For a long time, the traditional mode of operation and maintenance of photovoltaic power plants has relied heavily on manual labor, which not only restricts the efficiency of industry development, but also becomes a bottleneck for the photovoltaic industry to reduce costs and increase efficiency. Nowadays, with the large-scale application of LAILX H233 photovoltaic cleaning drones in Suzhou, an efficiency revolution sweeping the photovoltaic operation and maintenance industry has officially begun. The traditional manual cleaning mode is gradually being eliminated, and intelligent, automated, and large-scale operation and maintenance have become the mainstream of the industry. China's photovoltaic operation and maintenance industry has officially entered the "intelligent era".

Photovoltaic operation and maintenance is the core link of the entire life cycle of photovoltaic power plants, and cleaning operations are the top priority of operation and maintenance work. Data shows that for every 1 gram/square meter increase in dust on the surface area of photovoltaic modules, the power generation efficiency decreases by 1%. However, in most parts of China, photovoltaic power plants suffer power generation losses of over 15% annually due to pollution such as dust and bird droppings. Under the traditional manual cleaning mode, a skilled worker can only clean 500 square meters of photovoltaic modules per day. For a 10 MW photovoltaic power station, it takes 20 workers to work continuously for one month to complete a comprehensive cleaning. This not only has extremely low efficiency, but also high labor costs, equipment costs, and management costs. In addition, there is high personnel turnover, inconsistent operating standards, and uneven cleaning effects, making it difficult to ensure stable power generation of the power station.

The emergence of the LAILX H233 photovoltaic cleaning drone has completely broken the efficiency constraints of traditional operation and maintenance models, redefining the industry standards for photovoltaic cleaning with disruptive operational efficiency. The single machine cleaning efficiency of this device can reach 2 hours/1 megawatt, and the maximum daily cleaning capacity can reach 8 megawatts, which is equivalent to the workload of 40 skilled workers in a day, and the efficiency is increased by more than 20 times. For a large-scale photovoltaic base with a capacity of 100 megawatts, multiple H233 drones can work together to complete the entire site cleaning in a short period of time, achieving regular and normalized cleaning, completely solving the industry pain points of traditional mode of "unable to clean and untimely cleaning", and keeping the photovoltaic modules in the optimal power generation state at all times.

In addition to the significant improvement in homework efficiency, the operation and maintenance mode transformation brought by H233 drones is also the core of industry upgrading. Traditional photovoltaic cleaning belongs to labor-intensive work, requiring a large number of personnel to work on-site, with high management difficulties, high safety risks, and rising labor costs year by year; The H233 drone adopts a fully automated operation mode, achieving "less manpower, intelligence, and remote" operation and maintenance. One operator can control 1-2 drones at the same time, only monitoring the operation status on the ground without the need for personnel to enter the power plant operation area, completely freeing up manpower and promoting the transformation of photovoltaic operation and maintenance from labor-intensive to technology intensive.

In terms of homework standards and quality, the H233 drone relies on AI intelligent algorithms and high-precision positioning to achieve standardized and regulated cleaning, completely bidding farewell to the problems of uneven thickness and repeated cleaning caused by manual cleaning. The equipment can automatically adjust the cleaning pressure, nozzle angle, and spraying amount according to the degree of component contamination, ensuring consistent cleaning effect for each component, no residual stains or water marks, and maximizing the protection of the component surface coating, extending the service life of the component. At the same time, the equipment supports real-time recording and trajectory playback of job data, and operation and maintenance personnel can view cleaning progress, coverage range, job duration and other data at any time, achieving digital and visual management of operation and maintenance work and improving the level of refined operation of the power station.

In terms of cost control, the H233 drone has more prominent advantages. According to industry calculations, traditional manual cleaning of 1 megawatt photovoltaic modules costs over 3000 yuan per operation and requires 6-8 cleanings per year; Using LAILX H233 drone cleaning, the cost of a single 1 MW cleaning is less than 800 yuan, reducing the cost by more than 70%. At the same time, the equipment does not require a large number of manual personnel stationed on site, saving additional costs such as food, accommodation, transportation, insurance, etc., and significantly reducing overall operation and maintenance costs. For large-scale photovoltaic power plants, millions of yuan in operation and maintenance costs can be saved each year. At the same time, due to timely cleaning, the increase in power generation can generate hundreds of thousands of yuan in revenue each year, achieving a dual optimization of cost and revenue.

In terms of safety and environmental protection, the H233 drone is leading the industry in a new direction. Traditional manual cleaning poses multiple safety hazards such as falling from heights, electric shock, and heatstroke, and related safety accidents occur in the photovoltaic industry every year; H233 unmanned aerial vehicle achieves unmanned high-altitude operations throughout the entire process, keeping personnel away from dangerous areas, completely eliminating safety accidents, and building a solid defense line for power plant operation and maintenance safety. In terms of environmental protection, the equipment adopts high-pressure atomization water-saving technology, which saves more than 70% of water compared to traditional flood irrigation, significantly reducing water resource consumption and adapting to photovoltaic power stations in water scarce areas such as Northwest and North China; At the same time, the equipment is driven by clean energy, with no noise, exhaust gas, or sewage discharge during the operation process, meeting the requirements of green, low-carbon and environmental protection, and helping photovoltaic power plants achieve low-carbon operation throughout the entire chain.

With the large-scale promotion of H233 drones, more and more photovoltaic power plant operators are abandoning traditional manual modes and turning to intelligent equipment operation and maintenance. Industry experts say that LAILX H233 is not only a cleaning equipment, but also a core carrier for promoting the transformation and upgrading of the photovoltaic operation and maintenance industry. Its widespread application will accelerate the elimination of outdated production capacity in the industry, promote the standardization, intelligence, and intensive development of operation and maintenance services, and enhance the overall competitiveness of China's photovoltaic industry. In the context of the dual carbon target, photovoltaic power plants, as the core carrier of clean energy, have a direct impact on the operational efficiency and quality of clean energy supply capacity. The efficiency revolution of H233 drones will provide a solid guarantee for the efficient utilization of clean energy.

As a leading enterprise in the field of intelligent photovoltaic operation and maintenance equipment, Suzhou LAILX has always taken it as its responsibility to promote industry upgrading. The successful research and application of H233 photovoltaic cleaning drone is an important achievement of the company's practice of industry responsibility and assistance in industrial upgrading. In the future, the company will continue to focus on innovation in the field of photovoltaic operation and maintenance, continuously iterate and upgrade product technology, launch more intelligent equipment that meets industry needs, promote the intelligent upgrading of the entire photovoltaic operation and maintenance process, and help China's photovoltaic industry transform from a "large-scale country" to a "quality strong country", injecting sustained momentum into the global development of clean energy.