How do you tune a hydrogen fuel cell system for maximum efficiency, lifetime, and performance?
In this episode of Hyfindr Tech Talks, Christoph Ley (AE Driven) returns to join Steven Oji for a deep dive into fuel cell system optimization—from stack operating points to Balance of Plant (BoP) choices. They unpack gross vs. net efficiency, the real cost of compressor power, cooling requirements, and how hybrid strategies (fuel cell + battery) handle peaks without sacrificing efficiency or lifetime.
You’ll learn about:
BoP fundamentals: anode/cathode/cooling loops and what to optimize first
Gross vs. net efficiency: why compressor and auxiliary loads change the picture
Pressure & airflow trade-offs: more power vs. efficiency, degradation, and hydrogen use
Hybridization: sizing fuel cell and battery to meet load profiles and peak demands
Lifetime & TCO: running at part-load, multi-stack strategies, and durability impacts
Component selection: compressors, DC-DC, and cooling sized for the true operating zone
Perfect for system engineers, integrators, and product owners aiming to hit performance targets while protecting lifetime and total cost of ownership.
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