Innovative Control Strategies for Sustainable Mobility: Award-winning Research on PEM Fuel Cells
Key Ideas
- Johanna Bartlechner wins the Young Author Award at IFAC AAC 2025 for her groundbreaking research on health-conscious model predictive control for PEM fuel cells.
- The research focuses on extending the lifetime of fuel cell systems by integrating degradation effects into the control logic, optimizing efficiency, safety, and longevity.
- The innovative approach includes the development of a state-of-health observer for real-time analysis of critical components inside fuel cell systems during dynamic operation.
- Bartlechner's work, in collaboration with industry partner AVL List GmbH, contributes significantly to the advancement of clean and efficient electric vehicles for sustainable mobility.
Johanna Bartlechner, a PhD candidate at TU Wien, was awarded the prestigious Young Author Award at IFAC AAC 2025 in Eindhoven, Netherlands. Her winning paper focused on 'Health-conscious MPC for PEM fuel cells' and addressed the challenge of maintaining durability in fuel cell systems under real-world driving conditions. Fuel cells play a crucial role in sustainable mobility by converting hydrogen into electricity with zero emissions. Bartlechner's research, conducted in collaboration with AVL List GmbH, introduced a novel model predictive control framework that optimizes the tradeoff between efficiency, safety, and system longevity by considering degradation mechanisms. This innovative approach also involved the development of a state-of-health observer, enabling real-time analysis of critical components inside fuel cell systems. The research, led by Professor Stefan Jakubek and Professor Christoph Hametner at TU Wien, emphasizes practical relevance and innovation in emission-free propulsion systems. Professor Jakubek praised Bartlechner's work for its academic excellence and practical application in advancing cleaner transport systems. Bartlechner's contributions are significant in the quest for cleaner and more efficient electric vehicles, especially for long-range and heavy-duty applications.
Topics
Fuel Cells
Innovation
Research
Sustainable Mobility
Academic Excellence
Teamwork
Real-world Applications
Automotive Control
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