AVL and TECO 2030's Marine Hydrogen Fuel Cell Demonstrates Structural Integrity in Explosion Analysis
Key Ideas
- AVL and TECO 2030's marine hydrogen fuel cell successfully demonstrated structural integrity in an explosion analysis.
- Frank Mair from AVL highlighted the module's ability to withstand a contained explosion in a marine environment.
- The fuel cell box remains intact even in a worst-case failure scenario, making integration into ships easier and safer.
- The positive results of the analysis were presented at H2 View's Hydrogen Fuel Cell Explosion Protection webinar.
A recent explosion analysis conducted by AVL showcased the remarkable structural integrity of the marine hydrogen fuel cell developed in collaboration with TECO 2030. During the H2 View's Hydrogen Fuel Cell Explosion Protection webinar, Frank Mair, the Project Manager of Fuel Cells at AVL, lauded the fuel cell module for its ability to maintain integrity in the face of a contained explosion within a marine setting. Mair emphasized that even in a worst-case failure scenario, the fuel cell box does not rupture, ensuring that the explosion load remains contained within the box. This feature significantly simplifies the process of integrating a fuel cell module into any ship, enhancing safety measures for marine applications. The positive outcome of the analysis was shared during the webinar, showcasing the successful demonstration of the fuel cell's robust structural design and safety features.