Photovoltaic power station bracket

Abstract

The invention relates to a photovoltaic power station bracket, which is characterized by comprising bearing beams (2), mounting beams (3), tube pillars (4), rear tube piles (6) and front tube piles (8), wherein the rear tube piles (6) are connected with the tube pillars (4); front bearing beams are arranged between every two front tube piles (8) in a front tube pillar row; rear bearing beams are arranged between every two tube pillars (4) in a rear tube pillar row; the rear bearing beams are higher than the front bearing beams; the corresponding front and rear bearing beams are connected by the plurality of parallel mounting beams (3); and helical fins (7) are arranged at the lower ends of the rear tube piles (6) and the front tube piles (8). The photovoltaic power station bracket subverts an intensive production mode due to the standardization, serialization and modularization of the only four components and four parts, and subverts the production modes causing long field construction period, low work rate and serious environmental pollutions in the industry of photovoltaic power station brackets due to the adoption of a pile hammer for field construction without conventional concrete formworks.

Description

technical field [0001] The invention relates to a photovoltaic power station bracket, in particular to a ground solar photovoltaic power station installation bracket. Suitable for installation of solar cell modules. Background technique [0002] As the supply of energy resources becomes increasingly tense and the environment worsens, the country's efforts to promote energy conservation and emission reduction continue to increase, and people's awareness of environmental protection is also increasing. Solar photovoltaic power plants and solar photovoltaic grid-connected power generation systems have become one of the key areas of national energy conservation and emission reduction. [0003] With the increase of research and development efforts, many enterprises have invested in the research field of solar photovoltaic power plants. The support investment in the photovoltaic power station accounts for 3% of the entire system. Therefore, large group companies do not participat...

AI Technical Summary

Problems solved by technology

Most domestic companies involved in the manufacture of brackets are not in the metallurgical and metal products industry, so the selection of materials can only be limited to traditional galvanized profiles or aluminum alloys. In order to achieve strong wind resistance and stability, there are set There are multiple reinforcement struts, and reinforcement struts are also set between the installation beams, which makes the entire support structure complex, and the overall weight is heavy, consuming a lot of materials, and the cost remains high

[0004] In addition, during the installation of the bracket, almost all the connections and fixes to the ground are based on concrete. The on-site construction is labor-intensive, the cycle is long, and the on-site construction cost is extremely high.

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