Contemporary power systems are associated with serious issues of faults on high voltage
transmission lines. Instant isolation of fault is necessary to maintain the system stability …

Power systems frequently experience variations in their operation, which are mostly
manifested as transmission line faults. Over the past decade, various techniques of fault …

The fault identification process in transmission systems involves three functions:
discrimination, classification and phase selection. The current study classifies the methods …

Modern power grids, especially high‐voltage grids, are increasingly integrated with wind
farms. The correct action of distance protection for the wind farm tie line plays an important …

This paper presents wavelet transform based analysis to determine transmission line faults
classification. The fault classification technique is developed on the basis of extensive …

Protection devices are designed to provide high sensitivity to transients produced by
undesirable conditions like lightning stroke, avoiding their operation under all tolerable …

Transmission lines faults are an inevitable part of any power system. They cause a
disruption in the power supply, which is undesirable. With an ever-increasing demand for …

Micro-grid is developed for enhancement in reliability and stability of the structure. Due to
the penetration of distributed energy resources, their intermittent nature will result in faults in …

Transmission lines can be viewed as link between generating stations and the consumers.
They are the major part of the power system hence they play a vital role in its operation …

With increasing demands and competitive business environment, the structure of power
system has become very complex. Moreover, power system is a dynamic framework due to …