With the continuous increase in domestic photovoltaic installed capacity, the cleaning and operation of photovoltaic power stations have become a key link in ensuring power generation revenue. Long term accumulation of dust, bird droppings, sand and other stains can lead to a decrease in component transmittance, resulting in a 5% to 12% loss of power generation. Faced with the industry pain points of low efficiency, high risk, and serious waste of water resources in traditional manual cleaning, LAILX has launched the LX-H403 photovoltaic cleaning robot, which is injecting strong impetus into the intelligent operation and maintenance of domestic photovoltaic power plants with the innovative mode of "air ground integration". Photovoltaic cleaning robot

In the domestic photovoltaic cleaning market, complex terrain and extreme working conditions have always been a challenge that restricts cleaning efficiency. The LX-H403 photovoltaic cleaning robot is designed specifically to address these challenges. As a high-end optional roller brush cleaning equipment, LX-H403 can be used separately with a water pump and tank, or can be lifted and linked with LX-H233 photovoltaic cleaning drone to achieve integrated cleaning operations in open spaces. The LX-H403, with its powerful combination of high-power roller brush and unmanned aerial vehicle water washing, can thoroughly remove stubborn stains and restore the transmittance of photovoltaic modules to over 98%, significantly improving the power generation efficiency of power plants, targeting stations in the northwest region of China with strong sandstorms and heavy salt and alkali in the eastern coastal areas.

From the perspective of digital transformation in domestic photovoltaic operation and maintenance, LX-H403 demonstrates extremely high system integration and intelligence level. In the drone collaborative operation mode, LX-H403 can rely on the RTK centimeter level precise positioning and custom route planning of the drone to achieve fixed-point operation and maintenance cleaning within a radius of 2km. This mode of "drone high-altitude cruising+robot ground cleaning" not only completely eliminates the safety hazards of high-altitude operations, but also improves the cleaning efficiency several times. At the same time, the device supports breakpoint continuation and automatic return functions, coupled with optional mobile charging stations, which can meet the continuous and uninterrupted cleaning needs of large centralized power stations in China.

Against the backdrop of promoting green and low-carbon operation and maintenance in China, the environmental advantages of LX-H403 are equally prominent. Compared to traditional water truck cleaning, the cleaning mode of drones combined with robots can save more than 70% of water, perfectly fitting the sustainable development concept of domestic photovoltaic power plants. In addition, the cleaning operation data of LX-H403 can be integrated with the Lexus AI Photovoltaic Cloud Platform, enabling comparison of pre - and post cleaning effects, precise positioning of faulty components, and automatic generation of cleaning reports, transforming photovoltaic cleaning from "extensive labor" to "digital management".

Currently, the domestic photovoltaic industry is entering a comprehensive period of stock operation and maintenance quality improvement. The LX-H403 photovoltaic cleaning robot not only fills the market gap of efficient cleaning equipment under complex working conditions in China, but also reconstructs the operation process of photovoltaic maintenance through technological innovation. In the future, with the continuous upgrading of the demand for refined and standardized operation and maintenance of domestic photovoltaic power plants, LX-H403 will undoubtedly play a more profound role in helping power plants reduce costs and increase efficiency, extend the service life of components, and promote the high-quality development of the new energy industry.

Photovoltaic cleaning robot