Using modern nano technology to better convert solar energy
Our technology makes it possible to convert part of the solar energy usually lost by heat dissipation.
An unique processes protected by 10 worldwide patents.
What do we do
Benefits for your industry
Increasing the efficiency of solar panels can increase the return of investments into solar power plants and cover the increasing demand for sustainable energy.
It can also improve and even open new possibilities of other applications, where increasing the surface is simply not an option.
What can you do
Fundamental research, theory, experimentation on test devices
1995 - 2013
Development of technological bricks on an industrial scale
2013 - 2019
Development of integration blocks, first integration into cells
2020 - 2021
Industrial prototype (module) and Industrial model (cell)
2022 - 2024
Licensing, partnership, pursuit of innovation
2025+
More efficient and profitable solar cells
We have designed and patented a breakthrough innovation in the field of solar energy that increases yields without increasing production costs
Compatible with current industrial standards
The process is compatible with current industrial standards based on silicon. Only two steps are added to the manufacturing chains and fabrication cost remains similar.
Manufacturing process
GPC is an innovative low-energy carrier multiplication effect
The yield boost comes from a specially designed material that activates a new electron multiplication mechanism where one photon releases multiple electrons.
How does it work
Easily recyclable and without any rare-earth elements
A technology based on silicon without adding new elements, fully leveraging a silicon nano-structure results in 100% recyclability.
Sustainability
Our technology dramatically improves
achievable yields of solar panels
The theoretical limit of current technologies (30% ) can be “boosted” as the theoretical limit of GPC is 60-65%.
Giant Photoconversion
Giant Photoconversion (GPC)
Current technology