NOW EXHIBITING AT THE
20th International Seminar & Exhibit
on Primary & Secondary Batteries

US Nanocorp®, Y2002 Deloitte & Touche Technology Fast 500 Award winner, is displaying its fuzzy logic-based method to determine state-of-charge (“SOC”) and state-of-health (“SOH”) in batteries and SOH in fuel cells. Fuzzy logic is a powerful means to enhance and enable the capabilities of established interrogation techniques such as coulomb counting, voltage delay, and electrochemical impedance spectroscopy (“EIS”). This patented approach (U.S. Patent Nos. 6,011,379 and 6,456,988; Taiwan Patent Nos. 106,353 and 114,273) has been shown to be highly accurate and efficient in terms of code density as well as its ability to exploit sparse data sets.

US Nanocorp® is pleased to represent Battery Intelligence^TM Incorporated, to commercialize battery management methods based upon the use of fuzzy logic. This highly efficient approach to the determination of battery state-of-charge (“SOC”) and state-of-health (“SOH”) has wide reaching applications to both primary and secondary batteries. Recent work has demonstrated the utility of the approach for the prediction of failure modes in PEM fuel cells.

US Nanocorp® is pleased to represent US Microbattery®, Inc., a joint venture with Bipolar Technologies Corp., to develop and commercialize a micro power supply comprised of an energy scavenger (photovoltaic or RF), an energy storage device (wafer-fab microbattery), and a battery management system (fuzzy logic-based). US Microbattery® seeks to demonstrate a viable “battery on a chip” which is fully integrable with MEMS and related sensors.

US Nanocorp® 74 Batterson Park Rd. Farmington, CT 06032

Tel. 860.678.7561 Fax. 860.678.7569