In March 2026, Suzhou, China has diverse types of photovoltaic power stations, including distributed rooftop photovoltaic, mountain photovoltaic, surface photovoltaic, large-scale ground centralized power stations, desert photovoltaic, and other scenarios coexist. The terrain conditions, component layout, and environmental characteristics of different scenarios vary greatly, which puts high demands on the adaptability of cleaning equipment. Traditional cleaning equipment and manual mode can often only adapt to a single scene and cannot meet diversified operation and maintenance needs. Suzhou LAILX accurately grasps market demand and launches the H233 photovoltaic cleaning drone, which has become a benchmark product in the segmented market with its super strong full scene adaptation ability, covering all types of photovoltaic power station cleaning needs in all aspects.

In recent years, China's photovoltaic industry has shown a development pattern of both centralized and distributed development. Distributed photovoltaics have rapidly become popular in urban and rural rooftops, industrial and commercial factories, agricultural greenhouses, and other fields due to their advantages of small footprint, flexible layout, and nearby grid connection. However, these types of photovoltaic power stations are mostly located in densely populated areas, with staggered roofs and narrow spaces, making it difficult to carry out manual cleaning. Traditional large-scale equipment cannot enter the site, and the cleaning problem is particularly prominent. Mountain photovoltaics are mostly located in hilly areas with rugged terrain, steep slopes, and inconvenient transportation. It is difficult and risky to climb manually, and cleaning operations are almost impossible to carry out; Water surface photovoltaics float on the surface of the water, in a unique environment where neither manual nor conventional equipment can operate, resulting in a long-term dilemma of "unmanned cleaning"; Desert photovoltaics have strong sandstorms, heavy stains, and severe water shortages. Traditional cleaning methods consume a lot of water and are difficult to sustain operations.

In response to the special needs of various scenarios, the LAILX H233 photovoltaic cleaning drone achieves full scene barrier free adaptation through technological optimization and functional design, becoming a "versatile cleaning assistant" for various photovoltaic power plants. For distributed rooftop photovoltaics, drones have a moderate size and flexible control, allowing for autonomous flight and precise obstacle avoidance in narrow spaces. They can easily shuttle between high and low roofs without the need for large equipment to enter, without affecting surrounding production and life. They can quickly complete cleaning operations, perfectly solving the problem of difficult cleaning and entry for distributed photovoltaics.

For mountain photovoltaic power stations, the H233 drone relies on RTK precise positioning and intelligent ground simulation flight technology to automatically adjust its flight height according to the undulating terrain of the mountains, adapting to different slopes and rugged terrain without the need for manual climbing operations, completely solving the problems of inconvenient transportation and high operational risks in mountain power stations, and achieving standardized cleaning of mountain photovoltaics. For water surface photovoltaic power plants, drones have waterproof and moisture-proof designs, which can fly stably above the water surface and accurately clean floating photovoltaic modules without the need for ships to cooperate or damage the water surface ecology, filling the market gap in water surface photovoltaic cleaning. For large ground centralized power stations and desert photovoltaic power stations, drones can quickly complete large-scale cleaning with efficient operation capabilities and water-saving advantages. The coverage of a single operation is wide, saving more than 70% of water, adapting to desert water scarce environments, and supporting multi machine collaborative operations to further improve the cleaning efficiency of large power stations.

In addition to scene adaptation, the LAILX H233 drone is also optimized for different regional climate environments and can adapt to various climate conditions across the country. In the northwest desert region, the equipment has super strong wind and sand resistance, excellent body sealing performance, prevents sand and dust from entering the core components, and ensures stable operation in harsh environments; In rainy and high humidity areas in the south, the equipment has moisture-proof and anti-corrosion properties to avoid damage to the circuit system in humid environments; In cold northern regions, equipment can operate stably in low temperature environments above 0 ℃, meeting winter maintenance needs. Regardless of coastal, inland, mountainous, desert, or extreme cold, heat, or high humidity environments, this drone can maintain stable performance and achieve year-round regular cleaning operations.

To further enhance the adaptability of the scene, LAILX has equipped the H233 drone with a variety of optional modules to meet the diversified needs of power plants. Optional mobile charging station, suitable for remote desert and mountainous power stations without power supply, to achieve fast charging in the wild and ensure continuous operation; Optional photovoltaic cleaning robot car, designed for power plants with heavy dirt and difficult cleaning, achieving drone water washing and robot roller brush deep cleaning; Optional high-definition inspection camera can be equipped to complete inspections of hidden cracks, hot spots, damage and other issues of photovoltaic modules during cleaning, achieving integrated cleaning and inspection operations. One device can complete two core operation and maintenance tasks, greatly improving the efficiency of power station operation and maintenance.

Industry insiders point out that the core competitiveness of photovoltaic cleaning equipment lies in its adaptability to different scenarios. The LAILX H233 drone accurately identifies pain points in various power plants and creates intelligent equipment that adapts to all scenarios, which meets the market demand for diversified development of photovoltaic power plants in China. At present, the product has successfully entered the photovoltaic operation and maintenance market in multiple provinces and cities across the country, covering various types of power stations such as household distributed, industrial and commercial distributed, and large-scale ground centralized, becoming a popular product in segmented fields.

As a local intelligent manufacturing enterprise in Suzhou, LAILX has always been based on market demand, deeply cultivating the subdivision field of photovoltaic operation and maintenance, and providing full scenario and customized product services to help various photovoltaic power plants solve cleaning problems. In the future, enterprises will continue to focus on technological innovation, continuously optimize product scenario adaptation capabilities, promote the development of photovoltaic cleaning equipment towards smarter, more efficient, and more adaptable directions, and help China's photovoltaic operation and maintenance industry achieve full coverage and comprehensive upgrading.