This article derives distributed generators resilience models considering lifeline
dependencies during extreme events. The effects on power resilience of storage capacity …

Urban electric power and natural gas systems, serving as the most critical facilities that
provide fundamental support to people's daily life, have been increasingly interdependent in …

High-impact and low-probability (HILP) extreme events can cause severe damage to power
systems. Microgrids (MGs) with distributed generation resources provide a viable solution for …

The occurrence of natural disasters such as cyclones, earthquakes, and floods has
increased worldwide, and their effect is most intense in localized regions. These events …

The resilience of electric systems is receiving growing attention due to their increased
vulnerability to infrastructure damages and widespread outages from frequent extreme …

Mitigating and adapting to climate change requires decarbonizing electricity while ensuring
resilience of supply, since a warming planet will lead to greater extremes in weather and …

Resilience in our electrical grid is imperative to the well being of society after events such as
natural disasters or cyber attacks. To justify the development of resilience improvements in …

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 …

This study presents a generalised critical infrastructures resilience model for extreme events
with a focus on power grids. Infrastructures are modelled as three domains–physical, cyber …

The resilience of energy systems is gaining more importance under the threat of pandemics,
extreme weather, natural disasters, military conflicts, trade wars, energy supply shortages …