top of page
TitanShield™ SolarCoat 
Selbstreinigung für Solar Panelle

Gracias a la investigación, los paneles solares se mejoran constantemente. A menudo se trata de "hacer cosquillas" un poco más de rendimiento. Sin embargo, el polvo fino y la suciedad en las superficies de vidrio significan pérdidas de rendimiento que son evitables. Los paneles a menudo se instalan en lugares de difícil acceso, lo que dificulta aún más el trabajo de limpieza, que ya es costoso y requiere mucho tiempo. TitanShield SolarCoat representa la solución óptima, el recubrimiento consigue una autolimpieza activa de la superficie, lo que mejora el rendimiento de los paneles en torno a un 7% a largo plazo. Además, la transmisión de luz aumenta un 3 % más inmediatamente después del recubrimiento. El revestimiento es duradero, resistente a los arañazos y al roce. TitanShield SolarCoat, que contribuye a un medio ambiente saludable con ahorros de costos a largo plazo.



La tarea:
Paneles solares autolimpiables



  • Súper hidrofílico - Autolimpiante

  • Súper hidrofílico - Purificador de aire

  • Antibacteriano, antimusgo y antifúngico

  • Antirreflectante, protección UV - Antiestático - Autolimpiante 


TitanShield™ SolarCoat es un recubrimiento especial que  fotocatálisis  y nanotecnología combinadas.

Normalmente los detergentes reducen la tensión superficial del agua y se reduce el ángulo de contacto. Cuando la superficie del recubrimiento nanofotocatalítico se expone a la luz, el ángulo de contacto de las superficies con el agua disminuye gradualmente. Después de una exposición suficiente a la luz, la superficie alcanza la superhidrofilia. En otras palabras, no repele el agua, por lo que el agua no puede estar en forma de gotas, sino que se extiende plana sobre el suelo. La hidrofilia combinada con la gravedad permite que las partículas de polvo sean barridas con el chorro de agua (lluvia), dando lugar a la principal propiedad de autolimpieza y fácil limpieza.


La solución:


TitanShield® es una combinación de catalizador y nanotecnología. Con TitanShield® SolarCoat  El revestimiento protege eficazmente el panel solar. El producto puede  los paneles se rocían para crear el efecto de autolimpieza 




  • TitanShield® permite que los paneles solares brillen limpios y con nuevo esplendor.

  • Protege las superficies del polvo, la lluvia ácida y las influencias ambientales nocivas.

  • Descompone sustancias orgánicas en las superficies, p. B. excreciones de aves, polen de abeja

  • después de la lluvia, no quedan manchas de agua en la superficie

  • reduce el consumo de energía para enfriar el panel en verano.

  • Suprime la formación de moho y algas.

  • absorbe los rayos UV del sol, protegiendo la superficie del daño UV.

  • Suprime la acumulación electrostática de polvo.

TitanShield® SolarCoat Trial

Testing carried out during April and May 2010


I had always been concerned about installing a solar power system for fear its effectiveness would always be compromised because of the dusty and dirty conditions we experience, particularly here in inland Australia. To overcome this, regular cleaning would be necessary and that only comes at extra cost or inconvenience.

After searching online I found a company that manufactured a product called TitanShield® SolarCoat. This product, which can be applied post-manufacture, has been designed to minimize the accumulation of dirt and dust on solar panels. The coating, it was claimed, also had the added advantage of increasing the output of solar panels.

If this product did what was claimed in the brochure then it would overcome my main

objection to installing a solar power system. Having established that I could import the product and obtain the necessary equipment for its application, I decided to go ahead with this project. Because of the extra cost of applying the coating, I was very keen to set up a trial to test its effectiveness and see if the benefits made it worthwhile.

Applying the product did take some trial and error to get the application volume correct because the product guide was somewhat less than ideal.

Once that was achieved it was fairly easy to get an even coating. After spraying, the surface becomes slightly milky in appearance once it has dried.


The following results are based on 22 x Risen SYP180S (180 Watts) panels.

All panel outputs were compared using a load of 120 & 180Watts.

A control panel was selected based on the average output of these results.

This resulted in 21 panels having SolarCoat applied and 1 panel (without SolarCoat)

being used as the control panel.




Panel output versus control panel

Prior to the SolarCoat application, the control panel had an average –of 0.34% (less)

output voltage under load against the other 21 panels.

After the application, the control panel had an average – 2.848% (less) output voltage

under load against the 21, SolarCoat treated Panels.

Therefore on average, there was a +2.58% gain in output after application.


The effect on voltage output (120 Watt Load) of the panel angle to the sun

This was carried out as a totally separate test.

At 54 Degrees + 3.03% over the control

At 64 Degrees + 8.78% over the control

At 66 Degrees + 10.61 % over the control

The effect of water, dust and dirt

One control panel and one treated panel were set at 22 degrees from the horizontal. The first test carried out was to see what effect clean rainwater had on the panel surface. 

TitanShield _SolarCoat_Trial_Australia_1.jpg
TitanShield _SolarCoat_Trial_Australia_2.jpg

The next test was to see how dirty rainwater (soil dissolved in rain water) dried on thesurface. 

TitanShield _SolarCoat_Trial_Australia_4.jpg

The surface was then washed, by simulating light rain and then heavy rain.

No significant differences of output voltages were observed during this test, as the dust and dirt buildup was very limited due to the short testing period. However the water stains on the untreated control panel indicate that over time there would be a significant dirt build-up on the surface. This could affect panel performance and would certainly require manual cleaning.

TitanShield _SolarCoat_Trial_Australia_3.jpg
TitanShield _SolarCoat_Trial_Australia_5.jpg


TitanShield’s SolarCoat certainly does increase the output of solar panels. The fact that there is an increase in average voltage output of about 2.5% not only means that they producer more power but also they produce it for longer periods. This is because the trigger point

of the inverter will be reached sooner and the shut down point will occur later.

The differences between the treated and untreated panels proved to be much great at lower levels of radiation. This is particularly apparent when the angle of the surface of the panels to the sun is at it greatest, as is the case early morning and late afternoon.

The coating not only change the characteristics of water droplets on the panel surface but also stops the spotting and staining that normally occurs when water droplets dry

(See Photos).

Although light rain does leave a slight dust film on the surface of treated panels heavy rain does appear to clean the surface quite effectively. This really would limit the need for manual cleaning to periods of low or no rainfall. Only time will tell how the coating stands up over time and how it may be affected by light to medium hailstones.

Ideally, to test the full long term benefits of this product I suggest a long-term trial should be carried. As an example, a trial of 20 panels could be installed on a roof where every second panels is treated and the others remain untreated. Monitoring of the output of each section, treated and untreated should be carried out over a period of 5 to 10 years.

In summary, and on the basis of my testing I believe the benefits should be very worthwhile. Of course this assumes the coating will lasts for the life of the panels or at the very least many years. However its costs would become very questionable if it had to be reapplied every few years. If that were the case, I’m not sure what would need to be done to the panel surface to allow a reapplication of the product, this is not mentioned in the available data.

Where to from here, all panels will now be installed in a grid connected PV system. This will be monitored and the one untreated panel will observed against the treated panels for dust and dirt accumulation

Peter Fleming


bottom of page