Clamping hoop and waterborne photovoltaic platform fixed thereby

Abstract

The invention discloses a waterborne photovoltaic platform fixed by clamping hoops. The waterborne photovoltaic platform comprises a plurality of rectangular platform frameworks which are connected in parallel, wherein each platform framework is formed by welding PE pipes; adjacent platform frameworks are fixedly connected through the clamping hoops; two circular hoops of each clamping hoop sleeve the pipes of the adjacent platform frameworks respectively, and are tightened through bolts; the tops of T-shaped supporting platforms are fixedly connected with a glass grid plate. The waterborne photovoltaic platform is good in reliability, small in environmental impact and high in cost performance; the used PE pipes and the used glass grid plate have very strong corrosion resistance, so that the maintenance cycle is long.

Description

technical field [0001] The invention belongs to the field of photovoltaic products, in particular to a clamp and an aquatic photovoltaic platform fixed with the clamp. Background technique [0002] With the development of society and economy, the country's demand for new energy is increasing. As a key project promoted by the country, photovoltaic power generation has made great progress in recent years. Combined with my country's actual national conditions and the characteristics of photovoltaic power generation, the advantages of water power generation Very obvious. The main problem that needs to be solved for floating photovoltaic power generation is the carrying platform. In the prior art, the PE foam floating platform has high cost and insufficient rigidity, which is unfavorable for maintenance personnel to work on the platform, occupies a large water surface area, and has a large environmental impact; the hollow floating platform products have thin walls, reliable messe...

AI Technical Summary

Problems solved by technology

In the prior art, the cost of PE foam floating platform is high and the rigidity is insufficient, which is not conducive to maintenance personnel working on the platform, occupies a large area of ​​the water surface, and has a great impact on the environment; the wall of the hollow floating platform is thin and reliable, which is not conducive to personnel working on the platform; The impact resistance of the PVC channel steel structure is much worse than that of the PE pipe, the amount of steel used is large, and it works on the water surface, which has a greater impact on the environment; a PE pipe floating platform with good reliability, small environmental impact, and high cost performance is now proposed

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