9818247188

9818247188



Company, to the Advanced Machines Co. (AMC) and to National Science Foundation (NSF, USA) for their financial support. Our special thanks to Mr. Jonas R. Gomes, Mr. Jocemar B. Parizzi and Mr. Adriano S. Padilha for their help along this work. The authors also recognize and appreciate the strong support from the Federal University of Santa Maria for allowing all tests in their Laboratories (LHIPAE, NUDEMI and NUPEDEE) and the facilities from the Colorado School of Mines, Engineering Division (USA). The cooperation and encouragement received from AVista Laboratories, especially from Peter Christensen and Frań Ignazzitto, were also very important for corroborating the model presented in this paper.

IX. REFERENCES

[1]    R. F. Mann; J. C. Amphlett; M. A. I. Hooper; H.M. Jensen; B. A. Peppley and P. R. Roberge; “Development and application of a generalised steady-state electrochemical model for a PEM fuel celi”; Journal of Power Sources 86; 2000; pp. 173-180.

[2]    J. J. Baschuck and X. Li; “Modelling of polymer electrolyte membranę fuel cells with variable degrees of water flooding”; Journal of Power Sources 86; 2000; pp. 181-196.

[3]    J. C. Amphlett; R.F. Mann; B.A. Peppley; P.R. Roberge and A. Rodrigues; “A model predicting transient responses of proton exchange membranę fuel cells”; Journal of Power Sources 61; 1996; pp. 183-188.

[4] P. Famouri and R. Gemmen; “Dynamie Model of a PEM fuel Celi Using PSpice”; Technical Report EMS-02-08; West Virginia University.

[5]    F. A. Farret, J. R. Gomes and A. S. Padilha; “Comparison of the Hill Climbing Methods Used in Micro Powerplants”; IEEE-INDUSCON 2000; Porto Alegre, Brazil; pp 756-760.

[6]    J. Padulles; G. W. Ault and J.R. McDonald; “An integrated SOFC plant dynamie model for power systems simulation”; Journal of Power Sources 86; 2000; pp. 495-500.

[7]    D. Chu and R. Jiang; “Performance of polymer electrolyte membranę fuel celi (PEMFC) stacks -Part I. Evaluation and simulation of an air-breathing PEMFC stack”; Journal of Power Sources 83; 1999; pp. 128-133.

[8]    Y. Kim and S. Kim; “An electrical modeling and fuzzy logie control of a fuel celi generation system”; IEEE Trans, on Energy Conversion\ Vol. 14, No. 2; Jun 1999; pp. 239-244.

[9]    J. E. Larminie and A. Dicks; "Fuel Celi Systems Explained"\ John Wiley e Sons; Chichester, England; 2000;308p.

[10] Avista Laboratories; “SR-12 Modular PEM Generator Operator’s Manuał”; Last Revised 7/2000; Revision 0000; Manuał No. 01068.

[11] BCS Technologies; “Data sheet of a 500 W fuel celi stack”; 2001.



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