Owing to the increased number of natural disasters, ensuring a resilient operation of power
distribution system is of paramount importance. In this paper, an advanced feeder …

Extreme weather events have a significant impact on the aging and outdated power
distribution infrastructures. These high-impact low-probability events often result in extended …

The installation of distributed generations (DGs) and energy storages (ESs) in active
distribution networks (DNs) could help to increase the resilience of the system. When large …

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

Distributed generators (DGs) can be used to restore critical loads on distribution feeders
after a major blackout due to extreme events, such as hurricanes, to enhance resilience …

In the context of rare but high‐impact extreme scenarios, such as natural disasters, it is
crucial to utilize all available resources, including microgrids and distributed power sources …

With frequent natural disasters, there is an increasing need to improve the power distribution
systems' resiliency. One potential solution is the utilization of microgrids with distributed …

Customer survivability and well-being can be enhanced, after a natural disaster, by
efficiently restoring critical loads in a distribution system. Microgrids with distributed …

In order to improve the resilience of distribution networks after major disasters, a three-level
service restoration method considering the variability and scarcity of generation resources …

Distribution service restoration (DSR) under natural disasters is always a critical and
challenging problem for utility companies. An effective solution must not ignore the power …