An automatic snow remover for a solar photovoltaic power station

Abstract

The invention discloses an automatic snow remover for a solar photovoltaic power station. The automatic snow remover comprises a battery plate glass carrying plate, a transmission system located beside the battery plate glass carrying plate and a brush roller installed on the transmission system; the transmission system comprises disc-shaped driving parts, annular transmission parts matched with the driving parts and linear motion modules matched with the annular transmission parts; the annular transmission parts are provided with sliding pins, the linear motion modules are provided with leftsemi-circular rings and right semi-circular rings, and the radius of the left semicircular rings and the radius of the right semicircular rings are equal to the radius of the driving parts; the brushroller is installed on the linear motion modules; and the sliding pins are matched in the left semicircular rings and the right semicircular rings. According to the automatic snow remover, the drivingparts drive the annular transmission parts to do annular motion, the sliding pins drive the linear motion modules to do linear reciprocating motion, the linear motion modules do linear reciprocatingmotion with the brush roller, and the brush roller is used for carrying out snow sweeping and dust removal on the surface of battery plate glass placed on the battery plate glass carrying plate.

Description

technical field [0001] The invention relates to the field of solar photovoltaic technology, in particular to the field of practical application of solar photovoltaic power generation. Background technique [0002] my country's policies encourage the development of new energy sources such as solar energy, and large-scale construction of solar photovoltaic power stations is particularly prominent and obvious in the desert areas of Northwest China. However, the thorny problem encountered at the same time is that the northwest region is dry and rainless, and ground dust and sand dust accumulate seriously on the glass surface of solar photovoltaic power plant panels, blocking sunlight and directly affecting power generation efficiency. Experiments have shown that the efficiency of a photovoltaic power station does not only depend on the conversion rate and light intensity, but also depends on the cleanliness of the components. Dust blocks sunlight and directly affects the power g...

AI Technical Summary

Problems solved by technology

At present, the manual flushing and scrubbing method is generally used. The disadvantages of this method are: first, it is labor-intensive and labor-intensive; second, it is time-consuming, with low efficiency, slow speed, and long cycle; The danger of freezing and cracking solar photovoltaic panels, there is a danger of bursting solar photovoltaic panels when there is sufficient sunlight, and there is a hot spot effect during the day, so it cannot be cleaned around the clock; fourth, it consumes a lot of water, and it is washed with high-pressure water, and the desert area is seriously short of water; fifth, the effect Poor, flushing and scrubbing is not in place, not thorough, water stains and shading affect efficiency

Sixth, there are few functions, and it cannot have functions such as dust removal, cleaning, and snow removal at the same time.

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