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Drag type photovoltaic panel cleaning robot

Drag type photovoltaic panel cleaning robot

Cleaning span: 1+2 mode, free combination and use of photovoltaic robot cleaning to make the parts reach the state of power generation, maintain the objective and uniform cleaning degree, and avoid subjective reasons for man-made cleaning. Affected by traditional dust, the power generation of robot operation and maintenance before and after cleaning has basically increased to 5~8%, medium gray
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Product Details

Photovoltaic robot

Use photovoltaic robot cleaning to make the parts reach the power generation state, maintain the objective and uniform cleaning degree, and avoid the subjective reasons of man-made cleaning. Affected by traditional dust, the power generation of robot operation and maintenance before and after cleaning has basically increased to 5-8%, and moderate dust can reach 10%-15%. Photovoltaic robots can not only remove dust and impurities on the surface of parts, but also quickly and comprehensively complete the cleaning work according to weather changes. It can work continuously, reducing operating costs.

The high-pressure cleaning truck runs for a long time and has low operating efficiency; the high-pressure cleaning truck is easy to operate. Although work efficiency has improved, high-pressure cleaning vehicles have high requirements for high-pressure cleaning vehicles, and high-pressure cleaning vehicles have high requirements for road surfaces. Obviously, with the gradual increase in labor costs, the first two cleaning methods can no longer satisfy the market. Demand, the robot cleaning effect is better.

In order to improve the power generation capacity of the power station and ensure the safe operation of equipment, intelligent operation and maintenance services are becoming the guardians of photovoltaic power stations. The photoelectric robot can work continuously. According to the budget of more than ten hours a day, the cleaning and maintenance work of the MW power station is basically completed within 1-2 days. After cleaning, the robot can automatically leave the PV module and return to the parking space, without covering the shadow of the PV module and affecting the power generation efficiency. Another innovative highlight of OMRobot is the use of photovoltaic cells for power supply, which does not require an external power source.

In the future, photovoltaic robots will become a conventional tool for power station project operation, unified products, multiple scenarios, multiple locations, multiple needs, and supporting operation services to enhance the value of power stations.



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