E-magy outlines silicon-dominant drone-cell test results
E-magy released drone-focused silicon-dominant anode material data, including internal modeling and testing for a 12Ah drone cell aimed at higher energy density and endurance.
Evidence notes
- The webinar covered nanoporous silicon anode material for drone and unmanned aerial system battery development.
- E-magy presented a 12Ah drone-cell design with a first iteration at 300 Wh/kg and a stated target of 340 Wh/kg.
- The source tied the work to endurance, payload flexibility, and drone-relevant discharge conditions.
Company context
E-magy develops silicon-dominant anode materials for high-energy-density lithium-ion batteries targeting drone and EV applications.