Solar energy shed

Abstract

The invention relates to a solar energy shed. The solar energy shed comprises a support frame and a solar battery module at the top of the support frame. The support frame is composed of stand piles fixed onto the ground and a shed roof, wherein the shed roof comprises main beams connected with the stand piles, auxiliary beams with both ends embedded onto the main beams, and T-type guide rails parallel to the main beams; the solar battery module comprises a plurality of solar panels which are laid on a plurality of frames formed through separation by the main beams, the auxiliary beams and the T-type guide rails; the auxiliary beams are connected with the main beams through insertion, and the main beams are connected onto the stand piles through angle adjusting devices; waterproof charging sockets are mounted on the stand piles or the ground under the shed. The solar energy shed has the advantages of achieving a rain shelter function of a common shed and meanwhile being capable of charging electric vehicles or hybrid-power vehicles parked under the shed; the inclination angle of the shed roof can be adjusted according the sunshine direction to make maximum use of light radiation; the inserting connection of the main beams and the auxiliary beams facilitates assembly and disassembly.

Description

technical field [0001] The invention relates to the technical field of sunshade devices, in particular to a solar carport capable of shading, storing and charging electricity. Background technique [0002] Various outdoor carports, waiting sheds, canopies and other common devices in daily life, their main function is to shade the sun, and secondly, they can keep out the rain. Most of them are made of metal brackets to support the ceiling. The disadvantages of these existing metal structure sunshade devices are: single function, unattractive appearance, inconsistent standards, inability to adjust the inclination angle of the ceiling, each production must be redesigned according to customer requirements, and cannot be mass-produced before sales or large-scale. Batch supply, cannot supply to customers with different needs at the same time. This is because the product is not modularized, transportation and installation are inconvenient, and the service life varies. [0003] On...

AI Technical Summary

Problems solved by technology

The disadvantages of these existing metal structure sunshade devices are: single function, unattractive appearance, inconsistent standards, inability to adjust the inclination angle of the ceiling, each production must be redesigned according to customer requirements, and cannot be mass-produced before sales or large-scale. Batch supply, cannot supply to customers with different needs at the same time

However, the application of solar energy to the sunshade device, so that the sunshade device has both sunshade and power storage and charging functions, is still a field that has not been fully developed.

[0004] In view of the single function of the sunshade device used now, and the increasing number of electric vehicles and hybrid vehicles, the problem of how to charge the charging vehicle conveniently and quickly needs to be solved urgently

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