Solin Robotics provides an autonomous solar panel cleaning robot that can service up to 800 panels per hour while using only 1 liter of water per panel, dramatically cutting labor and water costs for utility‑scale solar farms. The system includes a dedicated efficiency‑tracking drone and a centralized UI that deliver real‑time performance data and enable operators to monitor cleaning schedules, water usage, and panel output.
Funding
Funding not disclosed
Founders
Product
Problem
Solar farms rely on manual panel cleaning, which is slow, costly, and consumes large amounts of water, leading to reduced energy output and higher operational expenses.
Solution
Solin Robotics offers an autonomous solar panel cleaning robot capable of servicing up to 800 panels per hour while using only 1 liter of water per panel. The system combines advanced robotics, additive manufacturing, and a modular design that adapts to panel sizes from 5 ft to 8 ft. Real‑time efficiency data are captured by a dedicated drone, which feeds performance metrics into an integrated monitoring and management UI for operators to track cleaning effectiveness and overall farm productivity. By dramatically increasing cleaning speed and reducing water usage, the solution maximizes solar generation and lowers maintenance costs.
Target Audience
Primary customers are solar farm operators and utility-scale photovoltaic managers seeking to improve uptime and reduce water and labor costs.
Features
- High‑throughput cleaning robot that processes up to 800 panels per hour
- Water‑efficient operation using just 1 L of water per panel (≈80 % less than traditional methods)
- Modular chassis compatible with 5‑ft to 8‑ft panels, enabling rapid scaling and part replacement
- Additive‑manufactured components for lightweight construction and easy customization
- Dedicated efficiency‑tracking drone that collects real‑time performance data across the array
- Centralized UI for monitoring cleaning schedules, water consumption, and panel efficiency metrics