Power grids are highly susceptible to various types of faults and their associated
consequences. In recent years, numerous fault location methods have been proposed for …

The most challenging problem to protect the microgrids is the integration of different types of
distributed generations, which leads to the bidirectional load flow and different fault current …

Integration of distributed energy resources in distribution networks encourages the use of
advanced measurement devices such as micro-phasor measurement units (PMUs) to …

Fault location is a key technology for active distribution network. Due to the injection of
distributed generations and the flexible topology of active distribution network, traditional …

Due to the dynamic nature of modern distribution systems, the deployment of micro-phasor
measurement units (uPMU) is becoming increasingly common among utilities to improve …

When a high-impedance fault (HIF) occurs in active distribution networks, the features of the
arc current are weak and can be easily confused with the features of the capacitor switching …

Faults in underground cables are hard to be detected directly from external features such as
sound and light due to the harsh operating environment. Moreover, the rising penetration of …

In this article, a machine-learning-based fault detection and classification method is
proposed. Two supervised learning-based protection modules are developed for the relays …

The flexible and variable topology and the high penetration of distributed generations make
it difficult to set and coordinate the traditional backup protection based only on local …

This paper presents an impedance-based non-iterative fault location algorithm for a two-
terminal line considering unsynchronized measurements to account for the loss of Global …