Advanced Technology for Self-Cleaning Solar Panels

Solar panels are generally placed in regions that home a high intensity of sunlight. Interestingly, for meaningful purpose use, the solar panels are installed in the deserts, but apart from harnessing the solar energy, the panels add more to it!

The solar panels can accumulate dust, and therefore it is necessary to go for cleaning it. Moreover, the dust particles also counter for reduced efficiency of the solar panel for industrial usage. The resultant dirt and soiling also hinder the process of converting light energy into electrical energy. Hence, it is essential to clean the PV panels to maintain its steady performance. Gone are the days when people used to clean the solar panels manually, indeed, on those harsh weather conditions! Now, the technology has advanced for a shared vision for a self-cleaning solar panel. Well, that may be a brand new concept in the market, scroll down to brush up with the nanotechnology in your effective solution.

Self-cleaning solar panels from Tipe

The self-cleaning solar panels can clean them automatically without the help of any manual intervention. This is made possible with the help of the amazing nanoparticles and photochemical processes. Now, you may be wondering about the various aspects of functionality for these self-cleaning solar panels!

How does it work?

By applying a coating of nano -photocatalytic coating, the solar panels can be protected from dust, rain, and other environmental damages. In recent times, the nanoparticles have shaped the face of the technological advancements for using solar panels in those difficult-to-reach areas. The coating helps for self-cleaning purposes as an excellent method to maintain the solar panels’ longevity and performance. Interestingly, owing to the small molecular size of the nanoparticles, these can work closely with the dust particles and the pollutants. This process decomposes the pollutants from the roots and prevents it from causing further harm. You can find the best nanotechnology solutions for odor control, air pollution, and various adverse phenomena that can count for a backslide!

In this process, the photocatalytic oxidation reaction tends to break the pollutants on the surface of the solar panels in the presence of sunlight and nanoparticles as a catalyst. It effectively creates a protective layer and accounts for a self-cleaning solar panel action for a more extended period. The super-hydrophilic nature and anti-static property do not let it settle on the panels for dust and water molecules.

Why go for nanotechnology from Tipe?

At Tipe, you can find an extensive range of products for NOx removal, air purification, and water treatment at affordable prices. In the present scenario, keeping hold of the hygienic processes on a regular check is highly essential. In the current terms, the self-cleaning solar panel is one such idea that limits the dependency in manual labor, thus going for a better approach!

The technology aims to make your life simpler and impressive. The nanotechnology solutions from Tipe reduces your maintenance cost-effectively. The high-quality nano TiO2 slurry and coating material can offer excellent dispersity, superfine crystalline structure, and extremely high SSA for your panels. Interestingly, the size of the particles is highly customizable. It eventually depends on the demand for solar cell producing units. Whether you require these self-cleaning solar panels for large scale industries or laboratories, we offer the best quality products at an affordable cost. Getting your requirements listed would be an excellent idea for getting the appropriate self-cleaning solar panels for your industry!

For any queries, feel free to contact us now!

What is Solar Panel, How to use Nano-Photocatalyst and their benefits

As we all know, the sun is the nuclear reactor that liberates photons a small unit of energy for billions of years. These tiny particles can travel 93millions of distance from the sun to earth in just 9 minutes. These photons produce abundant solar energy to fulfill global needs for a whole year.

As the sun release photons, for this reason, Solar panels have invented to convert sunbeam from the sun into electricity that can be used to electrical power loads.

It has myriads of uses, including remote sensing, remote power systems for cabins, telecommunications equipment, and generate electricity for residential and commercial use.

With time Solar panel conversion potentiality decreases 20 percent due to dust, and other grime builds upon it.

So it is essential to clean Solar panels every few weeks to eliminate dust particles. Some people use commercial detergents to clean it, but it might be a bit costlier as well as consume time and harmful to the environment also.

Nowadays, many advanced technologies have come to the market that clean solar panels automatically without any effort. Laboratories and industries are in high- demand as they are busy in making the non-renewable source of energy. Nano-Photocatalytic is the best Incumbent technologies for self-cleaning solar panels, among others.

What is Nano-Photocatalytic

Nano photocatalyst is a combination of photocatalyst actions and Nanotechnology. It has enormous use from ceilings, interior to exterior walls for cleaning, and keeps your things dirt-free.

Apply Nano-photocatalytic coating to solar panels to protect from dust rain and other harmful chemicals.

How does it work

When you paint Nano-Photocatalytic, water-droplets not forms and it reduces the cause damage by rainwater, the coat of Nano-Photocatalytic coating is exposed to sunlight, it can decompose all organic substances on the surface, but in the presence of sun rays, this coat will decompose the unrefined pollutants.

Once the coat decomposes gradually, it soaks organic pollutants and cleans the surface automatically.

Benefits of Nano-Photocatalytic

  • This Nano-Photocatalytic is colorless transparent that can be applied on any surface like metal, stones, or glass, or even painted walls.
  • Due to enough exposure to light, the coat in the solar Panel reduces the water strain gradually.
  • It can prevent the development of dirt, grime, and mold particles; due to this, it keeps marble, stone cleaner.
  • Nano- Photocatalyst has the antimicrobial properties that kill bacteria from the surface as well as in the air around the building surface.

In Conclusion

Solar Panel uses upraises as it is the renewable resource and produce electricity for residential and commercial use. But with time, the life span and efficiency also reduce as it accumulates dust on the surface. So, Nano-photocatalyst is the best way to protect the solar Panel from losing it potentiality produces more energy for our uses.