Electrolyte-electrode-assembly modeling of planar solid oxide fuel cells

초록

Electrolyte-electrode-assembly mathematical modeling predicting the performance of planar solid oxide fuel cells (SOFCs) has been development. This model is consideration of reaction zone layers in the anode and cathode. Also, effective diffusivity consists of Knudsen diffusion coefficient in the porous medium. This model validated with measurement result and predicted design parameters effect on the cell performance of SOFCs.