Hybrid systems combine two or more power generating devices and make use of the
synergism to generate maximum power and offer very high efficiencies. The aim of this work …

Different types of self-supported SOFCs (ie, anode-supported, cathode-supported and
electrolyte-supported SOFCs) have been compared in literature mostly from technical point …

This paper treats an experimental and modeling study to predict the electrochemical
performance of a Ni/YSZ supported planar SOFC with the air electrode made by LSFC-GDC …

The present paper investigates the performance of a solid oxide fuel cell based on proton-
conducting electrolyte (SOFC-H+) using one-dimensional steady-state model. The analysis …

A novel hybrid system fueled with natural gas (NG), consisting of solid oxide fuel cell
(SOFC), proton exchange membrane fuel cell (PEMFC) and gas processing (GP) subsystem …

In this work, solid oxide fuel cells (SOFCs) using biogas as the fuel with two different
reforming approaches, ie, external and internal reforming, were studied to determine the …

Computational evaluation of three design modifications of a membraneless microfluidic fuel
cell (MMFC), ie, inlets located midway along the microchannel, multiple compartments in the …

Fast and accurate parameter extraction of fuel cells is crucial to the control and performance
analysis of fuel cell power systems. Unfortunately, due to the multi-variable and nonlinear …

A 3D model is developed to investigate solid oxide fuel cells (SOFCs) contacting with
optimized interconnect designs and the results indicate that the current density and thermal …

The present paper deals with a numerical simulation of heat sources effects on temperature
field inside a solid oxide fuel cell component. The temperature distribution is investigated …