Chemicals‐based energy storage is promising for integrating intermittent renewables on the
utility scale. High round‐trip efficiency, low cost, and considerable flexibility are desirable. To …

Enhancing fuel cell efficiency is crucial for promoting hydrogen adoption and reducing
carbon emissions. Solid oxide fuel cell (SOFC) design affects power output and blower …

This paper reports a nonlinear modeling study of a solid oxide fuel cell (SOFC) stack using a
least squares support vector machine (LS-SVM). SOFC is a nonlinear, multi-input and multi …

A model was developed for determining the current–temperature profiles of a solid oxide
fuel cell. The model was integrated by an electrochemical module and a thermal module …

This paper presents a study of the dynamic behavior and control of a tubular solid oxide fuel
cell system. A dynamic compartmental model that is based on first principles is developed …

The performance of two-cell planar solid oxide fuel cell stacks using coal syngas, with and
without hydrogen sulfide (H2S), was studied. All cells were tested at 850° C with a constant …

Modeling of solid oxide fuel cells (SOFCs) has gained considerable significance in recent
years. A detailed phenomenological model for SOFC can be used to understand …

Distributed power generation is one of the most powerful applications of fuel cell technology.
Several types of configurations have been hypothesized and tested for these kinds of …

The available waste heat at the gas turbine exhaust has enough potential which can be
utilized by integration other thermal systems with the gas turbine cycle. Solid oxide fuel cell …

3D modeling for fuel cells is generally computationally expensive, especially for stacks. In
order to reduce computational cost, spatial smoothing over the parallel plain channels in …