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Combined optimisation of design and power management of the hydraulic hybrid propulsion system for the 6 × 6 medium truck

Filipi, Z. (author)
Automotive Research Center, University of Michigan
Louca, L. (author)
Automotive Research Center, University of Michigan
Daran, B. (author)
Automotive Research Center, University of Michigan
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Lin, C-C (author)
Automotive Research Center, University of Michigan
Yildir, U. (author)
Automotive Research Center, University of Michigan
Wu, B. (author)
Automotive Research Center, University of Michigan
Kokkolaras, Michael (author)
Assanis, D. (author)
Automotive Research Center, University of Michigan
Peng, H. (author)
Automotive Research Center, University of Michigan
Papalambros, Panos Y. (author)
Automotive Research Center, University of Michigan
Stein, J. (author)
Automotive Research Center, University of Michigan
Szkubiel, D. (author)
National Automotive Center, US Army
Chapp, R. (author)
National Automotive Center, US Army
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 (creator_code:org_t)
2004
2004
English.
In: International Journal of Vehicle Design. Heavy Vehicle Design. - 1744-232X .- 1741-5152. ; 11:3-4, s. 372-402
  • Journal article (peer-reviewed)
Abstract Subject headings
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  • Hybrid propulsion systems are one of the critical technologies on the roadmap to future ultra-efficient trucks. While there is a significant body of work related to hybrid passenger cars and light commercial trucks, there are many open issues related to hybridisation of heavier trucks intended for both on- and off-road use. This work addresses those questions through a systematic analysis of the proposed parallel hydraulic hybrid powertrain for the Family of Medium Tactical Vehicles (FMTV). A representative duty cycle for the FMTV is generated based on information about the typical vehicle mission. A methodology for sequential optimisation of hybrid propulsion and power management systems is applied to a hydraulic hybrid configuration with posttransmission motor location, This analysis is critical in evaluating the fuel economy and mobility potential of the hybrid propulsion system, as well as enhancing our understanding of the phenomena leading to predicted fuel economy values.

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