With the accelerated development of the global new energy industry, the scale and cluster layout of photovoltaic power plants continue to advance. The core operation and maintenance link of photovoltaic module cleaning has long faced industry pain points such as low manual efficiency, high operational risks, high costs, and non-standard cleaning, which have become key bottlenecks restricting the improvement of photovoltaic power plant power generation efficiency. Suzhou Laikesi New Energy Technology Co., Ltd. (LAILX) focuses on the research and development of full life cycle operation and maintenance technology for photovoltaic power plants. With a professional R&D team and rich industry practical experience, the LX-H403 photovoltaic cleaning robot has been launched, providing a new solution for intelligent, standardized, and safe operation and maintenance of photovoltaic power plants with its hardcore technology strength, efficient operational performance, and full scene adaptability. Photovoltaic cleaning robot

The LX-H403 photovoltaic cleaning robot deeply integrates comprehensive technologies such as autonomous navigation, lightweight design, intelligent anti torsion, precise correction, and remote intelligent operation and maintenance, bringing revolutionary solutions to the cleaning and maintenance problems of photovoltaic power plants. The equipment adopts a rolling brush cleaning method, which can be used separately with a water pump and water tank, or can be equipped with an LXH233 drone for fixed-point cleaning. It is more suitable for stations with severe dirt. Through high-power rolling brush robots and drones for water washing, the cleaning of photovoltaic modules is more efficient. Its lightweight body design adopts customized weather resistant high-strength composite materials to ensure that the components operate without damage for 20000 times. It also has super strong obstacle crossing and intelligent anti torsion capabilities, can adapt to 20 ° climbing, meet 50mm obstacle crossing segment difference, and adapt to ± 20 ° cross torsion to ensure stable operation in complex terrain.

In terms of intelligent operation and maintenance, the LX-H403 is equipped with an AI intelligent walking correction system, with a straight line operation anti fall safety design and a dual wheel stop mechanical design that can withstand 16 level winds, ensuring the safety of the equipment in adverse weather conditions. Through the SCADA monitoring system, intelligent linkage celestial phenomena can be achieved, faults can be accurately identified, component life can be accurately predicted, and multi-channel control and management through web and app can be supported, greatly improving operation and maintenance efficiency. The equipment cleaning speed can reach 10-20m/min, the cleaning efficiency is ≥ 99.5%, the operating noise is below 65 decibels, the working wind speed is ≤ 15m/s, and it is suitable for extreme working environments ranging from -20 ℃ to 60 ℃, meeting the cleaning needs of various photovoltaic power plants.

The emergence of LX-H403 photovoltaic cleaning robot has completely overturned the traditional cleaning mode, achieving a safe operation mode of "human-machine separation", completely eliminating the risk of high-altitude operations, and saving more than 70% water compared to traditional water truck cleaning, making it green and environmentally friendly. According to actual testing, the photovoltaic modules cleaned by the robot can restore a transmittance of over 98%, significantly improve power generation efficiency, effectively extend the service life of the modules, and create higher economic benefits for the power station. The launch of LX-H403 is not only an important achievement of enterprise technological innovation, but also a typical example of the deep integration of Suzhou's low altitude economy and new energy industry, helping photovoltaic power plants across the country achieve efficient, safe, and low-carbon operation and maintenance, and promoting the high-quality development of the new energy industry.

Photovoltaic cleaning robot