This seminar delves into the complex physical phenomena that influence fuel cell performance. It aims to equip participants with the skills to:
✅ Understand Hydrogen Fundamentals: Grasp the basic concepts of energy and hydrogen, including how fuel cells use hydrogen to generate power.
✅ Define and Analyze Fuel Cells: Identify the components of a hydrogen fuel cell, understand its performance metrics, and analyze performance losses.
✅ Examine Performance Influences: Explore how factors like temperature and membrane humidification affect thermodynamics, kinetics, and conductivity.
✅ Investigate Membrane Dynamics: Study phenomena like crossover and their effects on the mixing of gases across the membrane.
✅ Address High-Density Challenges: Analyze fuel cell performance at high current densities, focusing on mass transport and reaction rate issues.
Through detailed theoretical explanations and practical insights, this seminar is designed to enhance participants’ expertise and improve their ability to optimize and troubleshoot fuel cell systems.
Having completed the Fuel Cell Level 1 - An introduction to Fuel Cells is a prerequesite
This training was designed as part of the Symbio Hydrogen Academy, an initiative supported by the State and the Region as part of the IFPAI Action, the regional component of France 2030, operated by the Caisse des Dépôts (Banque des Territoires).
