Rotating integrated solar module double-shaft tracking support structure

Abstract

The invention discloses a rotating integrated solar module double-shaft tracking support structure which comprises a single stand column, a rotating locating support and a rotating integrated speed reducing mechanism. The rotating integrated speed reducing mechanism comprises a horizontal worm gear reducer, a horizontal speed reducing motor used for driving the horizontal worm gear reducer to act, a pitching worm gear reducer, and a pitching speed reducing motor used for driving the pitching worm gear reducer to act. A moving plate of the horizontal worm gear reducer is installed on a flange plate of the top of the stand column. The pitching worm gear reducer is installed on the moving plate of the horizontal worm gear reducer, and a moving plate of the pitching worm gear reducer is perpendicular to the moving plate of the horizontal worm gear reducer. A weld flange plate of a main cross beam of the rotating locating support is connected with the moving plate of the pitching worm gear reducer. The structure can be adjusted along with changes of light conditions, and can track sunlight in real time, the highest tracking precision can reach the range of + / -0.1 degree, and the maximum working efficiency of a solar power generation module can be achieved.

Description

technical field [0001] The invention relates to the technical field of solar power generation equipment, in particular to a rotary and integrated solar module dual-axis tracking bracket structure that can be rotated and positioned as the incident light of the sun changes. Background technique [0002] As we all know, solar energy is the cleanest kind of energy, which is inexhaustible and inexhaustible, and solar power generation is a sustainable renewable energy power generation technology. Solar power generation technology is to gather sunlight in a certain area on a small solar cell, and generate electricity through photoelectric conversion. This requires the sunlight to be vertically incident on the solar panels, so the support design requires a support system that can track the incident light from the sun. [0003] At present, among the commonly used solar module brackets, a push rod structure is mostly used to realize the pitching motion of the solar module. However, ...

AI Technical Summary

Problems solved by technology

However, the push rod structure has the disadvantages of small stress point area and easy vibration, which limits the area of ​​the solar module support. At the same time, the structure of the structure is relatively complicated, and the rigidity of the support is required to be high to ensure the pitch and horizontal tracking of the solar module. precision

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