Transient stability is important in power systems. Disturbances like faults need to be
segregated to restore transient stability. A comprehensive review of fault diagnosing …

Detection and classification of transmission line (TL) faults are key factors for the fault root
cause analysis and rapid restoration of the power network. Deep learning can extract …

To provide stability and a continuous supply of power, the detection and classification of
faults in the transmission lines (TLs) are crucial in this modern age. It is required to remove a …

Given the massive increase in demand for electrical energy, particularly owing to global
climate change and population expansion, as well as the development of complicated …

Renewable energy resources have increasingly been integrated into electric power grids.
Moreover, new challenges constantly arise, showing the need for modernization in …

High impedance faults are rather difficult to detect, due to their inherent characteristics.
However, in most cases high-impedance low-current faults evolve to low-impedance high …

This paper presents a new ground fault location method for a three-terminal transmission
line using unsynchronized current measurements. The faulty line section is identified …

A new faulty section identification and fault distance estimation technique for three-terminal
transmission line (TTL) is proposed in this paper. It is based on the derivation of three …

This paper proposes a fault location (FL) scheme for a two-terminal double-circuit
transmission line using one-terminal current and voltage measurements. As the proposed …

Wide-area fault detection and location for cross-country and evolving faults have not been
discussed before in the open literature. This paper presents an innovative wide-area backup …