PEM Fuel Cell Performance and Lifetime Optimization Using Multi-Physics Simulation

Optimize performance and lifetime of PEM fuel cells while minimizing costs.

Vehicles powered by PEM fuel cells provide a long driving range and short refueling time. Development engineers face the challenges to optimize the fuel conversion efficiency and lifetime while reducing material and manufacturing costs. To successfully meet these challenges, AVL FIRE™ offers a comprehensive multi-physics simulation approach.

Recording available - 60 mins

Presentation language

English

Topics

Easy and fast setup of detailed PEM fuel cell component models
Comprehensive modeling of flow, thermal and electrochemical processes
Simulation results comprising spatially resolved and global mean quantities characterizing cell performance and degradation
Analysis of the impact of flow field design, material and manufacturing parameters on local cell performance and degradation of the membrane and catalyst layer

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PEM Fuel Cell Performance and Lifetime Optimization Using Multi-Physics Simulation

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