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 …

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 …

Recent extreme weather events have emphasized the need for new methods and metrics to
assess the power system resilience in response to high-impact low-probability (HILP) …

Natural disasters can cause significant damage to power grids. During summer, in countries
with high temperatures, distribution systems passing through forested areas are prone to …

Over the years, power systems have been severely affected by extreme events. This
situation has worsened given that climate change has proven to exacerbate their frequency …

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 …

Safeguarding the nation's electrical infrastructure and personnel against natural and man-
made disasters, and ensuring a continuous, reliable, and resilient supply of energy are …

Extreme events may trigger cascading outages of different components in power systems
and cause a substantial loss of load. Forest wildfires, as a common type of extreme events …

Climate change leads to extreme climate events that result in frequent wildfires that cause
numerous adverse societal impacts. Public Safety Power Shutoffs, adopted by utilities to …

Managing the risk of wildfires has been arguably the biggest recent challenge of electric
utilities with infrastructure located in the wildland-urban interface. Utilities are deploying …