A kind of sail type water floating smart solar power station

Abstract

The invention relates to an intelligent sail type over-water floating solar power station and belongs to the technical field of intelligent over-water solar power stations. The intelligent sail type over-water floating solar power station floating on the water is pushed to a position required to be mounted; a supporting rod is fixed, a rope is stretched to penetrate through stretching guide rings with odd numbers on a sail type solar panel, bypasses a stretching pulley and is connected with a stretching rope motor; the stretching rope is connected and fixed with a stretching guide ring at the foremost end of the sail type solar panel; the stretching rope motor controls to unfold the solar panel on the sail type solar panel; two recovering ropes penetrate through recovering guide rings with even numbers on the sail type solar panel; one end of each of the two recovering ropes is fixed on a connecting rotary mechanism; the other ends of the two recovering ropes are connected with a recovering rope motor; the recovering rope motor is controlled, so that the solar panels on the sail type solar panel are folded together; the recovering rope motor achieves the function of recovering solar panels through the recovering ropes.

Description

technical field [0001] The invention relates to a sail-type water floating intelligent solar power station, which belongs to the technical field of water intelligent solar power stations. Background technique [0002] Terrestrial photovoltaic power generation occupies a large area, with high maintenance costs and high material costs. The comprehensive area per kilowatt is 20 square meters. Moreover, the terrain is required to be relatively flat, and there are certain requirements for the slope of the terrain. The nature and attributes” requirements are quite difficult. Land issues have become the main restrictive factors for the development of photovoltaic power generation. Floating photovoltaic power stations do not occupy valuable land and forest resources, eliminating the restrictive factors for the development of photovoltaic power generation and getting rid of land. The problem is the most important advantage of photovoltaic power generation on water. Compared with phot...

AI Technical Summary

Problems solved by technology

However, installing a solar power station on the water will encounter severe weather such as strong winds and waves, rain, snow, and hail, which will cause the solar power station to fail to work normally.

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