In this paper, a novel integrated approach of protective relaying methodology has been
adopted for detecting faults and its location estimation in long transmission line. First, the …

This paper presents a novel two-terminal fault location algorithm without using line
parameters. The algorithm is formulated using unsynchronized voltage and current phasors …

An improved single-ended traveling wave (TW)-based fault location technique is proposed
in this paper. It uses a correlation function to estimate the time delay between the fault …

This paper presents a sensitivity analysis of the key parametric settings used to
computationally implementing transmission line single-ended correlation-based traveling …

In this paper, the performances of fixed and variable window size phasor-based techniques
reported in the literature are evaluated on a classical one-terminal impedance-based fault …

In this letter, an alternative solution for travelling wave based directional relaying scheme is
presented by utilizing the prefault voltage sample acquired at a much lower sampling rate …

Sustainable circularity of rare earth elements (REEs) can be achieved by phytoextraction of
REEs from waste and remanufacturing them as value-added products. We have …

With the increase in capacitor voltage transformer (CVT) operation life, CVT impedance
changes, and the short-time switching of overhead lines, it is very easy to cause a transient …

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 …

Transmission lines (TL) are exposed to diverse climatic conditions, which make them prone
to faults in different phases simultaneously or after a short delay at the same or different …