Solar power station applied to expressway and capable of realizing telescopic direction adjustment

Abstract

Discloses is a solar power station applied to an expressway and capable of realizing telescopic direction adjustment. The solar power station comprises solar cell panels, a first steel column, a second steel column, a third steel column, telescopic arms, a high-voltage cable support, an expressway roadbed and concrete piles. The first steel column and the second steel column are located on the two sides of the expressway roadbed respectively, the third steel column and the second steel column are located on the two sides of the expressway roadbed respectively, the first steel column, in this way, expressway guardrails are formed, each solar cell panel is installed above the two corresponding steel columns which form one expressway guardrail, one end portion of each solar cell panel is movably connected with one of the two corresponding steel columns, and the other end portion of each solar cell panel is connected with the other steel column of the two corresponding steel columns through one telescopic arm. Telescopic direction adjustment of the solar cell panels is realized by adjusting the telescopic arms so that the solar cell panels can be made to face the sun with the largest irradiation area at any time. The solar cell panels effectively reduce thermal radiation to the surface of the expressway from sunlight, prolong the service life of the expressway, and guarantee driving safety of vehicles. The solar cell panels are compact in structure, ingenious in concept and capable of guaranteeing that the solar power station can achieve the largest power generation amount, and meanwhile, effectively save land resources.

Description

Technical field [0001] The present invention involves the technology field of power stations, especially a solar power plant applied to highways. Background technique [0002] Domestic highways have developed rapidly. With more and more highways pass, energy conservation and emission reduction work of highways should be implemented.The construction of highways consumes a lot of land resources, while the land resources of highways do not use it is more waste of resources. To this end, we design a technology for solar power stations on highways. The invention is used for high -speedSolar power stations on the highway can achieve telescopic adjustment, save land utilization, and have the advantages of reasonable structural design and large energy output. Invention content [0003] In response to the above issues, the present invention aims to provide a solar power plant that is applied to highways and can achieve scalability. [0004] In order to achieve this technical purpose, the...

AI Technical Summary

Problems solved by technology

The construction of expressway consumes a large amount of land resources, and if the land resources of expressway are not utilized, it is more waste of resources. For this reason, we have designed a kind of solar power station technology for expressway. The present invention is used for high-speed The solar power station on the road can realize telescopic adjustment, save land use rate, and has the advantages of reasonable structural design and large energy output.

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