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Advanced Automotive Propulsion Systems - Alternatives, Combinations and Trends
Technical Paper
2001-01-2521
ISSN: 0148-7191, e-ISSN: 2688-3627
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English
Abstract
The worldwide demand for vehicles, respectively for their diversity, corresponding to specific utilizations, increases continuously. On the other hand, the energy resources, the ecological aspects and the traffic flow lead to severe requirements to every new vehicle and propulsion system. Between necessities, specific utilization aspects and requirements, numerous configurations of propulsion systems are conceivable. This paper presents a classification of conventional and advanced propulsion systems and of their combination concepts in base of following criteria: energy resources, ecological aspects, technical feasibility, expected costs. The paper gives an overview of different propulsion systems and of the required energy form - including storage or conversion on board. Going from this overview basic concepts such as advanced IC engines and their energy sources, electric motors, including the energy storage or conversion systems as well as advantageous hybrid configurations are discussed. The combination of different propulsion forms for specific utilization results as a pragmatic way between niche techniques and universal solutions.
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Authors
Citation
Stan, C., "Advanced Automotive Propulsion Systems - Alternatives, Combinations and Trends," SAE Technical Paper 2001-01-2521, 2001, https://doi.org/10.4271/2001-01-2521.Also In
References
- Stan, C. Alternative Propulsion Systems Course Proceedings West Saxon University of Zwickau Germany 2000
- Stan, C. Tröger, R. Lensi, R. Martorano, L. Tarantino, C. Potentialities of Direct Injection in Spark Ignition Engines - from Gasoline to Ethanol SAE Congress Brasil 03 05 10 2000 Sao Paolo, Brasil SAE Paper No. 2000-01-3270
- Stan, C. Tröger, R. Stanciu, A. Direct Injection of Variable Gasoline/Methanol Mixtures: A Future Potential of SI Engines SAE International Fall Fuels and Lubricants Meeting and Exposition 16 19 10 2000 Baltimore, USA SAE Paper No. 2000-01-2904
- Stan, C. Tröger; R. Grimaldi, C. N. Postrioti, L. Direct Injection of Variable Gasoline / Methanol Mixtures - Injection and Spray Characteristics SAE World Congress 05 08 03 2001 Detroit, USA SAE Paper No. 2001-01-0966
- Stan, C. Tröger, R. Günther, S. Stanciu, A. Martorano, L. Tarantino, C. Lensi, R. Internal Mixture Formation and Combustion - From Gasoline to Ethanol SAE World Congress 05 08 03 2001 Detroit, USA SAE Paper No. 2001-01-1207
- Sher, E. Handbook of Air Pollution from Internal Combustion Engines - Pollutant Formation and Control Academic Press 1998 0-12-639855-0
- Sher, E. Heywood, J.B. The Two-Stroke Cycle Engine, its Development, Operation and Design Taylor & Francis and the SAE 1-56032-831-2 1999
- Stan, C. Lefebvre, J.-L. Development of a Direct Injection Concept for Two Wheelers Equipped with Two Stroke Engines SAE Congress Detroit 01 04 03 1999 SAE Paper No. 1999-01-1248
- Stan, C. Eichert, H. Tröger, R. Martorano, L. Bacciottini, C. Franco, A. Concept for Modeling and Optimization of the Mixture Formation using Gasoline Direct Injection in Compact High Speed Engines SAE International Conference “Future Transportation Technology” 17 19 08 1999 Costa Mesa, California, USA SAE Paper No. 1999-01-2935
- Stan, C. Eichert, H. Martorano, L. Bacciottini, C. Numerical Optimization of a Gasoline Direct Injection Concept adapted for High Speed Two-Stroke Engines SAE Small Engine Technology Conference 28 30 09 1999 Madison, Wisconsin, USA SAE Paper No. 1999-01-3286
- Stan, C. Personnaz, J. Car Hybrid Propulsion Strategy Using an Ultra-Light GDI Two Stroke Engine SAE International Conference “Future Transportation Technology” 17 19 08 1999 Costa Mesa, California, USA SAE Paper No. 1999-01-2940
- Stan, C. Küntscher, V. A New Diesel Mixture Formation Approach for Small High-Speed Two Stroke Engine Applications SAE Congress 1989 Detroit, USA SAE Paper No. 890210
- Stouffs, P. Stirling Engines - Possibilities of Automotive Applications International Conference “Alternative Automotive Propulsion Systems” 30 11 01 12 2000 Essen, Germany
- Stan, C. Stanciu, A. Martorano, L. Tarantino, C. Mixing Processes when Injecting Regenerative Fuels into Gasoline Direct Injection Engines International Conference “Gasoline Direct Injection Engines” 27 28 06 2001 Köln, Germany
- Duda, M. Development Trends of Natural Gas Vehicle Engines International Conference “Alternative Automotive Propulsion Systems” 30 11 01 12 2000 Essen, Germany
- Gaehrs, J. Liquefied Gases and Liquid Hydrogen-Alternative Cryogenic Fuels with Future International Conference “Alternative Automotive Propulsion Systems” 30 11 01 12 2000 Essen, Germany
- Stan, C. Direct Injection Systems for Spark Ignition and Compression Ignition Engines SAE 2000 0-7680-0610-4
- Kahlen, H. Electric Propulsion for Vehicles: Completion or Competition for the Internal Combustion Engine? International Conference “Alternative Automotive Propulsion Systems” 30 11 01 12 2000 Essen, Germany
- Stan, C. Particularities of Combustion in Direct Injection Spark Ignition Engines SAE 2001 World Congress 05 08 03 2001 Detroit, USA SAE Paper No. 2001-01-0249