Powered by AI intelligence, the system intelligently adjusts the speeds of its upper and lower motors upon encountering obstacles, performing millisecond-level course corrections to adapt to complex operating environments—thereby eliminating the risk of jamming.
Personalized Customization: Upgrade components can be selected based on your specific requirements.
Real-time display of operating status facilitates nighttime positioning and provides safety warnings.
Featuring an all-aluminum body, the structure is lighter in weight and offers lower wind resistance—ranking at the forefront of the industry—thereby minimizing component deflection and ensuring the safety of the modules.
Utilizing the LoRaWAN protocol, the system supports site-wide roaming, ensuring location-independent communication. Robots deliver sub-second responses, enabling faster and more stable control.
Enables high-speed data exchange between devices and the cloud, supporting remote real-time monitoring and OTA updates—seamlessly overcoming network challenges in remote power stations.
The roller brush features independent drive and automatically adjusts its rotational speed based on operating conditions; it is also equipped with a self-cleaning function for the brush bristles.
Capable of sustained movement over a distance of 4 km, with a continuous operating battery life of 4 hours. A blue indicator light provides a clear, intuitive visual display of the machine's operational status during nighttime use.
Mechanically secured against wind at the parking position, it offers all-weather adaptability and maintains consistent performance even in harsh environments. Capable of withstanding Category 16 winds, it also supports emergency shutdown protection in the event of strong gusts during operation.
Featuring four-wheel drive and limit wheels, it boasts exceptional climbing capabilities—mechanically engineered to ascend slopes of up to 46 degrees—and is powered by high-torque dual motors for both upward and downward movement.
It features an internal cable routing design, effectively preventing UV degradation, abrasion from wind and sand, and damage from small animals, thereby significantly enhancing both operational safety and service life.
| Cleaning Speed | 15±2m/min |
| Articulation Angle | 0° |
| Maximum Operating Wind Speed | 15 m/s |
| Maximum Wind Speed in Standby Mode | 55 m/s |
| Operating Temperature Range | -20°C to 60°C (customizable for temperatures below -20°C) |
| Standby Temperature Range | -25°C to 65°C ((customizable for temperatures below -25°C) |
| Humidity range | 0–95% RH (non-condensing) |
| Cleaning Efficiency | ≥99.5% |
| System Availability | ≥99% |
| Cleaning Frequency | Once per day (configurable) |
| Ingress protection | IP65 |
| Corrosion resistance | C4 |
| Cleaning type | Dry cleaning |
| Power supply | Self-powered |
| Life cycle | 20 Years |
| Brush Configuration | Double-Brush |
| Battery specification | 21.6Ah 24V |
| Motor specification | Brushless Motors: 2 × 60W, 1 × 90W / 2×90W, 1×120W |
| Continuous Operating Time | 4 hours |
| Charging Time (to 85%) | 4 hours (under optimal sunlight conditions) |
| Total Weight | 55±5kg |
| Dimensions (W × H) | 630±5/325±5mm |
| Applicable Solar Panel Length | 2400-6000mm |
| Tolerance of module vertical offset | ≤50mm |
| Tolerance of module horizontal offset | ≤50mm |
| Max climb angle | 46° |
| Cleanable tilt range | 0-5° |
| Mounting structures | Fixed tilt |
| Network type | Lora/LoraWAN + 4G |
| Protocol | ModBus |
| Monitoring terminal | Web + APP |
| Control modes | Auto + local + remote |