Line hardening applied before extreme events is one of the most effective resilience
enhancement strategies in power systems. As traditional power systems are evolving into …

As technologies are advancing at a rapid pace, the robustness of cyber-physical systems
becomes increasingly critical. This paper presents a methodological framework for …

Vulnerable transmission lines or sections have great impacts on large-scale blackouts and
cascading failures in power grids. A comprehensive scheme to study transmission …

Power systems face failures, attacks and natural disasters on a daily basis, making
robustness and resilience an important topic. In an electrical network, robustness is a …

The combination of a virtual power plant (VPP) and an active distribution network (ADN) can
be used to aggregate distributed energy resources of prosumers. The bi‐directional power …

Hardening planning is an effective way to enhance the ability of the transmission system
against hurricane attacks and further improve the resilience of power systems. However, the …

To sustain energy supply capability and mitigate vulnerability to operational failures,
enhancing resilience in multi-energy systems (MES) becomes imperative in the face of …

The frequent occurrence of extreme disaster events with low probability and high risk poses
a serious threat to the safe and stable operation of power grids. With the development of …

The growing importance of power systems in the development of modern society has
increasingly drawn attention to the various dangers to which these systems are exposed …

This paper proposes an optimal hardening strategy to enhance the resilience of power
distribution networks to protect against extreme weather events. Different grid hardening …