SAE International® Professional Development FEATURED LEARNING OPPORTUNITIES
LEARNING OBJECTIVES By attending this seminar, you will be able to: • Identify the concepts and terminology of fuel cells in automotive applications • Describe the key components of fuel cells stacks • Explain the key design requirements that affect cost and reliability. • Explain the major failure modes limiting performance and reliability. • Design and develop fuel cells in systems specifically intended for transportations • Follow the development of this subject in the open literature with ample references and examples
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Fuel Cells for Transportation C1868 3 Days | Classroom Seminar OVERVIEW This is a three-day course provides a review of fuel cells in automotive engineering applications, how they work, integrate and add value, how hydrogen is produced, stored and distributed. The course will provide the status of the technology from fundamentals through practical implementation. Day 1-An introduction and fundamentals of fuel cells, the thermodynamic principles, kinetics of electrode reactions, principles of electrocatalysis, and electrochemical methods of characterization. Day 2-Fuel cells stacks incorporating polymer electrolyte membranes, key design requirements affecting performance, cost and reliability, methods and costs of manufacturing. Day 3-Focus on the use of fuel cells in transportation systems, typical system architectures, performance requirements, critical parameters, specifications, and system controls. COURSE DETAILS Instructor J. Elter Location Troy, MI Date Oct 08–10
Groups of 5 or more, learn about SAE Corporate Learning Solutions by contacting corplearn@sae.org or call +1.724.772.8529.
Fees CEUs
$1,840.00 SAE Members: $1,656.00
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6 SAE Professional Development | sae.org/learn
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