The daily cleaning of solar panels is crucial for maintaining their power generation efficiency and extending their service life. When choosing the appropriate cleaning tools, factors such as the material of the solar panels, installation location, environmental conditions and cleaning efficiency should be comprehensively considered. The following are the key points to note when choosing daily cleaning tools for solar panels:
First, understand the characteristics of the solar panels
Material: The surface of solar panels is usually glass or specially coated. It is necessary to avoid using hard or sharp tools that may scratch the surface.
Size and Angle: The size and installation Angle of the solar panels will affect the choice of cleaning tools. Large or tilted installed solar panels may require longer handles or special cleaning equipment.
Second, types of cleaning tools and key points for selection
Soft brush/sponge
Applicable scenarios: It is suitable for cleaning light dust and dirt on a daily basis.
Key points for selection: The bristles should be soft to avoid scratching the surface of the solar panel. The length of the handle should be moderate for easy operation.
Professional cleaning agent
Applicable scenarios: For stubborn stains or oil stains, it may be necessary to use professional cleaners.
Key points for selection: Choose non-corrosive and environmentally friendly cleaning agents to avoid damaging the solar panels. Use it correctly in accordance with the instructions to avoid residue.
Long-handled mop/window cleaner
Applicable scenarios: It is suitable for large or high-altitude installed solar panels and is convenient for remote operation.
Key points for selection: The mop head or window cleaner should be soft and replaceable, and the handle length should be adjustable to accommodate panels of different heights.
Automatic cleaning system
Applicable scenarios: For large-scale solar power stations or panels that are difficult to clean manually, an automatic cleaning system can be considered for installation.
Key points for selection: The system should feature high efficiency, energy conservation, low noise, etc. Regular maintenance is required to ensure normal operation.
Water gun/high-pressure cleaner
Applicable scenarios: In dry and dusty areas, it may be necessary to use water guns or high-pressure cleaners regularly for deep cleaning.
Key points for selection: The water pressure should be moderate to avoid impact damage to the solar panels. Use pure water or softened water to reduce the formation of scale.
Third, environmental factors should be considered
Climatic conditions: In dry, windy or dusty areas, more frequent cleaning may be required, and cleaning tools suitable for harsh environments should be selected.
Water source: If water is needed during the cleaning process, it is necessary to ensure a reliable water supply and take into account the quality and cost of the water.
Fourth, safety and efficiency
Safety: Cleaning tools should be reasonably designed and easy to operate to prevent accidents during use. For solar panels installed at heights, safety belts and other protective equipment should be used.
Efficiency: Choose cleaning tools that can quickly and effectively remove dirt to reduce cleaning time and labor costs.
Fifth, maintenance and upkeep
Regular inspection: Regularly check the wear and tear of cleaning tools and replace damaged parts in a timely manner.
Proper storage: After use, cleaning tools should be properly stored to avoid moisture, direct sunlight or damage.
