Unicorn
Intelligent Waterless Solar Panel Cleaning Robot
Dust accumulation on photovoltaic modules significantly reduces solar energy output by blocking sunlight from reaching the cells. To address this, Aegeus introduces Unicorn—a groundbreaking robotic cleaning system that redefines efficiency and sustainability in solar maintenance. Powered by our proprietary Airwash Technology, Unicorn eliminates the need for water, chemicals, or manual intervention. It offers a completely dry, contactless cleaning method that preserves panel integrity while maximizing energy yield. Unicorn’s modular design allows on-site customization to suit diverse panel configurations, including uneven layouts and surface undulations, making it effective for both rooftop and ground-mounted installations across all plant sizes and geographies. By eliminating water use and cutting O&M costs, it offers a scalable, intelligent solution that boosts solar efficiency, supports environmental responsibility, and ensures operational resilience
Unicorn Smart
Unicorn Smart is our fully autonomous, zero-water robotic cleaning system designed for large-scale solar installations seeking hands-free, high-efficiency cleaning. It represents the pinnacle of intelligent automation—delivering uninterrupted performance with minimal human intervention to maximize uptime, safety, and ROI.
Key Features
Smart Communication Architecture
Powered by an advanced LoRaWAN-based communication system, Unicorn Smart enables seamless wireless monitoring, control, and data transmission across extensive solar installations—ensuring continuous visibility, efficiency, and operational intelligence.
Unicorn R2R
For solar plants where fully autonomous robots may not be feasible, Unicorn R2R offers the perfect solution, delivering maximum Return on Investment (ROI) with reduced CAPEX. Designed specifically for O&M operators and developers, it provides high performance with exceptional efficiency.
Unicorn R2R operates on a convenient pick-and-place model, allowing laborers to easily position the robot on solar panels, initiate cleaning, and then move it to the next row. This approach ensures flexible deployment, efficient cleaning, and minimal downtime across large installations.

