Core Product Features
1. Dry-Sweep Technology
- Utilizes ultra-flexible modified nylon spiral brushes (PA610 material) rotating at 60–120 RPM to achieve >99% single-pass cleaning efficiency.
- Zero water consumption in standard mode (optional water-sweep customization available).
- Non-abrasive design prevents glass surface scratches, extending panel lifespan.
2. Autonomous Operation
- 24V/16Ah battery powers 55W panels, supporting continuous operation in temperatures from -30°C to 70°C.
- IP65-rated components withstand sandstorms, rain, and extreme weather.
- 12m/min walking speed with ≤22° obstacle-crossing capability for complex terrains.
3. Intelligent Management System
- Remote control via IoT platform + mobile app, enabling real-time monitoring and scheduling.
- Self-cleaning mode activates post-task to remove residual dust from brushes.
- Predictive maintenance algorithms generate automated work reports and fault diagnostics.
Competitive Advantages Over Manual Cleaning
| Factor | Automatic System | Manual Cleaning |
|---|---|---|
| Efficiency | Daily cleaning, +10–65% energy yield | Irregular schedules, short effect |
| Safety | Zero human intervention | Fall risks at heights |
| Cost | 1-time CAPEX, minimal OPEX | Recurring labor/water expenses |
| Durability | No panel microcracks | Foot traffic-induced damage |
| Environmental Impact | Waterless operation | High water waste |
Technical Innovations
- Adaptive Brush Control: Motor adjusts RPM based on dust type (e.g., desert sand vs. industrial soot).
- Cloud-Based Fault Handling: Todos Intelligent’s platform enables remote troubleshooting, reducing downtime by 80%.
- Lifetime Software Updates: Continuous optimization of pathfinding algorithms and energy consumption.
Solar Panel Automated Cleaning Systems for Large Spaces Application Scenarios
1. Desert Solar Farms
Mitigates daily sand accumulation without water—critical in arid regions.
2. Urban Rooftop Arrays
Compact design navigates tight spaces; dry cleaning prevents water runoff issues.
3. High-Pollution Industrial Zones
Removes corrosive particulates, preserving panel conductivity.
Economic & Environmental ROI
- Payback Period: <3 years via increased energy yield (avg. +25%) and labor cost elimination.
- Carbon Footprint: Reduces water usage by 100% compared to traditional methods.
- Scalability: Supports 1,600–3,000m linear cleaning paths per unit, ideal for gigawatt-scale installations.
After-Sales Ecosystem
- Localized Support Teams: Installation, commissioning, and 24/7 technical assistance.
- Performance Guarantee: Brush lifespan exceeds 5 years under normal conditions.
- Customization Options: Integration with existing SCADA systems or hybrid cleaning modes.
Conclusion
This automated cleaning system represents a paradigm shift in solar farm management. By merging mechanical precision with AI-driven analytics, it ensures peak performance while addressing sustainability and safety concerns—a must-have for utility-scale operators aiming to maximize ROI in the era of climate-conscious energy production.
