Traction control device of sun-chasing type solar power generating mechanism

Abstract

The invention discloses a traction control device of a sun-chasing type solar power generating mechanism. The traction control device of the sun-chasing type solar power generating mechanism at least comprises a solar power generating module two-dimensionally and movably pivoted on a support assembly and two linkage assemblies, wherein at least one of the two linkage assemblies is composed of a power source, a drive assembly driven by the power source and two linking cables; two drive parts which act synchronously are arranged on the drive assembly, one ends of the two linking cables of the drive assembly are reversely linked with the two drive parts respectively, and the other ends of the two linking cables are respectively connected with the parts of a bearing platform corresponding to the two sides of the support assembly. Since the two linking cables are reversely driven by the drive assemblies, and sliding between each of the two inking cables and each drive assembly in the drive processing is effectively avoided, the accuracy of the action is ensured.

Description

technical field [0001] The present invention relates to a traction control device for a sun-following solar power generation mechanism, especially a situation that can effectively avoid slipping and idling of related linkage components during the driving process, so that the rotation control of the solar power generation module can be more precisely controlled , True traction control device. Background technique [0002] The traditional and common solar power generation mechanism mostly fixes the solar power generation module in the open space or other environments (sites) that are easier to receive sunlight, so the solar power generation module cannot rotate with the displacement of the sun, resulting in its overall Power generation efficiency is poor. [0003] In order to improve the above situation, a more advanced sun-tracking solar power generation mechanism has been developed, which allows the solar power generation module to rotate relative to the displacement of the...

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Problems solved by technology

[0005] However, when this structure is used in practice, due to the overall weight of the power generation module is relatively heavy, when the first and second wire winding devices (runners) drive the first and second steel cables to rotate, it is very easy to generate relative friction. Sliding (this kind of situation is less likely to occur in the transmission structure with gears driving the chain, but the cost of the gears and chains is relatively high, and it is economical to use), resulting in a decrease in the accuracy of the rotation control of the power generation module, which in turn affects the overall power generation Efficiency; therefore, how to effectively avoid slipping and idling between the first and second winding devices (runners) and the first and second steel cables during rotation, so that the rotation control of the power generation module can be more precise and reliable, is for Issues that relevant industry players need to work on urgently

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