Typhoon disaster may not only cause power outage physically, but also breed negative
sentiments in public opinion and affect social stability. Therefore, an intelligent power grid …

High winds from tropical cyclones can cause significant damages to power transmission
system and lead to widespread power outages resulting in tangible socio-economic losses …

With the ongoing process of industrialization, the issue of declining air quality is increasingly
becoming a critical concern. Accurate prediction of the Air Quality Index (AQI), considered as …

The complex interactions between the weather, the environment, and electrical infrastructure
that result in power outages are not fully understood, but because of the threat of climate …

This paper introduces TC-Diffusion, a novel probabilistic tropical cyclone (TC) full track
simulation method empowered by the diffusion generative model. Leveraging diffusion's …

Improvements of power system performance during severe weather events are targeted
through grid hardening actions, such as strengthening aging infrastructure or performing …

Magnetic pulse crimping (MPC) addresses the limitations of conventional hydraulic crimping
in cable joint applications. However, the lack of dependable detection methods presents a …

This study introduces an intelligent method for regional subsurface prediction using a
Stacking ensemble learning approach, which incorporates K-Nearest Neighbors (KNN) …

In the face of increasing climate variability and the complexities of modern power grids,
managing power outages in electric utilities has emerged as a critical challenge. This paper …

The outage duration prediction can improve utility decision-making practices and enhance
restoration management procedures for electric utilities. For the purpose of precise outage …