Coating for photovoltaic panels - Solar systems with Allcera® AC10166 Solar impressively improve the economic efficiency of solar systems. The reflection is reduced, the cleaning effort is significantly reduced and, in addition, solar collectors with Allcera® also clean our air.
This effect is possible mainly due to a change in the refraction of light on the glass surface. Thus, the available solar energy can be optimally utilized. The improvement in efficiency saves hard cash. There are also the savings for cleaning the modules and the avoided power losses due to pollution.
AC10166 Solar coatings impressively improve the economic efficiency of solar panels.
Reflectance is reduced, cleaning effort is significantly reduced and by the way, solar panels coated with AC10166 also clean our air. This is "green technology" to perfection.
And is mainly made possible by changing the refraction of light on the glass surface. This way, the available solar energy can be optimally utilised.
The improvement in efficiency makes real money. Added to this are the savings for cleaning the modules and the avoided power losses in case of pollution.
+ Increasing efficiency by reducing reflection and improving light transmission on the solar panel.
Increased efficiency by reducing reflection and improving the improving light transmission on the solar panel
The low reflection increases the light transmission of a collector window coated with AC10166® by up to 6%.
An AC10166® coating reduces reflected sunlight by up to 65% compared to an uncoated module.
An important aspect for coating solar panels is economic efficiency.
The photocatalytic self-cleaning prevents loss of performance due to soiling of the glass surface.
The coating increases the service life of the modules by improving the scratch resistance and hardness of the glass.
Active environmental protection through avoidance of cleaning measures and air purification through the decomposition of pollutants and particulate matter.
Coating with AC10166 also brings: 3kw x 920 sun hours / year x 15 years =
41,400 Kw more power
The surface, which is always clean, prevents performance losses that, depending on the degree of soiling, can be as high as 15%. In our example, we assume an average surface contamination loss of about 5%. With a system output of 100 Kw (peak), these are: 5KW x 920
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Technical data :
Technical data: Product name: AC10166 Application area:
Glass surfaces Solar panels Properties: Self-cleaning coating with superhydrophilic properties, air purification.
Hvlp spray technology
Possible for private and industrial applications Specification:
Water-based solution of.
<1% titanium dioxide and silicon dioxide
Appearance: Semi-transparentLiquid Active material in solution: 1.6% PH value: 4.0 +/- 0.5 Crystal structure: Rutile (tio2) Particle size: 8 - 20 nm Consumption: 25 - 30ml / m2
Durability: 10-15 year