A typical cleaning project for photovoltaic facilities in heavy pollution industries.
During project construction, cloud platform monitoring systems and automatic operation attitude control systems are used to ensure the power generation efficiency of the customer company's photovoltaic power. Compared with manual cleaning, this project is safer, more economical, efficient and scientific. At the same time, the cloud platform monitoring system enables the cleaning machine to clean photovoltaic modules scientifically and effectively, and can handle cleaning arrangements in various weather conditions, endowing the cleaning machine with more intelligent cleaning operation capabilities.
Automatic attitude correction: Adopting advanced attitude sensors and control systems to realize automatic attitude adjustment of the robot, effectively preventing deviation, skew and jamming, and ensuring the stable progress of cleaning operations.
Obstacle-crossing performance: The robot is designed with strong obstacle-crossing ability, able to easily cross slopes, steps and misalignments between photovoltaic panels, adapting to the complex and changeable on-site environment.
Efficient cleaning ability: Equipped with specially made high-efficiency brushes, a single robot can clean the area of photovoltaic panels with a length of 2 kilometers per day, significantly improving cleaning efficiency.
Cloud platform start-stop control: Supports remote cloud platform full-automatic return and adaptive control, and is also compatible with remote control operation. Users can flexibly set cleaning frequency and time according to actual needs.
- Shanghai Electric Distributed Energy Co Ltd
Shanghai PNS registry No. 31010102007087