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Design and Control of Commuter Plug-In FC Hybrid Vehicle
ISSN: 0148-7191, e-ISSN: 2688-3627
Published September 16, 2007 by Consiglio Nazionale delle Ricerche in Italy
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Strong dependency on crude oil in most areas of modern transportation needs lead into a significant consumption of petroleum resources over many decades. In order to maximize the effective use of remaining resources, various types of powertrain topologies, such as hybrid configurations among fuel cell, electric battery as well as conventional IC engine, have been proposed and tested out for number of vehicle classes including a personal commuting vehicle. In this paper the vehicle parameters are based on a typical commercial sub-compact vehicle (FIAT Panda) and energy needs are estimated on the sized powertrain.
The main control approach is divided in two categories: off-line global optimization with dynamic programming (DP, not implementable in real time), and on-line Proportional and Feed-Forward with PI controllers. The proposed control approaches are developed both for charge-sustaining and charge-depleting mode and sample results are shown and compared.
The Plug-in FCHEV can draw electricity either from a power grid line or from a personal eco-system that is completely independent from the conventional power grid line. Especially in the latter case, a well designed hybrid wind/photovoltaic generating system may supply the powers to the user in a self-sustaining mode and possibly some extra powers especially during the nights. Under this scenario, a smart power management system supervises the energy flows and optimizes the charging schedule taking into account time variations of the demand and the time variation of energy prices as well as the conversion efficiency. Thus, the ultimate goal of minimizing the energy cost and the dependency on the grid can be achieved.
As a proof of concept, although the vehicle is not the same class of the study, a commercial 3.5 kW neighborhood electric vehicle has been modified to become a Plug-in Hybrid FCNEV with an air-cooled PEMFC power system, NiMH battery modules and a bidirectional DC/DC converter. The conclusions of this paper can be extended to a typical sub-compact passenger vehicle which may satisfy traditional automotive consumers’ expectation.
- T. Gabriel Choi - Center for Automotive Research, Ohio State University
- Vincenzo Marano - Center for Automotive Research, Ohio State University
- Yann Guezennec - Center for Automotive Research, Ohio State University
- Giorgio Rizzoni - Center for Automotive Research, Ohio State University
- Woongchul Choi - iFCT, Inc.
- Carlo Panzeri - Department of Electronic and Information, Politecnico di Milano
CitationChoi, T., Marano, V., Guezennec, Y., Rizzoni, G. et al., "Design and Control of Commuter Plug-In FC Hybrid Vehicle," SAE Technical Paper 2007-24-0079, 2007, https://doi.org/10.4271/2007-24-0079.
- Campbell C.J. Laherrere J.H. “The End of Cheap Oil” Scientific American 78 83 Mar. 1998
- Lawrence Livermore National Laboratory US Energy Flow Trends 2002 June 2004
- Bureau of Transportation Statistics (BTS) “How people get to work 2003
- Choi T.G. Marusiak J. Guezennec Y. Rizzoni G. Choi W. “Design and Validation of Light-duty FC Hybrid Vehicle for Urban Transportation” Accepted to iFAC AAC 2007 Monterey Coast, CA Aug 20-22 2007
- Guezennec Y.G. Choi T.G. Rizzoni G. Marusiak J. Yurkovich B. Choi W. “A U.S. Perspective of Plug-in Hybrids and an Example of Sizing Study, Prototype Development and Validation of Hybridized FC-NEV with Bi-directional Grid Inter-Connect for Sustainable Local Transportation” SAE-ATI 2006 Perugia, Italy Sep 2006
- Guezennec Y. Choi T.G. Marusiak J. Yurkovich B. Choi W. “Sizing Study and Validation of a Hybridized Fuel Cell NEV with Bi-directional Grid Inter-connect for Sustainable Local Transportation” Proc. of IMECE2006 (2006-15338) Chicago, IL Nov 2006
- Bersekas D.P. “Dynamic Programming and Optimal Control” 2 Athena Scientific 2001
- Sciarretta A. Guzzellea L. Onder C.H. “On the Power Split Control of Paralle Hybrid Vehicle: from Global Optimization towards Real-time Control” Automatisierungstechnik VI 51 195 203 2003
- Hauer K.H. Moore R.M. “Fuel Cell Vehicle Simulation - Part 3: Modeling of individual Compnents and Integration into the Overall Vehicle Model” 2003
- NAHB (National Association of Home Builders) Research Center, Inc. “Review of Residential Electrical Energy Use Data” July 2001
- Kolhe M Agbossou K. Hamelin J. Bose T.K. “Analytical Model for Predicting the Performance of Photovoltaic Array Coupled with a Wind Turbine in a Stand-Alone” Renewable Energy System Based on Hydrogen”, Renewable Energy 28 2003 727 742
- Ai B. Yang H. Shen H. Liao X. “Computer-Aided Design of PV/Wnd Hybrid System” Renewable Energy 28 2003 1491 1512
- Myers D. B. Ariff G. D. James B. D. Lettow John S. Thomas C.E. Kuhn R. C. 2002 Cost and Performance Comparison Of Stationary Hydrogen Fueling Appliances, Proceedings of the 2002 U.S. DOE Hydrogen Program Review NREL/CP-610-32405
- Marano V. Choi T.G. Guezennec Y. Rizzoni G. Panzeri C Choi W. “Opportunities of Plug-In Hybrids in Self-Sustaining Homes” Accepted to 2nd International Workshop on Hybrid and Solar Vehicles Salerno, Italy Sep 14 2007