The evolution towards robust HVDC grids is fueled by the ambition to leverage vast renewable resources while acknowledging the inherent trade-offs, such as increased dependency and vulnerability to high-impact events. In the context of resilience, bridging the gap between steady-state optimization and dynamic simulations is crucial for informed decision-making. Hence, our objectives encompass the formulation, evaluation, and implementation of operational strategies tailored for resilient AC/DC grid operation. Furthermore, the development of tools for situational awareness and resilience assessment across various operational time frames is imperative. Lastly, evaluating different grid topologies in terms of their resilience characteristics is essential for building a robust and sustainable power transmission infrastructure.
