Phasor domain methods had been commonly used in power transmission line fault location.
To improve the accuracy and line parameter adaptive ability of phasor domain fault location …

The performance of measurement transformers especially in transient phenomena affects
the monitoring, control and protective devices. Coupling capacitor voltage transformer …

Frequency domain methods had been commonly used in power transmission line fault
location. To improve the accuracy of frequency domain fault location methods, this paper …

The substantial cost of voltage transformers in high-and extra-high-voltage levels has
persuaded power engineers to widely utilize capacitive voltage transformers (CVTs) in …

Phasor measurement units (PMUs) have made real‐time monitoring and control of power
systems possible, thanks to their time synchronisation and fast reporting rate. It is critical that …

Decaying DC terms of the fault current signal indisputably affect the accuracy of the discrete
Fourier transform (DFT) based fundamental phasor estimators of digital relays. This effects …

The algorithms for the correction of transients in coupling capacitor voltage transformers
(CCVTs) are generally designed from processing samples in the time domain. Therefore …

During fault occurrence close to the distributed generators (DGs) produces a fundamental
sinusoidal component with time-variant magnitude. An enhanced dynamic phasor …

Fast internal detection and location in Shunt Ca-pacitor Banks (SCBs) can lead to the
prevention of damages to other SCBs' elements and consequently avoid undesirable …

Saturation phenomena in the current transformer (CT) may impose severe deformation in
the secondary current of a CT. Obviously, CT saturation profoundly impacts the performance …