Tuesday April 5 - 14:00 – 16:00

4A Fuel Cells

4A

Room: Van Dongen

Co-chairs: Lun JingGuang, Alvestig Per G.

Technical Status and Future Prospectives for Fuel Cell Systems at DaimlerChrysler

Lamm Arnold, Docter Andreas, Frank Georg, Rau W, Fleck W, DaimlerChrysler, Germany

Stone Charles, Ballard Power Systems, Canada

The ACCEPT Project : Fueling a 2KW Fuel Cell System with Ammonia

Coenen Peter, Mulder Grietus, Vito Belgium

Gutschi Christoph, TU Graz Austria

Development of Fuel Cell Hybrid Vehicle Powered by Hyundai’s Fuel Cell

Hwan Soo, Hyundai Motor Company, Korea (Republic of)

HyLite Project - Development of a Fuel Cell Powered Hybrid Vehicle

Treffinger Peter, Brinner Andreas, Philipps Franz, Gräf Markus, German Aerospace Center, Institute of Vehicle Concepts, Germany

Ramschak Erich, Prenninger Peter, AVL List GmbH, Austria

Concept, Design and first results of the light-weight-fuel-cell-vehicle HY-Light

Dietrich Philippe, Paul Scherrer Institut, Switzerland (et alii)

PEM Fuel Cell Power Modules for Personal, Public, Commercial and Industrial Electric Mobility

Kammerer Mark, Hydrogenics Corporation, Canada

4B Public Transport and Heavy Duty Vehicles

4B

Room: Camille Blanc

Co-chairs: Li Sun, Szumanowski Antoni

Ultracapacitor to Address Power and Redundancy Needs of Vehicles

Schneuwly Adrian, Maxwell Technologies, Switzerland

Smith R., Strategic Business Development, United States of America

Batteries vs Ultracapacitors in Hybrid Electric Buses

Mazaika David, Schulte Juergen, ISE Corporation, United States of America

Recent Progress of Electric Vehicles in China Along With the Worldwide Trends

Chan C.C., The University of Hong Kong

Zhou He-liang, Chinese Electrotechnical Society

Sun Liqing, School of Mechanic and Vehicular Engineering, Beijing Institute of technology, China

The Irisbus Electric Vehicle Offer

Grand Philippe, IRISBUS, France

A First in Europe : An All-Electric, Ten-Ton Delivery Vehicle

Andres Jacques, Electricité de France, France

A First Feedback on the ”100 Buses” Operation in France

Coroller Patrick, ADEME,

Berthou Jean-Louis, Electricité de France - Electric Transportation Division, France

4C Passenger Cars

4C

Room: Auric

Co-chairs: Kim Hyunsoo, Naunin Dietrich

Fuel Cell Vehicles

Costes Bruno, PSA Peugeot-Citroën, France

Ford’s European Strategy to Power the Road with Hydrogen

and Fuel Cells

Krueger Roland, Ford Forschungszentrum Aachen, Germany

Ultracapacitor (1 kWh) Enhanced Zero Emissions Zinc Air Electric

Transit Bus - Performance Test Results

King Robert, Jeffrey J., General Electric Global Research Center,

Belanger Marcel, U.S. DOT Federal Transit Administration,

Nasadoski Jeffery, General Electric Global Research Center,

United States of America

Gilon Yoel, Electric Fuel Corp., Israel

Hyundai Supercapacitor FCHEV

Jeon Soonil, Lee Joonyong, Jeong Sungjin, Lim Taewon, Hyundai

Motor Company, Korea (Republic of)

Hybridizing the HydroGen3 Fuel Cell Vehicle

Mettlach Horst, Schaffnit Jochen, Adam Opel AG, Germany

Volkswagen Touran HyMotion - A Fuel Cell Hybrid Vehicle Driven by

the Power of Future

Josefowitz Willi, Lueck Peter, Volkswagen AG, Germany

4D Other Vehicles or Transport Systems

4D

Room: Genevoix

Co-chairs: Roy Serge, Schwegler Urs

Proposal of a Practical EV Applicable for Fleet Use in Japan

Hyodo Jun, Ohnuma Nobuhito, PUES Corporation,

Misoe Eric Marcel, Tokyo R&D Co., Ltd., Japan

Hybrid Traction System for Railway Vehicles

Nomoto Hiroshi, Omura Tetsuro, R&D Center, East Japan Railway

Company,

Toyota Eiichi, Shimada Motomi, Mito transportation systems div.

Hitachi Ltd., Japan

Design of a Solar Car Motor Drive System Regarding Economy and

Performance

Mitronikas Epaminondas, Safacas Athanassios, Tsoumas Ioannis,

University of Patras - Department of Electrical and Computer

Engineering, Greece

Experiences with DaimlerChrysler Fuel Cell Fleet Vehicles

Friedrich Juergen, DaimlerChrysler AG, Germany

The Coaster; A New Approach Towards Public Transportation

Mathoy Arno, Brusa Elektronik AG, Switzerland

Energy Storage for Hybrid Military Vehicles

Khalil Ghassan, U.S. Army Tank-Automotive and Armaments

Command, United States of America

4E Environmental Impacts, Energy Efficiency and Energy Security

4E

Room: Bosio

Co-chairs: Ishitani Hisashi, Van den Bossche Peter

A Comprehensive Tool to Evaluate Well to Wheel Efficiency of

Vehicles Using Complex Fuels

Baba Yasuko, Ishitani Hisashi, Keio University, Japan

Trade-off between Fuel Economy and Cost for Advanced Vehicles

Rousseau Aymeric, Pagerit Sylvainj, Sharer Phil, Argonne National

Laboratory,

Sujit Das, OakRidge National Laboratory, United States of America

Environmental Impacts of Introducing FCEVs and BEVs within Road

Traffic System of Tokyo

Kudoh Yuki, NIAIST,

Hasegawa Takahiko, Yoshida Yoshikuni, Matsuhashi Ryuji, National

Institute for Environmental Studies

Kondo Yoshinori, Matsuhashi Keisuke, Moriguchi Yuichi, The University of Tokyo

Ishitani Hisashi, Keio University, Japan

EmiTraffic: Traffic Emission Modelling Tool for the Assessment of

Policies in Favour of Electrically Driven Vehicles

Van Mierlo Joeri, Maggetto Gaston, Vrije Universiteit Brussel,

Van den Bossche Peter, Erasmus Hogeschool Brussel, Belgium

Investigating Drive Cycle Vehicle Fuel Economy Robustness of

Conventional, Hybrid, and Fuel Cell Vehicles

Duoba Michael, Lohse-Busch Henning, Bohn Theodore, Argonne

National Lab, United States of America

Comparative Sustainability Assessment of different Electric Vehicle

Traction Batteries using LCA

Matheys Julien, Timmermans Jean-Marc, Van Autenboer Wout,

Van Mierlo Joeri, Maggetto Gaston, Vrije Universiteit Brussel - ETEC,

Meyer Sandrine, De Groof Arnaud, Hecq Walter, Université Libre de

Bruxelles - CEESE,

Van den Bossche Peter, Erasmus Hogeschool Brussel, Belgium