Water surface floating body photovoltaic system

Abstract

A floating body photovoltaic system which is used on a calm water surface is formed by assembling a plurality of floating body photovoltaic units and the whole system is fixed by fastening a mooring rope to a plurality of anchors. Each floating body photovoltaic unit is composed of a floating body fixation frame, floating bodies, a photovoltaic plate fixation frame and photovoltaic plates. The floating body fixation frame is a square net frame structure and is made of light and rust-resisting materials. The external frame side surface of the floating body photovoltaic unit is provided with a plurality of screw via holes for splicing and fixing the floating body photovoltaic units. The plurality of floating bodies are fixedly connected to the lower portion of the floating body fixation frame, and the plurality of photovoltaic plates are fixedly connected to the upper portion of the floating body fixation frame. The photovoltaic plates are fixed on the photovoltaic plate fixation frame. After the whole floating body photovoltaic system is assembled, and water surface position and illumination direction are determined, the whole floating body photovoltaic system is fixed on ground or to the anchors underwater by the mooring rope. According to the water surface floating body photovoltaic system, the illumination space of a deepwater water surface is fully utilized, the blank of water surface photovoltaic power generation is filled, and the water surface floating body photovoltaic system is quick in assembly, fast in construction, and low in cost, and water ecology environment is not damaged.

Description

technical field [0001] The invention relates to a floating photovoltaic system for calm water. Background technique [0002] The photovoltaic systems on shallow water surfaces in the prior art all use piling to fix the photovoltaic panels, which is difficult to construct and expensive to construct. However, on the water surface with a water depth of more than 2 meters, the piling method is not only difficult to construct and expensive to construct, but also destroys the ecological environment of the water body. . The invention adopts the technical solution of floating body + frame connection, solves the above-mentioned technical problems, and fills a gap in photovoltaic power generation on the deep water surface. Contents of the invention [0003] The technical solution adopted by the present invention to solve the technical problem is: a floating body photovoltaic system for calm water surface is assembled by splicing and assembling several floating body photovoltaic uni...

AI Technical Summary

Problems solved by technology

[0002] The photovoltaic systems on shallow water surfaces in the prior art all use piling to fix the photovoltaic panels, which is difficult to construct and expensive to construct. However, on the water surface with a water depth of more than 2 meters, the piling method is not only difficult to construct and expensive to construct, but also destroys the ecological environment of the water body.

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