Learn about light energy harvesting, what components are needed to make it work, how and where can you use it and much more.
Registration and information
The innovative Swedish manufacturer of printed organic solar cells and development kits Epishine has signed a new franchise agreement with Farnell, an Avnet Company and global distributor of electronic components, products and solutions.
View press releaseForskningen inom organisk och tryckt elektronik har på 20 år lett fram till tillämpningar som trådlösa fuktsensorer för betongkonstruktioner och biobaserade batterier. Hur ser framtidens innovationer inom området ut? Och vad krävs för att bygga företagen som tar idéerna ut på marknaden?
See the recorded webinar
Epishine has signed an agreement with CCAG, the Swiss IT distribution house with an international reputation, for their Organic Indoor Light Energy Harvesting Modules (LEHs).
View press releaseEpishine has developed a pioneering, patented process for printing organic solar cells with industry-leading low-light efficiency. They have just launched their first product on the world market: a small-scale solar cell that harvests indoor light to supply power to IoT products. They have received 80 million SEK (EUR 8 million) to position themselves as the market leader in printed solar cells.
View press release
Learn about light energy harvesting, what components are needed to make it work, how and where can you use it and much more.
We've compiled webinar segments, customer experiences, Q&A's and press-material from our product release.
The accelerating digital transformation requires new solutions such as energy harvesting to cut the cost of battery replacements and reduce the environmental impact by eliminating the need to replace potentially trillions of disposable batteries.
Our brand new light energy harvesting modules are optimised for indoor light conditions.
Cut your maintenance costs for battery replacements
Reduce your battery related climate impact
Improve your user experience
Lorem ipsum dolor sit amet, consectetur adipiscing elit. In congue vel, lacus diam urna amet tempus, elit bibendum. Tellus et felis luctus cursus ut montes. Nunc ultricies.
Tellus et felis luctus cursus ut montes. Nunc ultricies. Lorem ipsumdolor sit amet, consectetur adipiscing elit. In congue vel, lacus diam urna amet tempus, elit bibendum.
