Our product in pictures and some words about it
Our revolutionary technology – a nanotechnology-based film – allows us to achieve what was supposed to be impossible: white and coloured solar panels without visible cells or connections.
Solaxess solution is integrated into a new module during its assembly, on flat, curved or pliable surfaces.
We can change the color of all existing panels, and if needed, create custom looks.
Thanks to our technology, solar panels, electrical energy source, thus become perfectly aesthetic.
It is an easy, adaptable and economical solution, every investor, project owner, architect or builder, cannot ignore.
Our contribution to the environment.
Compared to standard black solar panels, our technology allows:
– a much better integration of photovoltaic panels in the building envelope and thus allows a much larger operating surface. Millions of m2 are now accessible.
– a significant reduction in the operating temperature of a module. Under actual conditions, a drop of 14°C (44 instead of 58) at the back of the module is measured when the outside temperature is 25°C. In extreme conditions, especially in hot countries, our technology significantly improves cell efficiency.
– combat urban heat islands (neighbourhoods that generate an increase in temperature in the city’s environment).
Solaxess actively participates in the logical design of positive energy and/or air-conditioned buildings. The economic challenges of sustainable construction are thus within everyone’s reach.
Power of PV active surfaces in a few key figures.
Conventional façades made of plaster, aluminum, marble or any other material can be harmoniously replaced by BIPV building elements.
The power of a module integrating our technology is around 120 Wc / m2 . Higher values could be obtained with more intense colours.
Any color can be developed to match the design of the project.
Typical performances of modules using our film are shown in the following table:
(values obtained with PERC-type monocrystalline silicon cells of 156 x 156 mm2 in STC)