Climate change is exerting excessive strain on the environment, leading to an ever-
increasing frequency of extreme weather events that negatively impact distribution systems …

This article presents a new efficient method for reliability evaluation of two-terminal Multi-
state Flow Networks (MFNs). Indirect State Space Decomposition (SSD) methods are …

The increasing penetration of renewable energy sources in distribution networks has
brought new challenges in ensuring reliable and resilient operation during natural disasters …

Extreme natural disasters such as typhoon often cause failures in distribution networks
within a short time, and even lead to large area blackouts. We propose a tri-level robust …

Reasonable and practical operation and maintenance (O&M) strategies of multi-microgrids
(MMGs) can ensure their reliable and stable operation. Currently, multiple indicators, such …

Due to climate change and the occurrence of natural disasters in recent decades, energy
supply to consumers has faced risks in different areas, especially in urban areas. Hurricanes …

Extreme weather events in recent years have resulted in numerous incidents of major power
outages and significant economic losses. Therefore, it is crucial to find potential solutions …

Ensuring reliability and resilience in radial distribution systems (RDS) is essential for
consistent electricity delivery and rapid recovery from disruptions, particularly with the rise of …

Mobile power sources (MPS) and unmanned aerial vehicles (UAV) are critical and flexible
resources to enhance the resilience of cyber–physical distribution systems. However, they …

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 …