With the continuous increase in the installed capacity of photovoltaic power plants, the loss of power generation caused by dirt such as dust, bird droppings, and snow on the surface of components is becoming increasingly prominent. Traditional manual cleaning methods are not only expensive and inefficient, but also pose safety hazards for high-altitude operations. To solve this operational problem, Shanghai LAILX has launched the LX-H403 photovoltaic cleaning robot, which uses high-power rolling brush technology and integrated air ground collaborative operation mode to provide efficient, safe, and intelligent cleaning solutions for photovoltaic power plants, fully opening up a new era of photovoltaic operation. Photovoltaic cleaning robot

The LX-H403 adopts an advanced rolling brush cleaning method, equipped with a high-power motor and wear-resistant rolling brush, which can penetrate deep into the surface gaps of the components, vigorously remove stubborn dirt, and the cleaning effect far exceeds traditional water washing methods. The device supports independent operation and can also seamlessly collaborate with the LAILX LXH233 photovoltaic cleaning drone. It can be lifted by the drone to a designated area for fixed-point cleaning, perfectly solving the cleaning problems in complex terrains such as large ground power stations and mountain power stations, and achieving an efficient operation mode of "integrated air and ground, three-dimensional operation and maintenance". This collaborative mechanism not only significantly improves cleaning coverage, but also significantly reduces the labor intensity and safety risks of operation and maintenance personnel.

In terms of intelligent control, LX-H403 supports RTK high-precision positioning and custom route planning, which can accurately reach designated cleaning points and achieve automated cleaning operations within a radius of 2km. The equipment has intelligent functions such as breakpoint continuation and automatic return, ensuring the continuous and efficient completion of cleaning tasks. At the same time, the LX-H403 can be equipped with a mobile charging station, and the 30L capacity gasoline charging station can achieve fast charging of the drone in 10 minutes, ensuring uninterrupted cleaning operations and greatly improving daily cleaning area and operation efficiency.

The launch of LX-H403 marks a profound transformation of photovoltaic operation and maintenance from "labor-intensive" to "technology intensive". It not only solves the efficiency and safety issues of component cleaning, but also effectively extends the service life of components and improves the overall power generation revenue of the power station through standardized and intelligent cleaning operations. LAILX has always been committed to empowering photovoltaic operation and maintenance with technological innovation. As the core equipment of the integrated air ground intelligent operation and maintenance system, LX-H403 is providing solid support for the improvement and efficiency of global photovoltaic power plants, helping the photovoltaic industry move towards a more intelligent, efficient, and sustainable future.

Photovoltaic cleaning robot