1/5/2024 Nichicon Corporation, a global leader in manufacturing electronic components, proudly announces the partnership with InPlay Inc. and e-peas in developing a cutting-edge energy harvesting platform featuring the award-winning NanoBeacon technology. This milestone marks another step in Nichicon’s commitment to innovation and sustainability, reinforcing its position as a key player in the renewable energy solutions […]
Epishine, a leading energy impact company, and Nichicon, the world’s leading capacitor manufacturer, deepen their strategic partnership with the introduction of a revolutionary self-charging battery concept. This concept simplifies the design of light-powered electronics, providing a power solution as easy to integrate as traditional batteries. In doing so, it addresses sustainability, usability, and cost-related concerns, […]
SHAUMBURG, IL Nichicon Corporation and Matrix Industries are excited to announce the development of the MATRIX Security Self-Powered Intrusion Detection System. Nichicon’s SLB series of LTO batteries and Matrix’s self-powered thermoelectric energy harvesting modules realized an innovative solution. The best part is that Proximity is maintenance-free because it’s self-powered. It’s wireless and is easily installed […]
SCHAUMBURG, IL. – December 20th, 2023 – Nichicon is pleased to announce its recent partnership with Sager Electronics, a prominent North American distributor specializing in Interconnect, Power, and Electromechanical products, as well as custom solutions. Nichicon Corporation, a renowned leader in electrical components, is recognized for its commitment to delivering high-quality products and pioneering technologies. We […]
Ambient Photonics and Nichicon Corporation are partnering to co-develop sustainable energy solutions for connected devices that eliminate the need for single-use batteries. By designing a system that brings together Ambient’s low light solar PV cells that generate 3-times more power than traditional solar cells with Nichicon’s SLB series of lithium titanate oxide (LTO) batteries that […]
New solution will help brands design more sustainable wearable and IoT Bluetooth applications in small form factors Campbell, Calif. and Schaumburg, Ill. – Sept. 14, 2023 – Atmosic Technologies, an innovator of ultra-low-power wireless platforms for the Internet of Things (IoT), and Nichicon Corporation, a leading electronic components supplier, have announced a strategic partnership to provide […]
NICHICON Announces Partnership with Matrix Utilizing the Prometheus Self-Powered Technology in association with SLB Battery (SHAUMBURG, IL – June 22nd, 2023) Nichicon Corporation and Matrix Industries are excited to announce a new partnership. Nichicon will help promote Matrix’s self-powered intelligence everywhere sensors by utilizing Matrix’s Prometheus series thermoelectric energy harvesting modules in association with our […]
NICHICON and OSSIA® Announce Partnership to Wirelessly Power IoT Devices Nichicon and Ossia create a new partnership, expanding the ecosystem for building Cota-enabled Internet of Things devices by integrating the small Li-ion Rechargeable Battery (SLB) Jun. 20, 2023 (SHAUMBURG, IL and Redmond, WA – June 20, 2023) Nichicon Corporation and Ossia, Inc. are thrilled to […]
Nichicon Corporation and Exeger Join Forces to Empower Global Adoption of Light-Powered Solutions Partnership aims to drive adoption of light-powered products in next generation of connected consumer and industrial devices. Exeger becomes Nichicon’s preferred partner for light-powered solutions SCHAUMBURG, IL – June 15, 2023 – Nichicon Corporation and Exeger today announced a new partnership that […]
Epishine and Nichicon announce their strategic partnership, with the core aim that the sustainable choice should be the simplest one. By combining their expertise, the two companies aim to offer customers integrated power solutions for self-powered devices. Most sensors and low-power electronic devices have been powered with disposable batteries, not only contributing to increased environmental […]
