Lightning conductor with solar energy and windmill power generation

Abstract

The invention discloses a lightning conductor with solar energy and windmill power generation. The lightning conductor comprises a lightning arrester, a pedestal and a conductive rod and further comprises a hollow supporting column, wherein the supporting column is arranged on the conductive rod in a sleeving manner; the conductive rod is grounded; the upper end of the conductive rod upwards extends out of the supporting column; a windmill for wind power generation and a plurality of solar power generation panels are mounted on the supporting column, an energy storage box is placed in the pedestal, and the windmill and the solar power generation panels are electrically connected with the energy storage box; a ring of slide rail is fixedly arranged on the outer wall of the supporting column in a sleeving manner, a sliding block is slidably positioned on the slide rail, a wireless controller is fixedly arranged on the sliding block, the wireless controller can control the sliding block to slide and position on the slide rail, and the windmill is fixedly arranged on the sliding block; the solar power generation panels are fan-shaped, two positioning boxes are fixedly arranged on the supporting column, a notch is formed in each of the positioning boxes, a supporting plate is fixedly arranged on the bottom face of each of the solar power generation panels, and the supporting plate is arranged through the notch and swings up and down and is positioned in each of the positioning boxes. The lightning conductor disclosed by the invention can be used for utilizing wind energy and solar energy with maximum efficiency.

Description

technical field [0001] The invention relates to a lightning rod, in particular to a lightning rod with solar energy and windmill power generation. Background technique [0002] The existing lightning rods are usually installed on the top of the building, just to prevent lightning strikes, without any other function, and the cost of installing lightning rods on the building is relatively high, and the probability of the building being struck by lightning during use is relatively low, and some Even after the lightning rod has reached its service life, it will be scrapped if it has not been struck by lightning. However, there are many natural resources on the top of the building that have not been developed. For example, the top of the building can receive long-term sunlight and can use solar energy. For example, the top of the building has a strong wind force and can use wind energy. ignored. [0003] Although some lightning rods are equipped with windmills for wind power ge...

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Problems solved by technology

[0002] The existing lightning rods are usually installed on the top of the building, just to prevent lightning strikes, without any other function, and the cost of installing lightning rods on the building is relatively high, and the probability of the building being struck by lightning during use is relatively low, and some Even after the lightning rod has reached its service life, it will be scrapped if it has not been struck by lightning, which is quite wasteful. This kind of lightning rod used simply for lightning protection has become increasingly unsatisfactory.

However, there are many natural resources on the top of the building that have not been developed. For example, the top of the building can receive long-term sunlight and can use solar energy. For example, the top of the building has a strong wind force and can use wind energy. ignored

[0003] Although some lightning rods are equipped with windmills for wind power generation, the windmills on this kind of lightning rods are fixed and cannot be moved. The windmills cannot be in the direction of the strongest wind force, so they cannot use the wind power with maximum efficiency. A large part of the wind power is lost There is no way to use it; there are also solar panels installed on lightning rods, but the solar panels on this lightning rod are also fixed, and the solar panels cannot always receive the strongest light, so they cannot use solar energy with maximum efficiency.

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