Solarpanel coating

Solar Coating

Photovoltaic energy plays a crucial role in CO2-free energy generation, both now and in the future. Solar panels are essential for generating this clean energy, and continuous efforts are made to improve their efficiency. However, dirt on solar panels can negate these improvements! Nanoflex Solar Panel Coating helps combat pollution and ensures that efficiency is maintained.

With solar panels, it's all about efficiency and environmental protection! To achieve and maintain optimal results, sunlight must reach the cells in the panels. Therefore, the panels must be clean and stay clean for as long as possible.

Pollution on solar panels can lead to a performance reduction of up to 40%!

Rain alone is not sufficient to keep the solar panels clean. Cleaning a large number of panels in a solar park is labor-intensive and costly. Pollen, dirt, (Sahara) sand, bird droppings, soot, and fine dust are some causes of pollution, significantly reducing yield. Depending on the location and environment, the frequency of cleaning can increase to twice a year, which entails significant costs and negatively impacts efficiency.

Our NanoFlex Solar Panel Coating prevents contact between the surface and dirt! This significantly reduces dirt adhesion, and rain can wash away much of the dirt. Additionally, the coating prevents light reflection, increasing light absorption and thus efficiency.

NanoFlex Solar Panel Coating is a water-based coating that is barely visible after application. The composition of the coating consists of safe ingredients, resulting in certifications such as TÜV, SGS, PSM, and CBA.

With NanoFlex Solar Panel Coating, efficiency can increase by up to 10% under ideal conditions, which can significantly contribute to revenue and Return On Investment at current energy prices.

Besides water as the main ingredient, the coating contains amorphous silicon dioxide, which provides an active self-cleaning effect. Amorphous silicon dioxide is non-hazardous and is commonly used in building materials and personal care products for skin and teeth.

Specifications: Consumption: Up to 200 m² per liter

The surface to be treated must be dry, clean, and grease-free. The coating can be applied by rubbing, rolling, or spraying. Consult the specifications for the correct consumption per m². Apply the coating under dry conditions at a temperature between 5 and 30 degrees Celsius (out of the sun). After application, the coating must cure for at least 24 hours (optimal hardness after 48 hours). Industrial processing can be accelerated by forced curing at temperatures up to 250 degrees Celsius.

When efficiency is important to you, coating your solar panels is a logical choice.