ZIP-Cap™ breaks energy density and price barriers, allowing Li-Ion batteries to be decoupled from power surges inherent in advanced mobile computing platforms – improving battery life.
ZIP-Cap™ provides price-point and ease of scalability demanded by renewable energy applications and electric grid modernization.
ZIP-Cap™ provides the energy density, price-point, and scalability demanded by 12 volt start/stop and 400 volt high-power hybrid electric vehicles.
ZIP-Cap™ meets the energy density, temperature tolerance and voltage scalability demands of large-scale electric drive applications.
ZIP-Cap™ provides the safety, energy density, temperature tolerance and 28 volt scalability to meet the stringent needs of aircraft, spacecraft and military applications.
ZIP-Cap™ breaks energy density and price barriers, allowing Li-Ion batteries to be decoupled from power surges inherent in advanced mobile devices – improving battery life.
Based on our revolutionary 3-D Nanofilm™ and
Metal/Ion Pseudo-Capacitor™ technologies,
we are developing disruptive power storage products to
catalyze high growth mobility and sustainability markets.