17 research outputs found
Chemical and transport behaviors in a microfluidic reformer with catalytic-support membrane for efficient hydrogen production and purification
Full text linkPortable direct hydrogen fed PEM fuel cell model and experimental verification
No full textWOS: 000277636600008This paper focuses on the experimental verification of an electrochemical model of 100 W portable direct hydrogen fed proton exchange membrane (PEM) fuel cell (FC). The model is built based on the relationship between the FC terminal voltage and the partial pressures of hydrogen and oxygen. The model is then used to predict the output voltage and study the transient response of a PEM FC when subjected to rapid changes in the load. To validate the model, the measurements obtained from a commercially available 100W FC are compared against the model results. Three different scenarios are considered for testing the model and the actual FC. In the first two scenarios, a step change in the load is used. In the third scenario, the load is replaced by a laptop computer. Results show a close agreement between the voltage and the power responses of the proposed model and the actual PEM FC. Copyright (C) 2009 John Wiley & Sons, Ltd
Improving primary frequency response in networked microgrid operations using multilayer perceptron‐driven reinforcement learning
No full textAnalysis Process for Different Polymere Electrolyte Fuel Cell Stacks to Derive a Control Strategy Based on Impedance Data
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Comparison of models of fuel cells based on experimental data for the design of power electronics systems
No full textHierarchical model predictive control via deep learning vehicle speed predictions for oxygen stoichiometry regulation of fuel cells
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