Solar vehicle shed with snow removal function and good rain-proof performance

Abstract

The invention relates to a solar vehicle shed with a snow removal function and good rain-proof performance. The solar vehicle shed with the snow removal function and the good rain-proof performance comprises a shed roof, a solar cell panel and two support columns and further comprises an adjustment mechanism and a snow removal mechanism. The adjustment mechanism comprises a supporting shaft, a driving assembly, a positioning assembly, a rotary sleeve, a fixed pulley, a connecting line, a lifting rod and two lifting sleeves. The snow removal mechanism comprises a fixing shaft, two first bearings and two power assemblies. A power assembly comprises a first motor, a lead screw, a transmission rod, a driving block and two second bearings. According to the solar vehicle shed with the snow removal function and the good rain-proof performance, the height of the shed roof can be adjusted through the adjustment mechanism so that vehicles with different heights can be parked in the vehicle shed,a gap between the shed roof and the vehicles is reduced, and the rain-proof performance of the vehicle shed is improved; and the shed roof can be driven through the snow removal mechanism to swing upand down so that snow accumulated on the shed roof slips under the gravity effect, and the probability of collapsing of the shed roof is lowered.

Description

technical field [0001] The invention relates to the field of solar photovoltaic equipment, in particular to a solar carport with snow removal function and good rainproof performance. Background technique [0002] The carport is composed of uprights and a ceiling, and the uprights are mostly made of metal alloys, which are light in weight and hard in texture. The development and use of carports in the market are becoming more and more extensive. As part of the green travel of urban public transport facilities, carports are fixed places for citizens to park cars. The construction units of carports create urban low-carbon transportation. In order to return the city to a healthy and fresh environment, Citizens should increase their awareness to reduce carbon elements, especially carbon dioxide emissions, thereby reducing air pollution and slowing down ecological deterioration. In order to improve the energy-saving performance of the carport, solar panels are usually installed on...

AI Technical Summary

Problems solved by technology

[0003] The ceiling of the solar carport in the prior art cannot be adjusted in height. If the height of the ceiling is too low, taller vehicles cannot be parked. If the ceiling height is too high, rainwater will be blown into the interior of the carport from the side, reducing the The practicability of the solar carport is not only that. When the solar carport of the prior art encounters heavy snow, snow will form on the roof. It will also cause the roof to collapse, reducing the safety of the solar carport

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