Solar Panel Cleaning
Maximize your solar ROI with professional aerial cleaning. Restore panel efficiency and recover thousands in lost revenue. ROI in 3-6 months.
Why Clean Your Solar Panels?
Restore Efficiency
Dirty panels lose 15-40% efficiency. Cleaning restores performance to 98%+.
Fast ROI
Recover $3,000-$5,000 in annual revenue per 100kW. ROI in 3-6 months.
Eco-Friendly
We use eco-friendly cleaning solutions that won't damage panels or void warranties.
Types of Solar Installations We Clean
Rooftop Solar
Residential and commercial rooftop installations
Efficiency Loss: 15-25%
Canopy Solar
Parking canopy and carport installations
Efficiency Loss: 20-30%
Ground-Mounted Solar
Utility-scale and commercial ground installations
Efficiency Loss: 25-35%
Solar Farms
Large-scale solar arrays and utility installations
Efficiency Loss: 20-40%
Solar Cleaning ROI Example
100kW Solar Array
5-Year Projection
Complete Benefits
Frequently Asked Questions
How much efficiency do dirty solar panels lose?
Dirty solar panels lose 15-40% efficiency depending on location, weather, and dust accumulation. Coastal properties with salt spray can lose even more. Regular cleaning restores efficiency to 98%+.
What's the ROI for solar panel cleaning?
For a 100kW system, annual revenue loss from dirty panels is $3,000-$5,000. Cleaning costs $2,500-$3,500. ROI is typically 3-6 months, then pure profit for years to come.
How often should solar panels be cleaned?
Cleaning frequency depends on location and weather. Most systems benefit from quarterly or semi-annual cleaning. Coastal properties may need monthly cleaning due to salt spray.
Is aerial cleaning safe for solar panels?
Yes. Our cleaning process is specifically designed for solar panels. We use low-pressure water and eco-friendly cleaning solutions that won't damage panels or void warranties.
Can you clean all types of solar installations?
We can clean rooftop, canopy, and ground-mounted solar installations. We assess each system individually to determine the best cleaning approach for maximum efficiency.