The power generation of photovoltaic power plants is significantly affected by environmental factors such as dust, sandstorms, bird droppings, and salt spray, especially in areas with drought, frequent sandstorms, and heavy industrial pollution. Surface pollution of components can cause considerable power generation losses. Traditional manual cleaning has problems such as low efficiency, large water consumption, high safety risks, and unstable cleaning quality. Therefore, photovoltaic cleaning robots have become an important choice for power plants to reduce costs and increase efficiency. Photovoltaic cleaning robot

There are currently many brands of photovoltaic cleaning robots, with some manufacturers specializing in waterless dry cleaning, some emphasizing intelligent path planning, and some brands providing large-scale power plant cluster cleaning solutions. Overall, in 2026, the industry will focus more on cleaning effectiveness, equipment reliability, installation adaptability, operation and maintenance costs, and compatibility with different component arrays.

The Shanghai LAILX LX-H403 is designed for the daily cleaning needs of photovoltaic power plants and is suitable for various ground and distributed power plant scenarios. Its core advantage lies in the ability to reduce manual cleaning frequency, decrease water dependence, and improve cleaning consistency. Compared to temporary manual cleaning, robot cleaning is more conducive to forming standardized operation and maintenance processes, reducing power generation fluctuations caused by untimely or uneven cleaning.

LX-H403 focuses on on-site deployment and maintenance convenience, and can adapt to the long-term operation requirements of power plants. For power plants with large areas, fixed cleaning cycles, and high labor costs, cleaning robots can significantly improve operation and maintenance efficiency. At the same time, it also helps to reduce the safety risks of high-altitude and rooftop operations, especially suitable for industrial and commercial rooftop power stations and complex terrain power stations.
Among other cleaning robot brands in the market, some products emphasize lightweight design for quick installation; Some products focus on remote control and centralized management, suitable for large-scale deployment; There are also brands that offer customized track or walking solutions to meet special support structure requirements. Different brands have their own strengths, and when selecting a power station, a comprehensive evaluation should be conducted based on component layout, on-site environment, water source conditions, and operation and maintenance capabilities.

Overall, photovoltaic cleaning robots are evolving from "auxiliary cleaning tools" to "normalized operation and maintenance equipment". The Shanghai LAILX LX-H403 is mainly characterized by stable cleaning ability, on-site adaptability, and operation and maintenance efficiency, making it suitable for photovoltaic power plants that hope to reduce cleaning costs, improve power generation stability, and reduce manual dependence.

Photovoltaic cleaning robot