An electrical power system is considered as a critical infrastructure (CI), the epicenter of a
nation's economy, security, and health. It is interlinked with other CIs such as gas and water …

This paper studies the potential impacts of wildfires on the electric power grid, and explores
the challenges and solutions for reducing the intensity, duration and impact of this …

After extreme events, when a complete blackout occurs in a distribution network, the primary
concern of the network operators is to re-energize the maximum critical loads (CLs) during …

After extreme natural disasters like storms, earthquakes, and floods, the connection of the
distribution network with the main grid may lose. In this condition, the power of the main grid …

The exponential increase in the frequency and intensity of high impact low probability
weather‐related events have pivoted the paradigm of research pertaining to power systems …

In recent decades, flash floods have become more common because of climate change and
are considered a substantial risk for many cities worldwide. This catastrophic natural hazard …

Transient frequency deviation resulting from load pick-up operations is a barrier to DG-
based service restoration. The prime mover dynamics and control-parameter configuration …

Multi‐carrier energy systems (MCESs) can be formed by the integration of various energy
infrastructures including power and natural gas systems. The proliferation of bidirectional …

Extreme weather events arise the need for improving the resilience of power distribution
systems. To this end, the distribution system restoration (DSR) is invoked to restore the …

After extreme natural events like earthquakes, storms, and floods, the electrical distribution
network may be isolated from the upstream grid. In such a situation, the electrical power of …