Generating electric power using hydrogen is becoming a real hope. Hydrogen technologies could be a key factor for climate challenges overcoming and for future towns free of pollutants and noise. For this reason, research and development of hydrogen technologies are fundamental to accelerate their introduction on the market. Starting from the electrochemical process, which allow electricity production, research activity has to be addressed to the design of fuel cell, which is the device "containing" the electrochemical package. In this field, namely in fuel cell stack research, the authors have developed a reliable methodology for stack design and test, over 15 years of experience.

A reliable methodology for low temperature fuel cell stack design"

OBarbera;GGiacoppo
2017

Abstract

Generating electric power using hydrogen is becoming a real hope. Hydrogen technologies could be a key factor for climate challenges overcoming and for future towns free of pollutants and noise. For this reason, research and development of hydrogen technologies are fundamental to accelerate their introduction on the market. Starting from the electrochemical process, which allow electricity production, research activity has to be addressed to the design of fuel cell, which is the device "containing" the electrochemical package. In this field, namely in fuel cell stack research, the authors have developed a reliable methodology for stack design and test, over 15 years of experience.
2017
Istituto di Tecnologie Avanzate per l'Energia - ITAE
978-88-8286-324-1
fuel cell stack
design
methodology
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/396323
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