Solar Tracking Device on Lake and Reservoir Water

Abstract

The invention relates to a solar tracking device on water in lakes and reservoirs. It has a unit rectangular module structure. Each unit rectangular module structure is composed of heat-resistant PE boards connected by fixed ropes. A floating bucket is tied under the heat-resistant PE boards. Water surface bearing balls are placed in the rectangle formed by heat-resistant PE boards. On the water surface bearing balls It is an angle steel solar panel bracket, the bottom of the angle steel solar panel bracket and the water surface bearing ball are fixed by bolts, the solar panel is fixed on the angle steel solar panel bracket by bolts, and the water surface bearing ball is equipped with a weft thread traction frame and a warp thread traction frame, a weft thread traction frame, and a warp thread The traction frame and the pulling positioning line are connected by a figure-of-eight ring. The first and last ends of the pulling positioning line are connected to the corresponding horizontal axis electric winch and vertical axis electric winch. Both the horizontal axis electric winch and the vertical axis electric winch are installed At the beginning and end of the longitudinal axis on the same side of the PE board, there is also a guide fixed pulley at the junction of the horizontal and vertical axes of the heat-resistant PE board. The four corners of the device are equipped with iron chains, and the positioning anchors are connected under the iron chains.

Description

technical field [0001] The invention relates to solar energy utilization technology, in particular to a solar tracking device on water in lakes and reservoirs. Background technique [0002] The solar tracking system is a mechanical and electronic control unit system that optimizes the use of sunlight in the process of photothermal and photovoltaic power generation to improve photoelectric conversion efficiency. The traditional tracking system includes: motors (DC, stepper, servo, planetary gear motor, pusher rod motors, etc.), worm gears, sensor systems, etc. Traditional solar tracking systems are mostly solar panels per unit area, which cannot realize the linkage of multiple units, resulting in problems such as high system cost and driving energy consumption. Contents of the invention [0003] The object of the present invention is to provide a solar tracking device on lake water, which can control the orientation angle of the solar panel, keep the solar panel facing the...

AI Technical Summary

Problems solved by technology

Traditional solar tracking systems are mostly solar panels per unit area, which cannot realize the linkage of multiple units, resulting in problems such as high system costs and driving costs

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