- Technology: Tubular architecture for Proton Exchange Membrane Fuel Cells (PEMFC’s) designed with a fibrous carbon-based center electrode, which is replaceable, option for liquid electrolyte, no inner flow field plate, and optimized flow-field jacket
- Key Metrics: Near-double specific energy density of other tubular PEMFC designs due to ~50% weight reduction; inner electrode & electrolyte (if liquid) are replaceable; cup-like, leak-proof design with reduced precious metal loading
- Modular and cylindrical fuel cells have applicatio
- ns across many transport applications, stationary, and portable fuel-cell applications, towards sustainable fuel cells with recyclable components
Website
https://uconn.flintbox.com/technologies/7FBF613357144187A9FDD874DB78F920
Contact Information
Name: Michael A Invernale
Email: michael.invernale@uconn.edu
Phone: (860) 486-2531