Epishine

How can we develop greener IoT devices? Well, the "Sustainable Power Unit" is a great start! Developed together with Nexperia, Jiva Materials Ltd & Epishine, with the purpose to show how our eco-friendly components can reduce environmental impact of wireless electronic devices. Where could this be utilized? • Low-power electronics with limited battery life, e.g., sensors. • Space-constrained applications, benefitting from the compact design of our supercapacitors, Nexperia’s inductorless IC, and Epishine’s ultra-thin solar cells. • IoT sensor devices for PropTech applications, asset tracking, or food safety control. Learn more here: https://lnkd.in/dCPDyEu4

Solar Cells 200 Times Thinner Than a Strand of Hair 🔵 Picture a strand of hair, about 0.1 millimeters thick. Now imagine splitting it into 100 layers—each just 0.001 millimeters. The active materials in Epishine’s organic indoor solar cells are even thinner, at only 0.0005 millimeters. Our mission is to provide energy solutions that are not only efficient but also as sustainable as possible. With the ultra-thin solar cell and a low CO2 footprint, our organic solar cells are designed to minimize environmental impact while also maximizing energy output. ♻️ Discover the Future of Sustainable Energy: https://hubs.ly/Q02Z13TK0 #IndoorSolar #LightPower

See Epishine and e-peas collaboration outcome at electronicaFair 2024! Epishine and e-peas are excited to share our ongoing collaboration to optimize energy harvesting and power usage in devices. By combining e-peas' expertise in PMICs with Epishine's indoor solar cells, this partnership enhances product designs for more efficient energy use, extended device lifespans, and large-scale implementation of light-based energy harvesting solutions. This shift supports the move toward battery-free operations, aiming to eliminate millions of disposable alkaline batteries annually and providing a low-carbon, off-the-shelf, and easily shippable alternative to lithium-based power. e-peas' broad PMIC selection allows seamless integration with Epishine’s PV architectures, supporting a variety of applications. See our joint developed solutions at Booth C4-178, 12-15 November, to discuss how this technology can meet your needs and see the first true bifacial, self-powered, Remote Control Unit, powered by Epishine OneCell and e-peas AEM00920 PMIC 🌍 #electronicafair #lightpower #energyharvesting

NICHICON (AUSTRIA) GmbH and Epishine are excited to showcase our self-charging battery technology at Electronica 2024! The self-charging battery is a power module that makes switching to light-power as easy as using a conventional battery. By combining Epishine's indoor solar cells with Nichicon's advanced energy storage, it delivers a seamless, plug-and-play power solution. Designed for quick integration, it attaches directly to the PCB with solder-free assembly, enabling rapid development cycles and minimal setup. This innovation not only optimizes efficiency but also tackles major challenges in sustainability, usability, and cost-effectiveness. Visit us and see it in action at Nichicon's booth A5-240 at electronicaFair 2024 in Munich! #Epishine #Nichicon #electronicafair24 #LightPower

MClimate´s CO2 Display lite LoRaWAN® Powered by Epishine's Indoor Solar Cells Epishine is excited to share that MClimate's latest innovation, the CO2 Display lite LoRaWAN®—a compact, sustainable device designed to monitor key air quality indicators — is powered by Epishine. This maintenance-free solution tracks CO₂, temperature, humidity, and light levels, ensuring reliable, sustainable performance without the need for batteries. 🔗Read the full article here: https://lnkd.in/d9hUcBCM

Transforming Buildings with Light-Powered Technology 🏢 In the world of property technology, one of the enablers for future optimization is light-power. Today's light-powered solutions go beyond capturing sunlight, utilizing advanced technology to convert indoor light into a sustainable energy source for sensors and electronics. But how does this technology work and how can it power devices like sensors, locks, and other electronics to make buildings smarter and more energy-efficient both immediately and in the long run? 🟣 Read the full article: https://hubs.ly/Q02Svfgd0

Epishine is excited to be part of the R2R-HET project on printed hybrid electronics, collaborating with Beneli AB, ACTIA Group, Ligna Energy, DP Patterning, Mycronic, Magna Electronics Limited, RISE Research Institutes of Sweden, and more. Together, we’re working to strengthen the value chain for flexible hybrid circuitboards by combining expertise in printing, conversion, sustainable battery solutions, and advanced electronics. ✨

Introducing AIR-sense-IQ: a CO2 Monitor Powered by Epishine’s Organic Indoor Solar Cells Reef IoT is excited to announce the official launch of AIR-sense-IQ, a cutting-edge photovoltaic carbon dioxide monitor powered by Epishine’s printed solar cells. AIR-sense-IQ offers an advanced solution for monitoring CO2 levels in indoor environments - without the need for external power sources or battery replacements. Read the entire press release: https://lnkd.in/gh4ydMUk

Are you an ambitious engineer or aspiring researcher interested in continuing your academic journey and contribute to the development of high-performance low light photovoltaics? Epishine offers two exciting 3 year-projects with the ambition to lead talented researchers to a doctorate degree. Perhaps one of them will be you? 🌍 🔗 Read more about the roles and apply here: https://hubs.ly/Q02QpwMJ0

Epishine is at the forefront of developing organic solar cells, a revolutionary technology that transforms light into energy with high efficiency. Our solar cells are flexible, lightweight, and can be integrated into a wide range of products, making them ideal for indoor applications. Learn more about how we are capturing the power of light to create innovative energy solutions. 🌅🌿  #Sustainability #Innovation