Title :
Impact of Boost Converter Switching Frequency on Optimal Operation of Fuel Cell Systems
Author :
Wang, S. ; Kenarangui, Y. ; Fahimi, B.
Author_Institution :
Power Electron. & Controlled Motion Lab., Texas Univ., Arlington, TX
Abstract :
In this paper results obtained from analysis and design of a soft-switching boost converter for a fuel-cell-system is discussed. Key benefits of soft-switching such as high efficiency operation, reduced EMI, and decreased device power stresses were verified. It is demonstrated that by utilizing ZVS and ZCS techniques, high-frequency/high-power density converters can be designed to match the high power density of fuel cells. Also a converter design for fuel cells requires additional considerations due to some limitations of fuel cell systems. Current ripple limitation of fuel cells is discussed in this paper
Keywords :
design engineering; electromagnetic interference; fuel cells; switching convertors; zero current switching; zero voltage switching; EMI; ZCS; ZVS; boost converter switching frequency; current ripple limitation; device power stresses; fuel cell systems; high-frequency converters; high-power density converters; soft-switching boost converter; Circuits; Electromagnetic interference; Fuel cells; Power electronics; Power semiconductor switches; Switching converters; Switching frequency; Switching loss; Zero current switching; Zero voltage switching; Boost converter; Electromagnetic interference; Fuel-cell-system; Zero current switching; Zero voltage switching;
Conference_Titel :
Vehicle Power and Propulsion Conference, 2006. VPPC '06. IEEE
Conference_Location :
Windsor
Print_ISBN :
1-4244-0158-5
Electronic_ISBN :
1-4244-0159-3
DOI :
10.1109/VPPC.2006.364278
