Multi-Layered Honeycomb Materials for Structural Supercapacitors
Description
This technology integrates the mechanical strength properties of a honeycomb design with the lightweight and stable thermal properties of carbon fiber electrodes. The result is a multi-layered honeycomb material for supercapacitor manufacture that simultaneously magnifies the value of capacitance and the electric power storage capability.
Additional Information
Patent number and inventor
Patent pending
Constantin Ciocanel, Cindy Browder, and Bertrand Cambou.
Potential applications
A wide range of applications in unmanned aerial vehicles, portable electronics, airplanes, efficient power storage for electric vehicles, and renewable energy, among others.
Benefits and advantages
This novel structure replaces batteries, in whole or in part, by storing power within mechanical structures such as walls, floors, ceiling, frames, and the connecting beams of full devices or systems.
Case number and licensing status
2016-030; see also Case No. 2012-007
This invention is available for licensing.