Automatic sun-seeking control device for solar generator set

Abstract

An automatic solar tracking control device for a solar generator set, which includes a supporting component, a pivoting component capable of two-dimensional pivoting movement is arranged on the supporting component, and a solar power generation module that can receive sunlight to generate electric energy through the The pivoting assembly is arranged on the support assembly, and at least one linkage assembly is arranged between the support assembly and the solar power generation module, and the linkage assembly is respectively driven by a control unit according to a pre-stored standard parameter of the solar power generation module. The module produces inclinations in different directions and angles. A detection and correction module is installed on the solar power generation module, which can sense actual parameters such as the corresponding direction and inclination angle of the solar power generation module, and compare them with the pre-stored standard parameters Yes, according to the result obtained from the comparison, the interlocking component is corrected so that the tilt direction and angle of the solar power generation module can approach the standard parameters for adjustment.

Description

technical field [0001] The present invention relates to an automatic sun-tracking control device for a solar generator set, especially a solar tracking control device that can drive and detect and adjust the tilt state of a solar power generation module, so that it can automatically and accurately adjust the direction corresponding to the sun according to the setting. device. Background technique [0002] Traditional and simple solar power generation devices (solar panels) are mostly installed at fixed positions and extension angles where sunlight can be projected. Although this application form has a relatively simple structure, it can reduce installation and subsequent maintenance costs; In practical applications, since the position of the sun changes at any time, the solar power generation device (solar panel) with a fixed position and angle cannot always maintain an angle perpendicular to the direction of sunlight projection, causing the sunlight to act on the solar powe...

AI Technical Summary

Problems solved by technology

[0002] Traditional and simple solar power generation devices (solar panels) are mostly installed at fixed positions and extension angles where sunlight can be projected. Although this application form has a relatively simple structure, it can reduce installation and subsequent maintenance costs; In practical applications, since the position of the sun changes at any time, the solar power generation device (solar panel) with a fixed position and angle cannot always maintain an angle perpendicular to the direction of sunlight projection, causing the sunlight to act on the solar power generation device (solar panel) ) efficiency is difficult to maintain at the best, and there are cases where the power generation efficiency is not good

[0003] For this reason, a solar power generation device (solar panel) with an adjustable deflection angle is publicly used, and most of them set the solar panel on a stable support frame through a pivot joint, and use an appropriate driving structure to drive the solar panel. The solar panel pivots relative to the support frame, so that the solar panel can have different inclination angles according to the movement of the sun position according to the setting. In this way, the state of direct sunlight on the solar panel can be effectively improved to improve the overall power generation Efficiency; however, since most of the above-mentioned mechanisms for driving solar panels to pivot use motors as power sources, and transmit the power output by the power source (motor) through chains or belts, it is unavoidable during the process of driving the solar panels to rotate. Sliding or the accumulation of precision errors will occur, so that the angle and direction of its pivoting deflection cannot reach the expected position. Therefore, how to make the solar panel automatically detect the deflection angle and direction at any time and compare it with the original set Comparing with each other, and then making appropriate corrections to the solar panels to produce a precise pivot and deflection in line with the set value, so as to achieve better sunlight effects and power generation efficiency, is an urgent issue for relevant industry players

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