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“Real Time Monitoring and Characterizing of Lithium-Ion Batteries Aging” Will Be Presented at Battery Safety 2013 in San Diego, CA, November 13-15, 2013

Boston, MA (PRWEB) August 28, 2013

Battery Safety taking place November 14-15, 2013 in San Diego, CA, has released the full program agenda which includes Leng Feng of Nanyang Technological University of Singapore and TUM Create, Pte, Ltd. to present “Real Time Monitoring and Characterizing of Lithium-Ion Batteries Aging”. Take advantage of this unique opportunity to network and see the latest developments in battery technology. Early Bird Registration for Battery Safety expires Friday, August 30th.

Battery Safety 2013 is part of the Advanced Energy Technology Congress which includes 2 other leading industry battery conference – Lithium Battery Power and Next Generation Batteries.

Featured Abstract

Leng Feng, Nanyang Technological University of Singapore and TUM Create, Pte, Ltd.
“Real Time Monitoring and Characterizing of Lithium-Ion Batteries Aging”

Brief description (mini-abstract): We propose to use a recently developed electrochemistry-based electrical model for Lithium-ion battery cell for the study of its aging as the model is capable to take into account the various aging causes. This is also an in-situ time-domain characterization method that enables us to monitor the information about the different aging mechanisms online through its discharge curve alone. Through this information, better BMS can be designed to ensure a less degradation path for the battery pack so that the life of the battery pack can be extended.

4th International Battery Safety 2013
November 14-15, 2013 – San Diego, CA

Widely publicized safety incidents, hazardous events-related and recalls of lithium-ion batteries have raised legitimate concerns regarding lithium-ion battery safety across various battery systems sizes and applications, from microelectronics and medical to automotive and aero space. Battery Safety 2013 will address the concerns of battery safety and reliability by exploring a wide spectrum of related topics.

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Matt DiCecca
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