Novel technology
inbetween light & matter for PV
Employing quantum nanoplasmonic effects upon mediation of light energy transfer in Photovoltaics for the new generation of efficient Solar Cells
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- Technologies we develop
Plasmonic-Enhanced Perovskite Solar Cells
H2020, ERA.NET R&D
Finite Element Method Modeling Update with
QUANTUM EFFECTS
A New Generation of Quantumly Improved
PHOTOVOLTAICS
Plasmono-Polaritonic Phemonema for the
ENERGY TRANSFER
Nanoplasmonics
A new approach to attaining breakthrough in PV Solar Energy for a sustainable future
Developing technology for energy conversion basing on the quantum nature of light & matter interaction
Researching quantum nano-plasmonics for producing of the new generation of efficient Solar Cells
Working on novel materials synergy for the quantum channels scaling up the energy transfer — joining the perovskites with plasmons in metallic nano-particles
What do we do
Our main technological goal is to research and commercialize a very strong plasmon photovoltaic enhancement in the metalized perovskite solar cells.
50+
Technology Experts and Researchers Engaged in International Cooperation
R&D project proposals in different areas of our technology commercialization (projected five years financial turnover of circa 20 Mio Euro)
5M+
Euro Investment Projected in a Two Years Scale of Research and Development
Involvement of venture capital, regional development funds and research framework programmes of the EU (H2020 and ERA-NET)
OUR RESEARCH AND TECHNOLOGY PARTNERS
Our research
For overcoming the technological and economical barriers in PV proliferation
We work on a project-based schedule
We define our main goal as enabling technological breakthrough in proliferation of the cost-efficient solutions for Photovoltaics based Solar Energy.
The key to Solar Cells mainstreaming breakthrough lies in technological ways to increase efficiencies of the PV effect.
We identified such general PV efficiency enhancement process in utilization of nano-plasmonic effects quantumly contributing to a significant increase of light energy absorbed by semiconductors.
In qualitative terms this is due to metallic nano-particles with plasmons (electrons liquid) breaking translational symmetry of the semiconductors thus lifting off momentum-convervation in quantum transitions and widening the energy-transfer channels.
- Upon academic international cooperation our scientific team was engaged for over a decade now in theoretical and experimental verification of plasmonic enhancement of PV efficiencies and photocurrent gains in various solar cells architectures.
The quantum nano-plasmonic effects are especially pronounced in perovskite solar cells systems. We now focus on development of nano-plasmonic enhanced printable perovskite Solar Cells.
Our process
PlasmaSolaris is a joint-venture between the high-profile scientific centers experts, entrepreneurs and investors. It involves research teams across European Union that work together for commercialization of the new generation of nano-plasmonic enhanced Solar Cells technologies and seek support of the EC funding (H2020).
Solving the PV industry biggest problems
We aim at bringing to the market new flexible Solar Cells technology based on perovskite with all its advantages and highly enhanced efficiencies.
Latest News
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