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5th Lithium Mobile Power
Advances in Lithium Battery Technologies for Mobile Applications
| Type | Conference Trade Show Webinar |
|---|---|
| Language | English |
| Date |
November 12, 2009
to November 13, 2009 |
| Venue |
Hilton Boston Back Bay Boston, MA US |
| Chemistry Specialties |
|
| Chemistry Techniques |
|
| Contact |
David Mello Knowledge Foundation 18 Webster St. Brookline, MA 02446 US 617-232-7400 617-232-9171 dmello@knowledgefoundation.com |
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Significant innovations have propelled lithium ion battery technology to a position in the marketplace far exceeding earlier market survey expectations. From a vast array of portable applications, to micro medical devices, to high-power automotive, these breakthroughs have paved the way for an emerging market with unlimited potential. Lithium Mobile Power will guide attendees from technology and materials development, through device packaging and integration, to applications in a mobile power marketplace by exploring the following topics: • Li-ion batteries for PHEV, HEV, and EV - issues and solutions, • Revolutionizing Li-ion batteries for portable and consumer products, • Materials challenges - electrodes & electrolyte, • Safety, testing, performance, • System design & integration
Speakers
Materials and Design Strategies for High Power Li-Ion Batteries for HEV and PHEV: K.M. Abraham, PhD, E-KEM Sciences and Northeastern University
PHEV Battery Performance in a Vehicle to Grid (V2G) Utilization Scenario: A Technological and Economic Analysis: Jay Whitacre, PhD, Carnegie Mellon University
Transforming Lithium Ion Superpolymer Battery Technology from the Lab to Commercial Electric Vehicles: Sankar Das Gupta, PhD, Electrovaya Inc.
Changing the Way the World Views Portable Power: Christina Lampe-Onnerud, PhD, Boston-Power Inc.
Beyond Li-Ion, A Strategy for Step-Change Improvement in Energy Density: Steven J. Visco, PhD, PolyPlus Battery Company
Lithium-Ion Batteries Using Ni-Based Cathode Material for High Capacity and Reliability: Yasuhiko Hina, Panasonic Corporation
High Energy Density Lithium Cells: Sébastien Patoux, PhD, French Atomic Energy Commission - CEA
Nano-Li4Ti5O12 Based Lithium Ion Battery for HEV and PHEV Application: Veselin Manev, PhD, Altairnano Inc.
Novel Materials Development for High Specific Energy Li-Ion Cells: Ratnakumar Bugga, PhD, Jet Propulsion Laboratory / CalTech
Large Format Li-Ion Batteries Development at Leclanché: Karl-Heinz Pettinger, PhD, Leclanché Lithium GmbH
Ambient Operation of Li/Air Batteries: Jason Zhang, PhD, Pacific Northwest National Laboratory
High Energy Density Li/CFx Battery for Soldier Portable Power Sources: Sheng S. Zhang, PhD, U.S. Army Research Laboratory
Electrolyte Solution for Li Ion Batteries: Doron Aurbach, PhD, Bar Ilan University
Role of Electrolyte on the Formation of Electrode Surface Films in Lithium Ion Batteries: Brett Lucht, PhD, University of Rhode Island
Rechargeable MnO2 in Aqueous Lithium Electrolyte: Good News and Bad News from a Battery Perspective: Manickam Minakshi, PhD, Murdoch University
Lithium Battery Platform Hazard Evaluation and Criteria: Clinton Winchester, PhD, Naval Surface Warfare Center
Safe Lithium Battery with High Capacity and High-Energy Density Power Solution: Xinrong (Ron) Wang, PhD, Ultralife Corporation
Lithium Battery Safety and Performance; Applications of Calorimetry: Martyn Ottaway, PhD, Thermal Hazard Technology
Battery Pack Design to Prevent Cell Damage in Transient Thermal Gradients: Robin Sarah Tichy, PhD, Micro Power Electronics
Internal Short Circuit in Li-Ion Cells: Hussein Maleki, PhD, Motorola Energy Systems Group, Motorola
Battery Age, Aging and Health: Bor Yann Liaw, PhD, Hawaii Natural Energy Institute
Designing the Battery Management System: Ken Chisholm, Vecture Inc.
LiFePO4 Nonlinear Wave Phase Shift and High Order Frequency Modes for Next Generation Rechargeable High Power Li-Ion Battery System Design: Lynda Amirouche, PhD, Nano-TechPower Inc.