A biomimetic robot high-efficiency solar energy power storage device

Abstract

A high-efficiency solar energy power storage device for biomimetic robot include a housing, A first transverse plate is arranged above the shell, At that upper end of the first transverse plate, an abrasion-resistant lay is fixed, A bolt hole is arranged on the first transverse plate, the bolt hole passes through the wear-resistant layer, A low end of that first horizontal plate is fixed with a connecting plate, An upper wall of that shell is provide with a square through hole matched with the connected plate, A low end of that connecting plate is fix with two first vertical plates and a second sleeve, At both side of that lower end of the connected plate, the two first vertical plates are between two second sleeves, A low end of that first vertical plate and the second sleeve passes through the shape through hole, A PLC control and an electric motor enable that first fixing plate to be selected every hour, In this way, the solar panel can be rotated to keep it in vertical contact withthe sun, and the photoelectric conversion efficiency can be improved. The special design of the protective shell and the use of the lightning arrester can better protect the battery, and indirectly reduce the pollution to the environment.

Description

technical field [0001] The invention relates to the technical field of simulation robot shock absorption, in particular to a bionic robot high-efficiency solar power storage device. Background technique [0002] The existing bionic robot solar power storage devices have radiation and other pollution to the environment, but they can be ignored. On the contrary, the damage of the battery of the solar power storage device will bring environmental pollution. However, the photoelectric conversion efficiency of the solar power storage device is low, so It also cannot meet the requirements of use, and during the use of the simulation robot, it usually produces a huge vibration, which affects the work efficiency and the surrounding environment. However, the shock absorption measures used by the existing simulation robots are not perfect enough. , the effect is not good. Usually, a shock-absorbing structure is set on the simulated robot to absorb the shock. However, the shock-absorbi...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide a multi-functional sculpture platform to solve the pollution of radiation and other pollution to the environment by the bionic robot solar power storage device proposed in the above background technology, but all of them can be ignored. On the contrary, the damage of the battery of the solar power storage device will cause It brings environmental pollution, but the photoelectric conversion efficiency of the solar power storage device is low, so it cannot meet the requirements of use, and the simulation robot usually produces a huge vibration during use, which affects the work efficiency.

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