Numerical Simulation on Magnetic Field Distribution of Three-cells PEMFC Stack
ID：3
Submission ID：140 View Protection：ATTENDEE
Updated Time：2024-10-23 11:18:36
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Oral Presentation
Start Time：2024-11-02 10:50 （Asia/Shanghai）
Duration：20min
Session：[P4] Parallel Session 4 » [P4-2] Parallel Session 4（November 2 AM）
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Abstract
As an environmentally friendly energy conversion device, proton exchange membrane fuel cell (PEMFC) is confronted with the challenges of durability and reliability. Recently, some studies have shown that magnetic field of PEMFC stack has the potential for non-destructive performance detection, ensuring its reliability and durability. Nevertheless, these studies focus on experimental analysis and lack a theoretical basis with simulation analysis. In this paper, a three-dimensional, multi-component, multi-physical field PEMFC stack model is established for the purpose of studying the magnetic field distribution inside the stack. The reliability of model results is verified by experimental data, then the correspondence among the excited magnetic field and its reactants and current density is illustrated. By simulating different faulty states of PEMFC stack, we investigate the corresponding relationship between the change of magnetic field amplitude and internal state of PEMFC stack. This allows us to reveal the performance drop mechanism of PEMFC stack and to provide a theoretical basis for the subsequent detection and diagnosis of PEMFC stack using its magnetic field.
Keywords
Proton exchange membrane fuel cell stack,,model simulation,magnetic field
Speaker
SunYuning
Postdoc University of Science and Technology of ChinaSubmission Author
All comments
15th August 2024 31st August 2024- Manuscript Submission
15th September 2024 - Acceptance Notification
1st October 2024 - Camera Ready Submission
1st October 2024 – Early Bird Registration
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