The topology structure of a distribution network is complex, and the amount of fault data is
considerable, which induces strong fault data processing pressure on traditional cloud …

An auto-restoration tool to minimize the impact of faults is one of the critical requirements in
a power distribution system. A fault-monitoring system is needed for practical remote …

In order to improve the reliability and continuity of the power distribution system, power
Internet of Things analysis monitoring system was constructed in this article, and the system …

Faults may be generated in power networks as a result of bad weather, human activities, or
some other factors. The complex structure of power network adds to the difficulty of fault …

The feeders in distribution networks can be generally classified into two types: homogenous
and hybrid feeders. Hybrid feeders consist of non-homogeneous line segments. In this …

The gradual integration of distributed wind power into distribution networks presents
significant challenges for identifying faults, as it requires accurate and timely fault …

This paper proposes a non-contact method for fault location in transmission lines, which is
based on magnetic fields produced by current signals measured using magnetoresistive …

Due to prominent attenuation of travelling waves, double‐end fault location method
produces considerable errors when applied to ultra‐high voltage AC half‐wavelength …

The pole-to-ground (PTG) fault current is small in the multi-terminal direct current (MTDC)
system, which cannot be used to locate the fault. This paper proposes a PTG fault location …

Due to complex reflection and refraction at line terminals, traditional single-end traveling
wave (TW) fault location (FL) cannot be directly applied to transmission lines connecting with …