In this paper the effect of anode management in Proton Exchange Membrane (PEM) fuel cells was experimentally analyzed. In unstable operative conditions detected during system start-up in dead-end mode, the combined effect of purge, air flow rate impulse, and recycled anodic stream on individual cell performance recover was evidenced
Hydrogen Recirculation and Purge Strategy in Self-humidified PEM Fuel Cell System
F Migliardini;T M Di Palma;M F Gaele;P Corbo
2015
Abstract
In this paper the effect of anode management in Proton Exchange Membrane (PEM) fuel cells was experimentally analyzed. In unstable operative conditions detected during system start-up in dead-end mode, the combined effect of purge, air flow rate impulse, and recycled anodic stream on individual cell performance recover was evidencedFile in questo prodotto:
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