Panel Clean Tech provides autonomous robotic systems that clean photovoltaic panels without shutting down power generation. Their self‑driving robots use GPS and vision navigation, precision brushes, and low‑flow water spray to remove dust and debris, while real‑time sensors and scheduling software optimize cleaning cycles for large‑scale solar farms and commercial installations, improving efficiency and extending asset lifespan.
Funding
Funding not disclosed
Founders
Product
Problem
Solar panels lose efficiency due to dust, grime, and bird droppings, and manual cleaning is labor‑intensive, costly, and often requires shutting down the system, reducing overall energy output.
Solution
Panel Clean Tech offers autonomous robotic systems that clean photovoltaic modules without interrupting power generation. The robots navigate across panel arrays, using precision‑controlled brushes and water‑spray mechanisms to remove contaminants while sensors monitor cleaning performance. Integrated scheduling software allows operators to program cleaning cycles based on weather and soiling rates, optimizing maintenance frequency. The solution is designed for large‑scale solar farms and commercial installations, delivering consistent panel performance and extending asset lifespan with minimal human intervention.
Target Audience
Primary customers are solar farm operators, commercial rooftop solar owners, and maintenance service providers seeking automated, cost‑effective panel cleaning solutions.
Features
- Self‑driving robot platform with GPS and vision‑based navigation for safe movement across diverse panel layouts
- Adjustable brush and low‑flow water spray system that removes dust and residues without damaging glass surfaces
- Real‑time soiling detection sensors that trigger cleaning only when efficiency loss exceeds set thresholds
- Remote monitoring dashboard showing cleaning logs, energy gain estimates, and robot health status
- Modular design compatible with fixed‑tilt, single‑axis, and dual‑axis tracking systems
- Energy‑efficient operation powered by the solar array itself, reducing external power requirements