Atmospheric dust and industrial pollution can lead to energy generation loss. Similarly, bird droppings and hotspots may cause PV modules to burn out. Manual cleaning poses risks of inadvertent stepping on the PV modules which could lead to micro-cracks, fire hazards, and potential safety incidents resulting in falls. Therefore, we have developed an unmanned, fully automated solar panel cleaning system. The advantages and features of our product are as follows:

Subscription-Based Service: Guaranteed Performance Ratio (PR80-90%) and Maintenance.

AI Scheduling and Abnormality Reporting: Predictive maintenance and real-time abnormality detection, we significantly reduce maintenance costs and prevent major repairs, enhancing the longevity and efficiency of solar panels.

High Efficiency: Fully Automated Night Cleaning

Cleaning Capabilities

• Nozzles: Spraying water to moisten PV panels
• Nylon Rotary Brush: Removing dirt and grime
• Rubber Scraper: Wiping away water droplets

Cleaning Coverage

• Length: Exceeding 100 meters
• Width:5 to 8.5 meters

Safety Measures

• Wind-Resistant Clamps
• Fall-Arrest Guards
• Automated Emergency Shutdown Systems

Durability Validation

• Cover Durability: Withstands Beaufort 17 wind gusts (56.1m/s), maximum stress capacity = 185Mpa, Safety Factor (FS) > 1.5
• Main Structure: Maximum deformation = 6.4mm, maximum stress = 55Mpa, Safety Factor (FS) > 3
• PV Bracket Load Capacity: Certified by a structural engineer, ensuring that the brackets supporting the photovoltaic panels meet industry standards for load-bearing and safety.

Adaptability: Our system is uniquely designed to adapt its cleaning schedule based on seasonal changes and specific environmental conditions in your region. For instance, during Taiwan's rainy season, it adjusts the cleaning frequency to match the reduced dust accumulation, optimizing the cleaning process.