The power system is vital to energy security, emergency services, critical infrastructures, and
the economy. Resilience of the power system against high-impact low-probability events is …

We reviewed the present studies on the vulnerability and resilience of the energy ecosystem
(most parts of the energy ecosystem), considering extreme climate events. This study …

Cascading effects in the power grid involve an uncontrolled, successive failure of elements.
The root cause of such failures is the combined occurrence of multiple, statistically rare …

The surge of machine learning (ML) applications and increasing usage of data driven
approach for resilience enhancement provide great opportunities for applying ML …

Blackout events caused by cascading failures have induced enormous losses in power
systems. Good defense strategies are helpful for stopping cascading failures spread, which …

A safe and stable operation power system is very important for the maintenance of national
industrial security and social economy. However, with the increasing complexity of the …

Power outages due to cascading failures which are triggered by extreme weather pose an
increasing risk to modern societies and draw attention to an emerging need for power …

Natural disasters and cyber intrusions threaten the normal operation of the critical Multi‐
Energy Systems (MESs) infrastructures. There is still no universally‐accepted definition of …

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 …

Cascading failure models are important for understanding the mechanism of blackouts and
evaluating the control strategies to prevent the failure propagation. The evolution of …