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실리콘으로 제작된 소형 연료 전지에서 가습 조건의 최적화

Humidification Optimization in Silicon-based Miniaturized Fuel Cell

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Abstract

Single fuel cell was fabricated with a MEA (membrane electrode assembly) that had a 4 cm2 active areaand with silicon bipolar plates those were introduced to miniaturize the fuel cell by replacing heavy weight graphiteplates. Optimum humidification condition for the single cell was selected based on performance results obtained vary-ing humidifier temperature at a fixed feed rate of hydrogen and oxygen. Furthermore, to study the effect of humid-ification condition on the performance of a fuel cell stack, bipolar plates was studied, then problems and characteristics of silicon-based fuel cel stack were examined.

참고문헌 (9)

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  2. "Fabrication ofminiature silicon wafer fuel cells with improved performance", 124, pp.40~46 (2003)
  3. "A new protonconductingporous silicon membrane for small fuel cells", 101, pp.107~111 (2004)
  4. "IEEE 6th Int. Conf., MicroElectro. Mech. Sys", pp.379~382 (2003)
  5. "A PDMS micro protonexchange membrane fuel cell by conventional and non-conventionalmicrofabrication techniques", 97, pp.157~167 (2004)
  6. "Microfabricatedfuel cells", 48, pp.2869~2877 (2003)
  7. "Micro-machining and micropackagingfor transducers" (1985)
  8. "Development of fuel cellbipolar plates from graphite filled wet-lay thermoplastic compositematerials", 150, pp.110~119 (2005)
  9. "Fuel CellFundamentals" (2006), John Wiley & Sons, New York

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