Resilience assessment framework based on criticality and resilience properties

Kurzfassung

Resilience evaluation in modern infrastructures, particularly in critical energy systems, is increasingly important due to rising complexity and interconnectivity. This study builds on recent advances in resilience capacities and properties, using criticality analysis and functional decomposition to characterize offshore wind farms. A preliminary assessment based on modularity and redundancy is conducted. Results indicate that a single aggregated resilience index may obscure trade-offs, as distinct configurations can yield similar values. Future work will integrate high-fidelity simulation data to refine property parameters. The present assessment constitutes a first step toward more robust resilience quantification.