Adjustable base for supporting solar panel and method for adjusting angle thereof

Abstract

The invention discloses an adjustable base for supporting a solar energy panel and an angular adjustment method thereof. The adjustable base comprises a frame, an angular adjustment element and a side bracket. At least one solar energy panel is fixed to the frame. The angular adjustment element arranged on the frame comprises an angular positioning element so as to provide a limited number of angular positions. The side bracket is connected with the frame via the angular adjustment element. The relative rotatin angle of the side bracket corresponding to one of the limited number of angular positions with respect to the frame is adjusted by the angular adjustmtent element. Therefore, the adjustable base can satisfy different requirements so as to fix the solar energy panel at different angles, which solve the problem that the sunlight utilization rate of a solar panel panel fixed at a single angle is low in the prior art.

Description

Technical field [0001] The present invention relates to an adjustable base and an angle adjustment method thereof, in particular to an adjustable base that can provide a variety of fixed angles of solar panels and an angle adjustment method thereof. Background technique [0002] With the improvement of the photoelectric conversion efficiency of solar panels, solar power generation has entered the commercial operation stage. Because the solar panel uses the received sunlight for photoelectric conversion, the intensity of the sunlight received by the solar panel is very important. In the design of the fixing system with a fixed receiving angle, the fixed base only provides a fixed angle to support the solar panel. Therefore, this angle is often designed as the best inclination angle in the area, so that the solar panel can receive the most solar energy. However, the optimal inclination angle varies from region to region, and a fixed base that can only provide a single fixed angle ...

AI Technical Summary

Problems solved by technology

However, the optimal inclination angles vary from region to region, and a fixed base that can only provide a single fixed angle obviously cannot meet the needs of each region for the optimal inclination angle

In other words, the fixed base with a single fixed angle will make the utilization of the solar surface on it to receive sunlight poor in some areas, resulting in solar energy loss

If dedicated fixed bases are manufactured in accordance with each region, costs such as manufacturing and inventory management will increase

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