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Scientific cleaning of solar panels in power stations is of great significance for improving power station output, ensuring investment recovery, and reducing hidden dangers in equipment operation. Experimental data shows that formulating a reasonable plan for cleaning and cleaning solar panels can increase the economic efficiency of power plants by more than 20%. To reasonably solve the problem of photovoltaic panel cleaning, we need to pay attention to the following aspects.
 1. Develop a reasonable cleaning time schedule according to the comprehensive conditions of the power station, ensure a scientific cycle cleaning plan, and meet the requirements of solar panel power generation efficiency. 
2. The cleaning must be clean and thorough. If you leave a dead corner, it may cause serious consequences such as "hot spot effect". Under normal illuminance, the uncleaned corners of the battery panels will change from a power generating unit to a power consuming unit, and the shaded photovoltaic cell will become a load resistor that does not generate electricity, and consumes the electricity generated by the connected battery, that is, heat, which is heat. Spot effect. This process will aggravate the aging of the battery board, reduce the output, and cause a fire in severe cases. 
3. Use special cleaning fluid. Some users use ordinary tap water or well water to clean and clean solar panels. Because the water contains many impurities, they will adhere to the surface glass of the battery modules, reducing the power generation efficiency of solar panels. Experiments have shown that using tap water to rinse the battery panels will reduce the power generation efficiency by more than 1.8% than using a special cleaning solution.
 
 4. Choose the right cleaning tools and methods to improve the battery life. The surface of the solar cell is high-strength tempered glass, which also has the problem of wear. The service life of the solar cell panel is more than 20 years. In order to ensure normal power generation, it is generally cleaned once or twice a month. If the methods and tools used are not appropriate, it is easy to cause the surface of the battery to wear and affect the power generation capacity and the life of the battery panel.