In power systems, it is challenging to identify the faulty line and fault distance when
compensating devices are present in the system. This work presents a fault locator using an …

In spite of the higher power transmission capability, the proliferation of six phase system has
been hindered due to the challenge toward developing an accurate and reliable protection …

The transmission system structure may sometimes be modified depending upon the power
generation and demand at various locations in the power system. Usually, this leads to …

Integration of a series capacitor in a transmission line not only has advantages such as
system stability and power factor improvements, voltage profile regulation, and power flow …

Wide area measurement systems (WAMS) based fault detection and protection techniques
are gaining more importance with the increase in the number of phasor measurement units …

In this paper, a mathematical morphological gradient (MMG)-based quick fault detection
scheme is designed for the series-compensated transmission line (SCTL) connected with …

Fast fault detection in the Thyristor-controlled series capacitors “TCSC” compensated
transmission line is the most challenging for many of the conventional fault detection …

The protection of dual-fixed series compensated (DFSC) power transmission lines is an
additional problematical task than uncompensated (UCPTLs) power transmission lines …

Achieving the fault detection (FD) and phase type classification (PTC) of multi-location faults
quickly in transmission line is a very complex job. For this issue, the probable FD and PTC …

Fault identification is a significant task on a distribution line (DL) when a harsh disturbance
occurs due to breakdown of insulation on a DL. The termination of fault diagnosis on DL …