E-magy will unveil developments for 12 Ah silicon-dominant cells designed for 6S2P drone battery packs at the 2026 International Battery Seminar & Exhibit (IBSE), 23-26 March, in Orlando, Florida.
The presentation, Silicon in Action: Silicon-Dominant Cells in Consumer Electronics and Drone Applications, scheduled for 11:45am (EDT) on March 26, 2026, focuses on how nanoporous silicon anode material addresses the specific power density and reliability requirements of next-generation unmanned systems.
The presentation, with Vanesa Ruiz, Director of Battery Qualification, and Arindam Haldar, Senior Battery Application Engineer, also involves insights from E-magy’s latest tests and projects and a live Q&A.
This technology enables higher energy density and faster charging compared to traditional battery chemistries. By utilizing pure silicon in real-world applications, the material aims to transform battery performance across drones, consumer electronics, and solid-state technology.
Technical insights will include first-look data from multilayer pouch cells, demonstrating how silicon-dominant anodes perform in practical hardware. A significant portion of the development involves electrolyte optimization, where stability breakthroughs are being used to enhance the performance and longevity of high-silicon anodes.
These innovations are currently being applied to lighthouse projects involving eVTOLs, wearables, and drones. Beyond flight applications, the E-magy team is exploring how these innovative materials can be integrated into broader consumer electronics and next-generation solid-state battery architectures to solve energy density challenges.
