Distribution system infrastructures are vulnerable to extreme weather events, such as
hurricane, ice coating, flood, and wildfires. Resilience is a measure of the system's ability to …

The catastrophic blackout events and ever-increasing penetration of renewable power
generation highlight an advanced restoration strategy to effectively and reliably employ …

Low-probability but high-impact extreme events, such as floods, earthquakes, hurricanes,
etc., could threaten the security of a multi-energy system, especially on the distribution level …

Multi-microgrid formation (MMGF) is a promising solution for enhancing power system
resilience. This paper proposes a new deep reinforcement learning (RL) based model-free …

Increasing energy demand and the industrialization of communities have been the leading
causes of climate change. As a result, natural disasters have increased blackouts in power …

In recent years, resilience enhancement of electricity distribution systems has attracted much
attention due to the significant rise in high-impact rare (HR) natural event outages. The …

The provision of housing for displaced victims is fundamental to their survival. Although
many studies have detailed reasonable techniques for improving the indoor thermal …

One of the major concerns of power systems is dealing with extreme power outages during
severe events and consequently, its repercussions on the lives of people in society and …

Due to the energy transition process, distribution systems will feature a high penetration of
distributed renewable energy sources (RESs). The multiple distributed generation can …

Under extreme weather events with a certain warning time, the prevention and restoration of
distribution systems (DSs) involve multiple processes, including pre-event prevention, DS …