Experiments and numerical simulations are two important tools for studying fuel cell degradation, where experiments provide direct physical evidence for understanding the operation and performance of PEMFCs, while simulation models provide a theoretical basis for in-depth analysis of system behavior and optimal design. Much research has been carried out in this field, and much progress has been achieved. Therefore, it is necessary to introduce the experimental and numerical simulation methods to provide a reference for new researchers in related fields.

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Proton Exchange Membrane Fuel Cells: Degradation Experiments and Numerical Simulations

  • Yinshi Li

摘要

Experiments and numerical simulations are two important tools for studying fuel cell degradation, where experiments provide direct physical evidence for understanding the operation and performance of PEMFCs, while simulation models provide a theoretical basis for in-depth analysis of system behavior and optimal design. Much research has been carried out in this field, and much progress has been achieved. Therefore, it is necessary to introduce the experimental and numerical simulation methods to provide a reference for new researchers in related fields.