This review article on switching overvoltage modelling in UHV AC Transmission lines,
provides a state-of-the-art analysis of switching overvoltages and their impact on insulation …

The electricity distribution network is experiencing notable transformations influenced by a
cluster of dynamic forces for electrical grid remodelling. One of the technologies supporting …

The proliferation of smart devices that complement the energy system in order to make it
easier to change the appearance of unique and autonomous energy systems and make …

Due to the increasing number of renewable energy sources and the growing number of
energy consumers such as electric vehicles and heat pumps, distribution system operators …

In bushfire-prone regions, powerline faults, notably single line-to-ground (SLG) faults, are
significant contributors to wildfires. In order to promptly mitigate conflagration risks and …

This study examines the significant challenges presented by the rising frequency and
severity of climate change-induced extreme weather events—such as hurricanes, floods …

With the development of offshore wind power transmission technology and the emergence
of new dimensions in deep-sea wind power scenarios, some indexes in the existing …

This study proposes a novel framework for smart homes to optimize energy consumption
and production, leading to reduced costs and a more reliable grid. The framework schedules …

Fault localization is crucial for ensuring stability, particularly in high impedance faults (HIF)
characterized by low current levels and prolonged transient processes (TP). Existing …

With the expansion of high-voltage alternating current transmission networks, the widely
used two-terminal traveling wave method faces several challenges in cable fault location …