Your All-in-One Solution for Panel Cleaning.
Fast. Reliable. Efficient.
With a 20% greater cleaning capacity than similar robots in our market, SolarCleano F1 offers a fast and efficient solution for cleaning solar panels. It is designed to be operated via remote control from a safe distance, while integrated software allows the robot to autonomously clean the solar panels.
It features edge detection sensors that activate a fall protection function when approaching the edge of the solar surface. SolarCleano F1 is effective on all types of solar panels.
Thanks to the special design of the brush, which includes two different types of fibers in a spiral shape, it cleans without leaving any marks. After cleaning, the solar panels can achieve full efficiency.
The Osmobil Pro X is a mobile reverse osmosis system, ideal for cleaning solar panels. Reverse osmosis is crucial in this context because it produces what is known as "soft water." The significance of using soft water for cleaning solar panels lies in its absence of minerals typically found in hard water, which can deposit residues and reduce efficiency. Any type of mark on the panels can reduce their efficiency. Consequently, cleaning with soft water enhances the effectiveness and efficiency of solar panels.
Checking the site for PV System monitoring
Conducting visual, sound, and thermal inspections of AC/DC equipment
Inspecting PV modules (strings) using a thermal imaging camera
Examining the PV supporting structure
Provera PV noseće konstrukcije
Inspecting inverters, components, and electrical distribution cabinets
Creating reports
Regular maintenance and cleaning significantly affect the optimal performance and longevity of a PV System. These activities contribute to:
Dust and other impurities on the surface of solar panels reduce their ability to convert sunlight into electricity. Regular cleaning ensures maximum sunlight absorption.
Regular inspections, timely identification, and troubleshooting of system issues extend the life of equipment and reduce the risk of serious failures.
Routine maintenance and inspection of electrical components and fire protection systems are crucial for safe operations and reducing the risk of unwanted incidents.
Investing in regular maintenance and cleaning leads to long-term savings. Maintaining system efficiency maximizes electricity production, prevents performance loss, and reduces costs associated with unplanned repairs.
Maintenance and cleaning of photovoltaic power plants are key steps toward ensuring a reliable, efficient, and sustainably long-term solar energy system.