| Panel Sessions Session 1
Market Development of HEVs, EVs, and their Batteries Session 2
Energy-Storage Solutions for High-Voltage Hybrids Session 3
PHEV Battery Requirements and Solutions Session 4
Electric-Vehicle Battery Technology Session 5
Battery Management Technology in Automotive Applications
|  | | | Session 5:
Battery Management Technology in Automotive Applications Electrical management is crucial to ensure the reliability and safety of automotive batteries in the field. In this session, developers of battery-management electronics and pack integration hardware will discuss requirements, challenges, and solutions for a cost-effective integration of energy-storage packs into light-duty hybrid vehicles, buses, and commercial hybrids.
 Chairman:
Peter Pichler, Product Manager, Electrical Storage Systems, MAGNA
Dr. Peter Pichler has held several positions in Hybrid Electric Vehicle Development at MAGNA. Since 2005, he has lead several development and industrialization programs for Li-Ion electrical storage systems before becoming responsible for MAGNA’s battery-pack technologies.
- Battery Management - Key to Reliability, Life and Safety
Peter Pichler, Product Manager, Electrical Storage Systems, Magna - Battery Management Technology in Automotive Applications
Akihito Emori, Senior Managerial Engineeri, Battery Design & Development Div., Hitachi Vehicle Energy - Combining Chemistry and Electronics in Automotive Li-Ion Batteries
Joachim Fetzer, Executive Vice President, SB LiMotive - A Comparative Look at Cell Equalization for Battery Safety and Health
Bob Shoemaker, Systems Engineering Manager, BMS-Electric Transportation, Texas Instruments, Inc. - Safety Considerations for Lithium Ion Battery Management Systems
Carl Bonfiglio, Senior Segment Marketing Manager, Hybrid and Electric Vehicles, Infineon Technologies North America
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