installation, which is undoubtedly unacceptable to the construction party.

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