Clear Solar provides ClearAdvantage, an autonomous, water‑free robotic cleaning system for utility‑scale solar farms in dust‑prone, arid regions. The robots continuously remove mineral dust from photovoltaic panels, eliminating costly manual labor and the millions of gallons of water traditionally required, while reducing annual maintenance expenses and preserving energy yield.
Funding
Funding not disclosed
Founders
Product
Problem
Mineral dust accumulation on solar panels in arid regions can reduce energy yield by up to 60% and requires large amounts of water and expensive manual cleaning, driving up operational costs for solar farm operators.
Solution
Clear Solar offers the ClearAdvantage robotic cleaning system, an autonomous solution that continuously removes dust from photovoltaic arrays without the need for water or manual labor. The system is installed on‑site and operates on a scheduled or sensor‑driven basis, ensuring panels stay clean and performance remains high. By eliminating water consumption and reducing maintenance expenses, ClearAdvantage helps operators protect revenue and meet sustainability goals. The platform integrates with existing solar‑farm monitoring tools, providing real‑time status and performance analytics.
Target Audience
Primary customers are owners and operators of utility‑scale solar farms, particularly those located in dust‑prone, arid environments, as well as EPC firms seeking to offer low‑water, low‑cost maintenance solutions.
Features
- Fully autonomous robotic cleaning units that traverse and clean panels without human intervention
- Water‑free cleaning technology using brush/air mechanisms, eliminating the 36 million gallons per GW water usage typical of traditional cleaning
- Low‑maintenance design with a reduced annual service cost compared to the $10,000 typical for conventional robotic cleaners
- Scalable deployment for large‑scale solar farms, with modular units that can be added as capacity grows
- Integrated monitoring dashboard delivering cleaning schedules, system health, and energy yield impact metrics