Bond graph based multiphysic modelling of anion exchange membrane water electrolysis cell
Sood, S; Bouamama, BO; Dieulot, J-Y; et al.Bressel, M; Li, X; Ullah, H; Loh, A
Date: 1 September 2020
Conference proceedings
Publisher
Institute of Electrical and Electronics Engineers (IEEE)
Publisher DOI
Abstract
This work is an attempt to develop and validate
a graphical dynamical model of an AEM electrolysis cell based
on Bond Graphs, an energy based tool that allows to represent
multiphysics systems. The model of the cell lays a foundation
for developing a complete representation for AEM electrolysers
which can be used for simulation ...
This work is an attempt to develop and validate
a graphical dynamical model of an AEM electrolysis cell based
on Bond Graphs, an energy based tool that allows to represent
multiphysics systems. The model of the cell lays a foundation
for developing a complete representation for AEM electrolysers
which can be used for simulation as well as for developing
control algorithms and fault diagnosis. Parameter identification
and model validation is achieved using experimental data.
Engineering
Faculty of Environment, Science and Economy
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