The characteristics of ground-based photovoltaic bracket systems

The solar photovoltaic support is a special support for placing, installing and fixing the solar panel in the photovoltaic power generation system galvanized c channel sizes. The angle, orientation and arrangement of the support are directly related to the power output, performance, cost and ornamental of the entire photovoltaic power station. Its importance is equivalent to the foundation of a skyscraper. Photovoltaic brackets are widely used in the form of ground-based photovoltaic brackets, roof-mounted photovoltaic brackets, and greenhouse-type systems. The characteristics of ground-based photovoltaic bracket systems are now introduced:

1. Ground double column bracket.

Can be used for different arrangement of components (two rows of vertical, multi-row horizontal), to achieve any replacement, strong compatibility;

The design is user-friendly, all parts are “zero welded”, all parts are connected by fasteners, and the installation is convenient and quick;

Low cost, all parts are standard size, can be used for assembly line operations, large-scale production, and reduce costs;

Mountains, plains and hills can be used without destroying vegetation and protecting the environment.

Basic requirements: Suitable for screw piles, cement pre-buried piles, etc.

2. Ground single column bracket.

Convenient installation, simple structure, convenient operation, low installation technical requirements and high installation efficiency;

High strength, large section profile or alloy steel, higher strength, stronger wind and snow pressure;

Strong compatibility, can be used in different arrangements, any combination;

Long service life, hot-dip galvanizing treatment, strong corrosion resistance, no damage to the environment, no pollution, recyclability, no material waste;

Wide range of applications: plains, river ponds, and swamps are applicable. There is no requirement for soil quality. It can complement agricultural light, complement fishing and light, and achieve dual harvests of power generation, agriculture and fisheries, and efficient use of arable land.

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