Low-cost photovoltaic power station cleaning equipment

Abstract

The invention relates to low-cost photovoltaic power station cleaning equipment. A plurality of schemes for cleaning photovoltaic modules in photovoltaic power stations exist nowadays, but no matter which scheme, a fatal defect of high cleaning cost is inevitable, which often accounts for 8-10% of annual revenue of the photovoltaic power stations. If the photovoltaic modules are not cleaned, 5-20%of the power generation amount can be influenced, so that the low-cost photovoltaic power station cleaning equipment is extremely needed in the market so as to further improve the revenue of the photovoltaic power stations. The low-cost photovoltaic power station cleaning equipment combines the manual operation with a robot cleaning mode and adopts a scheme of non-fixed mode, wherein a cleaning main machine is hung on an equipment running track mechanism manually, and then the cleaning equipment operates automatically to carry out the working-face cleaning operation. Manpower is saved to themaximum extent, and the equipment is utilized to the largest extent. According to the low-cost photovoltaic power station cleaning equipment, the cleaning cost of the photovoltaic power stations can be controlled within 3% of the annual revenue of the photovoltaic power stations, the income of the photovoltaic power stations is remarkably improved, and the high-efficiency operation of the photovoltaic power stations is thus guaranteed.

Description

technical field [0001] The invention relates to a low-cost photovoltaic power station cleaning device. Background technique [0002] At present, a large number of large-scale photovoltaic power plants have been built in the world, and many solutions for cleaning photovoltaic modules of photovoltaic power plants have emerged, such as manual cleaning, mechanized cleaning, and robot cleaning. But either way, there is a fatal flaw of high cleaning cost, which often accounts for 8-10% of the annual yield of photovoltaic power plants. If the photovoltaic modules are not cleaned, the impact on power generation is 5-20%. It can be seen that power plants with environmental factors affecting power generation below 10% will hardly consider cleaning photovoltaic panels. Because for most power stations, cleaning work not only cannot significantly increase revenue, but also brings a lot of workload. Therefore, the market is in great need of a photovoltaic module cleaning equipment with ...

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