An adjustable mounting bracket for solar battery modules

Abstract

The invention discloses an adjustably mounted solar battery component fixing bracket, which comprises a front vertical column and a rear vertical column which have circular tube structures, adjustable supports arranged on the upper parts of the front vertical column and the rear vertical column, a longitudinal beam which is arranged on the upper parts of the adjustable supports and has a circular tube structure, arc adjustable hoops, which are connected with the adjustable supports, of the longitudinal beam, transverse beams which are arranged on the upper part of the longitudinal beam and have circular tube structures, specially-shaped adjustable hoops, which are connected with the longitudinal beam, of the transverse beams, L-shaped solar battery component connection pieces arranged on the upper parts of the transverse beams, arc adjustable hoops, which are connected with the transverse beams, of the solar battery component connection pieces, an inclined strut arranged between the longitudinal beam and the rear vertical column, and arc adjustable hoops, which are connected with the longitudinal beam and the rear vertical column, of the inclined strut. Compared with the prior art, the adjustably mounted solar battery component fixing bracket has the advantages that mounting positions of the components of the bracket are easy to adjust, so that the mounting of the bracket can easily adapt to the change of a complicated stratum; and therefore, the construction working period can be shortened, materials are saved, engineering investment can be reduced, and a solar battery matrix is rationally arranged.

Description

technical field [0001] The invention relates to an adjustable fixed bracket for solar battery components. technical background [0002] The solar cell array is an important part of the photovoltaic power station, mainly composed of the bracket and the battery components installed on the bracket. The support is mainly divided into two types: fixed type and tracking type. The fixed type is currently the most widely used type of support in engineering. Under the condition of complex terrain (such as mountainous and hilly terrain), the installation and adjustability of the fixed support has a very important impact on shortening the construction period of the project, saving the project land, and reducing the project investment. The fixed brackets currently used are suitable for installation on flat or relatively flat terrain conditions. They have no adjustable performance or poor adjustable performance, and it is difficult to adapt to complex terrain changes. Installation and a...

AI Technical Summary

Problems solved by technology

The fixed brackets currently used are suitable for installation on flat or relatively flat terrain conditions. They have no adjustable performance or poor adjustable performance, and it is difficult to adapt to complex terrain changes. Installation and adjustment are difficult. The main reason is that the main connecting components of the bracket The structural form does not have adjustable performance, resulting in many key nodes of the bracket not being able to adjust with terrain changes

In order to adapt to terrain changes as much as possible, the connecting components of the key nodes of the existing support will be made into multiple groups of components of different sizes, but they cannot be used in common with each other, nor can they continuously adapt to terrain changes. High precision, for the installation of thousands of brackets in a large area, it is a very labor-intensive and time-consuming thing, and it will waste a lot of materials

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