about epishine

We're on a mission

Enabling organic solar power everywhere

A passionate team with an epic vision

Image of people in Epishine lab and manufacturing

Core breakthroughs

Epishine was founded on the basis of 30+ years of research in organic electronics and photovoltaics and the development of our breakthrough manufacturing process within printed organic solar cells. This unique manufacturing process, among other advantages, achieves a ground breaking level of scalability in terms of manufacturing and provides industry-leading efficiency in low light conditions.

Epishine light-cell

First product

Our first product is optimised for harvesting energy in low light, indoor environments. It’s a small, thin and flexible light cell, printed on recyclable plastic that is easily integrated into wireless products where it converts the ambient light into electricity. The light cells can be used to partly or completely power wireless sensors and similar devices in our increasingly connected world.

Anna Björklou (CEO), Mattias Josephson (VP Business Development and co-founder) and Jonas Bergqvist (CTO)

Epic vision

Our mission is to be at the forefront of printed organic solar cells and, in a series of phases, to offer the world's most scalable, resource-efficient and affordable solar cell. Our company was founded in 2016 and has 30 employees with headquarters, lab and manufactoring in Linköping.

Our customers and partners

Powering wireless products is just the first step

We are on a mission to produce the most resource-efficient, scalable, and affordable solar power cells in the world

now

Wireless power with indoor light energy harvesting

soon

Integrated solar cells for construction and new materials

also soon

Worlds cheapest, scalable solar cells

Are you interested in the transition to green energy?

People at desk holding Epishine's Light Energy Harvesting modules in hands.
what the press is saying

Light Energy Harvesting in the press

Epishine is part of the European Union’s Horizon program 2020

Read more about the project connected to the program.

About the EU program
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