Automatic solar tracking system adjustment / control device for solar generation system

摘要

Automatic solar tracking adjustment / control apparatus of the solar generation system, comprising: A support assembly (1), a support seat (12) that is disposed at one end of the support assembly (1); a carrier platform (21) arranged in the support seat (12) by means of a two-dimensional movable rotational rotational assembly (5), at least one solar generation module (2) that is arranged on the carrier platform (21) for conversion of solar energy into electrical energy; at least one drive assembly (3, 4, 7, 8) disposed between the support assembly (1) and the carrier platform (21), where the drive assembly (3, 4, 7, 8) serves to drive the carrier platform (21) according to the reference parameters previously stored in a control unit, where the carrier platform (21) can be tilted in different directions and different angles of inclination around the rotational rotational assembly (5); and a detection / correction module (6) arranged on the carrier platform (21) for the detection and obtaining of real parameters including tilting direction and inclination angle of the carrier platform (21) and bringing the actual parameters back to the control unit, where the control unit compares the actual parameters with the previously stored reference parameters to obtain a comparison result, where according to the comparison result, the control unit modifies the tilting direction and angle of inclination of the platform carrier (21) by means of the drive assembly (3, 4, 7, 8), where each drive assembly (7.8) includes a power source (71, 81) and two connection elements (73, 74, 83, 84) operable by the power source (71, 81), each connecting element being a cable, where the power source (31, 41, 71, 81) drives a drive element (72, 82), characters termed by the fact that the first and second drive sections (721, 722, 821, 822) are arranged on the drive element (72, 82), where the first and second drive sections (721, 722, 821 , 822) work synchronously, the first ends of the two connecting elements (73, 74, 83, 84) being wound respectively on the first and second drive sections (721, 722, 821, 822) in reverse directions, so that when the first drive section (721, 821) leads the first connection element (73.83) forward to wind it, then the second drive section (722, 822) simultaneously unwinds the second connection element (74, 84 ), and vice versa, where the second ends of the two connecting elements (73, 74, 83,84) are connected respectively to two opposite corner sections of the carrier platform (21) corresponding to two lateral sides of the ensam support blage (1).