Against the backdrop of the comprehensive promotion of the global carbon neutrality strategy, the efficient utilization of clean energy has become a key lever for achieving the dual carbon goals. As an important supporting link in the photovoltaic industry, the green and intelligent upgrading of photovoltaic operation and maintenance is directly related to the efficiency of clean energy generation and the release of low-carbon value. Recently, LAILX in Suzhou launched the H233 photovoltaic cleaning drone, which deeply empowers low-carbon operation and maintenance of photovoltaic power plants with green design, intelligent technology, and efficient performance, helping to maximize the utilization of clean energy and contribute to the achievement of the dual carbon goal with new energy intelligent equipment strength.

As the largest clean energy source in China, every improvement in the power generation efficiency of photovoltaic energy means a reduction in fossil energy consumption and carbon emissions. However, the loss of power generation efficiency caused by dust pollution in photovoltaic modules has always been a hidden obstacle to the efficient utilization of clean energy. According to statistics, the annual loss of power generation caused by inadequate cleaning of photovoltaic modules in China exceeds 100 billion kilowatt hours, which is equivalent to reducing the clean energy substitution of nearly 30 million tons of standard coal and indirectly increasing a large amount of carbon emissions. Therefore, creating an efficient, low-carbon, and intelligent photovoltaic cleaning mode has become an important measure to improve the efficiency of clean energy utilization and support the dual carbon goals.

Suzhou LAILX H233 photovoltaic cleaning drone, from research and development design to practical application, runs through the concept of green and low-carbon, creating a full process green operation and maintenance mode of "efficient power generation, water-saving and low-carbon, safe and environmentally friendly". Firstly, the equipment ensures that the photovoltaic modules remain clean at all times with ultra-high cleaning efficiency, maximizing power generation efficiency. Through actual testing, it has been found that using H233 cleaning regularly in photovoltaic power plants can increase the average annual power generation by about 15%. A 100 MW photovoltaic power plant can generate an additional 15 million kWh of electricity per year, which is equivalent to reducing coal consumption by 4500 tons and carbon dioxide emissions by 12000 tons per year. The low-carbon benefits are very significant.

In terms of water resource utilization, the H233 drone breaks through the waste pain points of traditional cleaning modes and adopts self-developed high-pressure atomization water-saving cleaning technology to maximize water resource utilization. The water consumption of traditional water tankers for cleaning 1 MW PV modules is more than 5 tons, while H233 UAVs use micron level atomization spraying. The water consumption of 1 MW cleaning is only 1.2 tons, and the water-saving rate is as high as 76%. For photovoltaic concentrated areas such as the northwest desert and North China Plain, which are short of water for cleaning, it not only solves the problem of water shortage, but also reduces the waste of water resources, which meets the requirements of China's water-saving society construction and green low-carbon development. At the same time, the equipment cleaning process generates no sewage and does not require additional sewage treatment, further reducing environmental pressure and achieving the unity of clean production and low-carbon operation and maintenance.

In terms of energy consumption and environmental emissions, the H233 drone is powered by electricity and operates without exhaust gas, noise, or dust pollution. Compared to traditional fuel powered water truck cleaning, it completely bids farewell to exhaust emissions and noise pollution, and is suitable for various photovoltaic power plant scenarios such as ecological protection areas, industrial parks, and residential areas, achieving zero pollution and zero emission green operations. The equipment adopts a lightweight carbon fiber body to reduce flight energy consumption, combined with efficient batteries and fast charging technology to further reduce energy consumption and create a low-carbon equipment throughout its lifecycle.
In addition to its green and low-carbon advantages, the intelligent technology of H233 drones also helps photovoltaic power plants achieve digital and low-carbon management. The equipment is equipped with an intelligent operation and maintenance system, which can automatically plan cleaning plans, intelligently adjust cleaning frequency and operation time according to seasons, weather, and pollution levels, avoid excessive and ineffective cleaning, achieve optimal allocation of operation and maintenance resources, and reduce unnecessary energy and water consumption. At the same time, the equipment can upload real-time operation and maintenance data and power generation data, helping operators accurately analyze the operation status of power plants, optimize operation and maintenance strategies, further improve the efficiency of clean energy utilization, and achieve refined low-carbon operation.

As a representative product of the integrated development of intelligent manufacturing and new energy industry in Suzhou, the research and production of LAILX H233 photovoltaic cleaning drone also practices the concept of green manufacturing. Suzhou LAILX is building an intelligent and green production base, adopting environmentally friendly production processes to reduce energy consumption and emissions during the production process, ensuring that products meet green and low-carbon standards throughout the entire chain from research and development, production to application. The company relies on the well-established new energy industry chain and intelligent manufacturing advantages in Suzhou, gathers top R&D talents, continuously promotes the green and intelligent innovation of photovoltaic operation and maintenance equipment, and assists in the low-carbon transformation of China's new energy equipment industry.

At present, the LAILX H233 photovoltaic cleaning drone has been applied in multiple photovoltaic ecological demonstration projects and low-carbon park projects across the country, becoming a benchmark equipment for green photovoltaic operation and maintenance. In the low-carbon photovoltaic power plant projects of large energy enterprises such as National Energy Group and Huaneng Group, the H233 drone has been highly recognized by the industry for its excellent green operation and maintenance effects, helping the project achieve its low-carbon operation goals. Industry experts say that under the guidance of the dual carbon target, the photovoltaic industry not only needs to expand its scale, but also improve efficiency and reduce energy consumption. The LAILX H233 drone, with its green intelligent technology, has bridged the last mile of low-carbon upgrading in photovoltaic operation and maintenance, enabling clean energy to truly achieve efficient and low-carbon utilization.

Supporting the dual carbon goal, technology empowerment takes the lead. The relevant person in charge of LAILX in Suzhou stated that the company will always adhere to the concept of green development, continuously increase investment in the research and development of green intelligent equipment, and create more low-carbon, efficient, and intelligent operation and maintenance equipment around clean energy fields such as photovoltaics and wind power, promoting the green and intelligent upgrading of the entire process of clean energy operation and maintenance. In the future, LAILX will work with more energy companies to empower the efficient utilization of clean energy through hardcore technology, help China achieve its dual carbon goals as soon as possible, promote the sustainable development of the global clean energy industry, and contribute the strength of Chinese enterprises to building a green, low-carbon, clean and efficient energy system.