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Development of Engine Auxiliary Control System for the Powertrain of Hybrid Electric Vehicle
Technical Paper
2007-01-3489
ISSN: 0148-7191, e-ISSN: 2688-3627
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English
Abstract
The key way of energy saving is to optimize the operating range of the engine of a HEV (hybrid electric vehicle). An engine auxiliary control unit was developed with advanced embedded control system in this paper. It offers a control interface between the hybrid electric vehicle master control unit and the SI engine control unit. It can afford the function of engine direct start-stop, the transient torque and power control and the communication with the master control unit through SAE J1939 CAN protocol. The experiment result shows that the design of the engine control interface is reasonable, the error of engine torque is decreased and the response of engine direct start-stop is fast-paced. So the hardware and software design of the engine auxiliary control unit can meet the request of engine control for the hybrid electric vehicle.
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Authors
- Yang Shichun - Automotive College of Jilin University
- Li Jun - Automotive College of Jilin University
- Gao Ying - Automotive College of Jilin University
- Zhang Bo - Automotive College of Jilin University
- Guo Konghui - Automotive College of Jilin University
- Zhi Bainian - Automotive Academe of Geely Holding Group Company
Citation
Shichun, Y., Jun, L., Ying, G., Bo, Z. et al., "Development of Engine Auxiliary Control System for the Powertrain of Hybrid Electric Vehicle," SAE Technical Paper 2007-01-3489, 2007, https://doi.org/10.4271/2007-01-3489.Also In
References
- Stan S. GM Enters The Hybrid Arena[J]. Motor Age 124 6 2005
- Sasaki Masakazu Hybrid Vehicle Technology Current Status and Future Challenges - Effect of Hybrid System Factors on Vehicle Efficiency[J]. Review of Automotive Engineering 26 2 2005
- Fuchibe Koshiro DEVELOPMENT OF IMA SYSTEM FOR THE 2006 CIVIC HYBRID[C]. The 22nd International Battery, Hybrid and Fuel Cell Electric Vehicle Symposium & Exposition Yokohama, Japan Oct. 23-28 2006
- Hofman Theo Steinbuch Maarten PARAMETRIC MODELING OF COMPONENTS FOR SELECTION AND SPECIFICATION OF HYBRID VEHICLE DRIVETRAINS[C]. The 22nd International Battery, Hybrid and Fuel Cell Electric Vehicle Symposium & Exposition Yokohama, Japan Oct. 23-28 2006
- Shichun Yang Xiumin Yu Wei Dong etc. A Research on Idle Speed Control for LPG SI Engine[J]. Automobile Engineering 2006