Anti-vibration support mechanism of solar power supply system

Abstract

The invention discloses an anti-vibration support mechanism of a solar power supply system. The support mechanism comprises two fixed hinged supports, spring type upper and lower end portion supports, and at least two groups of X-shaped telescopic supports; the two fixed hinged supports are fixedly arranged in positions close to the middle of the bottom of a solar cell panel; the spring type upper and lower end portion supports are arranged in upper and lower end portions of the solar cell panel respectively; the spring type upper end portion support comprises an upper press block, an upper compression pillar and an upper spring, the upper press block is fixed on a roof, and the upper spring is connected between the upper press block and the solar cell panel; each of the upper compression pillar and a lower compression pillar is of a cylindrical / prism device support structure made of compressible rubber; and the groups of X-shaped telescopic supports are arranged near the fixed hinged support in an interlaced manner, and are telescopic with swinging of the solar cell panel. The support mechanism of the invention improves the radiation rate of solar cells, and further improves the power generation area, absorbing capacity and total power generation amount of the solar cells, and solar energy can be utilized fully.

Description

technical field [0001] The invention relates to the technical field of installation and support of solar panels in a power supply system, in particular to an anti-shock solar power supply system support mechanism. Background technique [0002] The field of solar power generation has become very important. Solar systems can be installed in the sea, and can also be installed for personal residential use or commercial use. These individual systems can either supply power to the underlying structure, feed excess power into the grid, etc. For individual systems, these systems are usually arranged on the roof of the building. These roofs can be pitched or flat. [0003] Household wind turbines are mainly used in rural areas, pastoral areas, mountainous areas, developing large, medium and small cities or buildings near commercial areas to meet the electricity demand of local users. With the continuous introduction of relevant support policies by the country, household wind turb...

AI Technical Summary

Problems solved by technology

[0005] However, the existing solar cell power generation, due to the constraints of the existing technology, cannot solve the problem of low power generation efficiency and low utilization rate. It is greatly affected by the abundance of solar energy and the terrain. Families, small factories and Scenic spots and other places that are more dependent on solar power generation, it is difficult to directly and completely use the solar power supply system. After the solar power supply system is put into use, it is prone to partial power outages and insufficient power supply due to weather effects.

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