Power systems are the backbone of modern society, but high-impact and low-probability
natural disasters pose unprecedented challenges to power systems in recent years. Power …

The cyber-physical deep coupling makes power systems face more risks under small-
probability and high-risk typhoon disasters. Resilience describes the ability of cyber-physical …

With the expansion of power grids and the growth of renewable energy generation, more
uncertainties of topology (eg, components outages) and injection (eg, renewable energy …

A planning-oriented resilience assessment and enhancement approach is proposed that
can efficiently deal with multi-type natural disasters. A unified disaster modelling framework …

The urban integrated energy system (UIES)'s ability to deliver power, heat and gas to users
uninterruptedly even under a high impact and low probability event is critical to the safety …

Tropical cyclones and other weather disasters often damage transmission networks, leading
to enormous threats to the safe and stable operations of power systems. To effectively …

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 …

Catastrophic impacts of wildfires on the performance of power grids have increased in the
recent years. Though various methods have been applied to enhance power grid resilience …

In this article, a multistage model for expansion coplanning of transmission lines, battery
energy storages, and wind farms (WFs) is presented considering resilience against extreme …

The gas-thermal inertia and power-gas-heat interdependency, as two fundamental features
of the IES, play a crucial role in IES resilience during extreme events. This paper proposes a …