[세미나] HCCI Technology Implemented in a Hybrid Electric Vehicle: System Design and Benefit Analysis (안국현 박사, Ford Motor Company)

1. 제목:“HCCI Technology Implemented in a Hybrid Electric Vehicle: System Design and Benefit Analysis”

2. 강사: 안국현 박사 (Ford Motor Company)

3. 시간: 2013년 7월 5일(금), 오후 1:30~2:30

4. 장소: 301동 1512-1호

5. Abstract
Homogeneous charge compression ignition (HCCI) technology can improve fuel economy by providing increased efficiency at low-load operation. To assess the benefits of implementing this technology in hybrid propulsion systems, a physics-based model for a spark ignition–HCCI dual-operation engine is developed, together with system and component models, and is used to optimize a crossover sport utility van with a power-split hybrid powertrain. Comparison of optimal designs for the pure spark ignition and dual HCCI cases indicates the reduction in the fuel consumption based on our modeling assumptions to be in the range 2.5–5%, depending on the test cycle.

6. Speaker Biography
Dr. Kukhyun Ahn is a research engineer in Electrification Research and Advanced Engineering Division at Ford Motor Company. Before joining Ford, he was with General Motors Global R&D and the University of Michigan. He earned a Ph.D., MS and BS degree in Mechanical Engineering at Seoul National University, specializing in design optimization and electrified vehicle systems analysis. His continued research efforts in the vehicle electrification area have been focused on propulsion system modeling/analysis, architecture study, energy management and design synthesis.

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