The increasing demand for high-quality electric power requires a reliable and secure supply.
While underground installations meet these requirements, aging cable insulation can lead to …

Various impedance-based fault location algorithms have been presented in the related
studies. The algorithms need some phasor data of the power system provided by phasor …

In the urban distribution network, due to the wide application of underground cables, the
traditional resonant grounding system has gradually been unable to match the increasing …

In the HVDC transmission system, the main factors that affect the accuracy of traditional two-
terminal fault traveling wave distance measurement are the selection of appropriate wave …

To solve the problem of difficult real-time monitoring of current transmission lines, this article
proposes an information-based monitoring system for transmission lines based on Internet …

This paper makes a contribution to the field of fault location finding in a new way that helps
in the improvement of grid reliability. This paper proposes a study-based approach for fault …

When a high impedance grounding fault occurs in the power cables, the current at the fault
point is extremely low and the fault characteristics are too weak to be detected by the …

As digital distribution networks grow in complexity, ensuring efficient fault localization has
become critical for reliable power delivery. This paper introduces a novel fault localization …

Power transmission system stability can be significantly affected due to faults. The fault
location accuracy in the transmission lines can make many benefits such as acceleration of …

At present, there is no consensus on the use of monitoring technology to identify the causes
of different types of transmission line faults in China. In order to study the fault identification …