Linköping, Sweden-based Epishine, an organization specialised in printed natural photo voltaic cell expertise, not too long ago introduced that it will lead a consortium that has been awarded over 38M SEK (roughly €3.2M) from the EU.
The consortium will work with trade leaders for the way forward for Natural Photovoltaic (OPV) and sustainable electronics.
Epishine’s CEO, Anders Kottenauer, commented on the grant: “We’re honored to guide this challenge. This funding will allow us to speed up our joint market efforts additional and proceed our mission of creating self-powered electronics the usual.”
Epishine, an power affect firm, specialises in remodeling indoor gentle right into a dependable energy supply combining science with environmental accountability.
What’s the challenge about?
The challenge goals to reveal the potential of OPV expertise to fulfill the varied power wants of markets resembling Retail, Property Tech, and Shopper Electronics.
Epishine is the chief of the challenge, with rigorously chosen individuals who symbolize vital components of the worth chain.
Trade leaders in Retail Tech, Shopper Electronics, and IoT play essential roles, guaranteeing a complete strategy to the challenge’s success and additional growth within the area with a major market connection.
The challenge goals to reveal the potential of OPV expertise in assembly the varied power wants of assorted markets resembling Retail, Property Tech, and Shopper Electronics.
Epishine is main the challenge, with rigorously chosen individuals representing vital components of the worth chain.
Trade leaders in Retail Tech, Shopper Electronics, and IoT play essential roles in guaranteeing a complete strategy to the challenge’s success and additional growth within the area with vital market connections.
The challenge consortium, dedicated to advancing Natural Photovoltaic (OPV) expertise, will carry industrial companions collectively, permitting the mixing of numerous experience very important for addressing each technical and sensible challenges in OPV purposes.