Wind energy and solar energy integrated power generation device with lightning arrester

Abstract

The invention discloses a wind energy and solar energy integrated power generation device with a lightning arrester. Solar rays irradiating in parallel are gathered through a convex lens glass plate, and therefore the light ray absorbing rate is increased; a solar cell movable plate is turned over through a cylinder, and therefore sunlight can irradiate the solar cell movable plate, the solar energy utilizing rate is increased, and the power generation amount is increased; and the solar cell movable plate is put away through the cylinder, and therefore vegetation on the ground cannot be shielded and can normally grow. A wind direction sensor can induct the wind coming direction, the wind direction sensor is in communication connection with an electric annular track, a sliding block on the electric annular track is made to drive a windmill power generation device to slide along the electric annular track, blades of the windmill power generation device face the wind coming direction all the time, and therefore the power generation efficiency of the windmill power generation device can be maximum, and wind energy can be utilized to the maximum extent. Under the action of the lightning arrester, lightning stroke can be effectively prevented, and safety of the whole power generation device is improved.

Description

technical field [0001] The invention relates to the field of solar power generation, in particular to a wind energy and solar energy integrated power generation device with a lightning rod. Background technique [0002] In recent years, due to the large-scale launch of photovoltaic power plants in the west, the problem of "abandoning light" has become more and more prominent, and the country has also increased support for distributed photovoltaic power generation, and distributed photovoltaics are more suitable for central and eastern regions close to the load center develop. Due to the relatively high cost of land in the central and eastern regions, it is impossible to use solar photovoltaic power generation to lay solar panels on a large area, which leads to low utilization rate of solar energy, low efficiency of photovoltaic power generation, and low power generation. [0003] Moreover, when laying solar panels in existing photovoltaic power stations, because the vegetat...

AI Technical Summary

Problems solved by technology

Due to the relatively high cost of land in the central and eastern regions, it is impossible to use solar photovoltaic power generation to lay solar panels on a large area, which leads to low utilization rate of solar energy, resulting in low efficiency of photovoltaic power generation and low power generation

[0003] Moreover, when laying solar panels in existing photovoltaic power stations, because the vegetation on the ground will be blocked by the solar panels and cannot grow normally, the vegetation on the ground will usually be eradicated, which will easily cause soil erosion and damage the environment.

[0004] At the same time, when the existing solar panels absorb sunlight, part of the light is absorbed, and the other part of the light is reflected and lost in the environment, and the absorbed light cannot be gathered, and they are all parallel rays, which leads to loss, making the light absorption rate lower

[0005] Moreover, the existing solar panels can only be generated by solar energy alone, and the wind energy in the natural environment cannot be utilized, and wind power generation is also a very important part of new energy. If wind energy cannot be utilized, it is also a waste of energy.

[0006] In addition, the existing solar panels are usually laid in a relatively wide place, there are no tall buildings around, and there is no protection during thunderstorms. Once struck by lightning, the entire solar panel will be scrapped and may cause a fire. Waiting for an accident

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