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Day Three: Thursday, May 8, 2008
| Special: Hybrid Drive Trains and Transmissions | |
| 8.15 |
Registration and handout of documentation |
| 8.45 | Welcome Address by the chairman and the organizer, Car Training Institute |
| 9.00 | The Global Hybrid Cooperation at launch delivering its products – A new hybrid standard for multiple requirements Dr. Neil Armstrong, Director, Chief Engineer, Hybrid Development Center, Daimler AG, USA |
| 9.40 | GETRAG’s Way to Hybrid: Axle Split Hybrid And Torque Split Hybrid Based on PowerShift Technology • GETRAG PowerShift • Topology of Torque Split Drive Train • electrical Dual Clutch Transmission (eDCT) • Operating Strategy • electrical Axle Drive (eAD) • Efficiency Concept Comparison Dr. Bernd Blankenbach, System Engineer, Dr. Ulrich Knödel, Vice President, GETRAG Innovations GmbH, Germany |
| 10.20 | Coffee break |
| 10.50 | Full Toroidal CVT in a mechanical hybrid configuration • Mechanical hybrid system comprising a flywheel and full toroidal CVT • First application – Formula 1 2009 season • 60 kW/400 kJ capacity • Application potential to mainstream automotive vehicles • Results from hardware testing Chris Brockbank, Business Manager, Torotrak (Development) Ltd, UK |
| 11.30 | Battery technologies for hybrid vehicles Michael G. Andrew, Director of Government Affairs and External Communications, Johnson Controls, Inc., USA |
| 12.10 | Lunch |
| 1.10 | How to Meet Future Needs in Hybrid Simulation Software? • Why hybrids are likely to come • Major challenges of hybrid system development • A new method of detailed energetic analysis • Vision of an integrated tool chain • How to communicate in hybrid system development? Dr. Philipp Guttenberg, Team Leader - Hybrid Transmission Engineering Services, Romax Technology, UK |
| 1.50 | Hybrid Development – driver for new approachs, methods and tools |
| 2.30 | Coffee break |
| 2.50 | Predictive real time energy management for hybrid cars using Mixed Integer Linear Programming • The optimised CVT Hybrid of the Technical University Munich • Predicting driver´s behaviour using segmentation • Optimal real time energy management using Mixed Integer Linear Programming based on prediction information • Simulation and measurement results Andreas Jörg, Teaching and Research Associate, Prof. Dr. Dr. Dierk Schröder, Leader of the Institute, Institute for Electrical Drive Systems, Technical University Munich, Germany |
| 3.30 | How Hybrid supports reaching CAFE requirements – 35 MPG |
| 4.10 | Summary |
| 4.30 | End of the Hybrid Day |
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