Suspended solar power station

Abstract

The invention discloses a suspended solar power station, which comprises a floating tube and a horizontal orientation regulator, wherein the floating tube is provided with a water containing inner cavity, a solar panel assembly is arranged on the upper end surface of the floating tube, one side edge of the floating tube is connected with a suspension base body through a pitching rotating shaft, a plurality of water injection cavities with intervals are sequentially arranged in the direction of the inner edge of the floating tube vertical to the axial line of the pitching rotating shaft, the floating tube can rotate around the pitching rotating shaft through regulating the water quantity in each water injection cavity, and the tracking on sun light rays in the weft direction by the solar panel assembly can be regulated. The horizontal orientation regulator drives the suspension base body and the floating tube for simultaneously rotating on the water surface for regulating the tracking on the sun light rays in the warp direction by the solar panel assembly to maintain the vertical state of the solar panel assembly and the sun light rays. The invention can be established on the water surface, the ground resources can be saved, and the water surface can be fully utilized. Compared with the power station using the land, the invention has the advantages that a regulation system is driven by fluid, the friction resistance is small, no mechanical abrasion exists, and the shock resistance performance is good.

Description

technical field [0001] The invention relates to a suspended solar power station. Background technique [0002] Existing solar power plants are generally built on solid solid foundations on land. Since solar power plants use solar energy to generate electricity, the location of their establishment must be free from sunlight, which requires the establishment of an open or high-lying location. Limited by area, it is generally difficult to implement solar power generation devices on a large scale. Therefore, existing large-scale solar power plants generally choose relatively remote flat sites, but they have the disadvantage of being difficult to manage. Especially for the hilly areas in the south, it is difficult to implement solar power generation devices in a large area, but the large area of ​​water conforms to the basic shape characteristics of the existing power generation system and has a good role as a base carrier. Contents of the invention [0003] Aiming at the prob...

AI Technical Summary

Problems solved by technology

[0002] Existing solar power plants are generally built on solid solid foundations on land. Since solar power plants use solar energy to generate electricity, the location of their establishment must be free from sunlight, which requires the establishment of an open or high-lying location. Limited by area, it is generally difficult to implement solar power generation devices on a large scale. Therefore, existing large-scale solar power plants generally choose relatively remote flat sites, but they are difficult to manage.

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