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Application of model or data-based surveillance to the Green Hydrogen production systems is a challenging task. Their non-stationary and risky behavior are represented by complex nonlinear models because of interaction of several physical domains. The aim purpose of the paper is to show how the specific causal and structural properties of the bond graph as mechatronic modelling tool, can be exploited in the design step for structural detectability and isolability analysis of the degradations which may affect the electrolysis stack with any need of complex numerical calculation.
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DOI: 10.1109/mecatronics-rem67547.2025.11349420
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