High Performance Electrochemical Capacitor Using N

Period of Performance: 12/22/2008 - 06/22/2009


Phase 1 SBIR

Recipient Firm

810 3rd AvenueSuite 120
Seattle, WA 98104
Principal Investigator


In this research, EnerG2 will optimize its sol-gel derived carbon nanomaterials to produce dramatic new breakthroughs in electrode materials for advanced ultracapacitor electrodes. The company s technology has the potential to double the energy density and triple the power performance of current ultracapacitor energy storage devices. With 1,000X the cycle life of batteries, and 100X the charge/discharge rate, ultracapacitors show great promise as energy storage devices for Soldier Power and other developing Army systems. EnerG2 will engineer our carbon precursor at the molecular level to optimize surface area and surface structure to match the ion sizes of high performing electrolytes, which will lead to energy and power densities currently not available in the industry. In addition, the synthetic nature of EnerG2 s precursors enables near-perfect carbon electrode purity. A truly pure carbon electrode will significantly reduce the risk of electrolytic breakdown at normal operating voltages. This mitigation technique will facilitate higher device operating voltages, which results in even higher energy and power density; both metrics increase with the square of device voltage. EnerG2 s process is a low-cost bulk chemical synthesis that easily scales and has already demonstrated great commercial potential.