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SH-GF
1. Efficient and intelligent cleaning: Adopting crawler-type walking and roller brush design, the cleaning speed can reach 0-20m/min. Automatic path planning + tracking function ensures no-missing cleaning of modules. The efficiency is 7 times higher than manual work, greatly shortening the cleaning cycle and reducing power generation loss.
2. Multi-scenario adaptability: Supports 20° climbing and 20mm obstacle crossing, can easily cope with different types of PV power stations such as ground, roof and mountain. It adapts to 800-1200mm cleaning width, can work stably with module spacing of 10-25mm, and is compatible with various bracket structures.
3. Energy-saving, environmental protection and safety: Waterless cleaning mode can save water resources, suitable for water-scarce areas such as deserts; equipped with anti-slip and anti-fall technology and extreme weather self-protection system, it automatically stops operation at high wind speed, and has no damage to modules after TUV testing.
4. Long-term stable operation: Equipped with 24/30V/Ah lithium battery, the number of charge and discharge cycles reaches 500 times, and the brush service life is 2 years; the working temperature covers -20℃~60℃, adapting to different climate conditions and reducing operation and maintenance replacement costs.
5. Multi-functional integration: Integrates machine vision detection system, which can identify hot spots, foreign objects, module damage and other problems while cleaning, and report data in real time; supports LoraWan IoT communication for remote monitoring of operation status.
6. Significant economic benefits: Regular cleaning can increase power generation by 6%-35%. The annual cleaning cost of a 10MW power station is only 300,000 yuan. Compared with manual cleaning, the equipment investment can be recovered in 2 years, with considerable long-term benefits.
1. Efficient and intelligent cleaning: Adopting crawler-type walking and roller brush design, the cleaning speed can reach 0-20m/min. Automatic path planning + tracking function ensures no-missing cleaning of modules. The efficiency is 7 times higher than manual work, greatly shortening the cleaning cycle and reducing power generation loss.
2. Multi-scenario adaptability: Supports 20° climbing and 20mm obstacle crossing, can easily cope with different types of PV power stations such as ground, roof and mountain. It adapts to 800-1200mm cleaning width, can work stably with module spacing of 10-25mm, and is compatible with various bracket structures.
3. Energy-saving, environmental protection and safety: Waterless cleaning mode can save water resources, suitable for water-scarce areas such as deserts; equipped with anti-slip and anti-fall technology and extreme weather self-protection system, it automatically stops operation at high wind speed, and has no damage to modules after TUV testing.
4. Long-term stable operation: Equipped with 24/30V/Ah lithium battery, the number of charge and discharge cycles reaches 500 times, and the brush service life is 2 years; the working temperature covers -20℃~60℃, adapting to different climate conditions and reducing operation and maintenance replacement costs.
5. Multi-functional integration: Integrates machine vision detection system, which can identify hot spots, foreign objects, module damage and other problems while cleaning, and report data in real time; supports LoraWan IoT communication for remote monitoring of operation status.
6. Significant economic benefits: Regular cleaning can increase power generation by 6%-35%. The annual cleaning cost of a 10MW power station is only 300,000 yuan. Compared with manual cleaning, the equipment investment can be recovered in 2 years, with considerable long-term benefits.
