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Registration Date 2 Nov 2021
Revision Date 2 Nov 2021
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TECNADIS SELFCLEAN PV

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Renewable Energies Solar Cells

Solar Shield

Nanomaterials

NPD Conjectured

Titanium dioxide

TiO2 Nanoparticle /Nanopowder CAS Number : 13463-67-7

Applications

Specially designed to be applied on photovoltaic panels (utility-scale/solar farms, industrial, commercial, residential). Also applicable to solar trackers.
Solar cells Solar panels

Properties

It increases energy efficiency by more than 8%. – It increases transmittance by reducing the reflectance of visible radiation by 19%. – Its self-cleaning effect reduces the adhesion of particles of sand, soil, etc. and keeps glass surfaces clean for longer. – Totally transparent coating, which does not modify the aesthetic appearance of the glass, and even improves the transmittance of the visible light through it. Durability of 10 years under normal conditions of use. – Total resistance to UV radiation.

Self-cleaning Transparency Anti-dust Efficiency improvement

Manufacturer's Description

TECNADIS SELFCLEAN PV is a nanotechnology-based treatment to increase the energy efficiency of solar panels
TECNADIS SELFCLEAN PV is a surface treatment based on nanotechnology that increases the energy efficiency of solar panels. It also protects surfaces from dirt stains, reducing their accumulation mainly due to its additional anti-dust property (it reduces the adherence of particles of soil, sand, etc.). In addition, thanks to the action of the treatment that facilitates the formation of a thin layer of water (self-cleaning effect), glass stays cleaner for longer favouring greater efficiency in the use of incident light, and economic savings by reducing maintenance and cleaning costs. Surface treatment based on nanotechnology that increases the energy efficiency of solar panels. It also protects surfaces from dirt stains, reducing their accumulation mainly due to its additional anti-dust property (it reduces the adherence of particles of soil, sand, etc.). In addition, thanks to the action of the treatment that facilitates the formation of a thin layer of water (self-cleaning effect), glass stays cleaner for longer favouring greater efficiency in the use of incident light, and economic savings by reducing maintenance and cleaning costs.