In the present-day scenario, per-capita power consumption symbolizes the development of
any society. This has resulted in a multifold increase in power demand. This drives power …

Introduction of series capacitors in transmission lines can cause problems with reliability and
security of distance protection, due to problems such as current inversion, voltage inversion …

Locating fault position in a series compensated transmission line is a difficult task due to the
non-linear characteristics of the metal-oxide varistor which is present in the protection …

Abstract Series compensated lines are protected from overvoltage by metal-oxide-varistors
(MOVs) connected in parallel with the capacitor bank. The nonlinear characteristics of MOV …

This paper proposes a robust approach to accurately estimate parameters for compensated
lines in the presence of low-frequency oscillation (LFO) that arises in measurements during …

Traditionally, the tripping boundaries of distance protection zones are based predominantly
on engineering experience and can be overly conservative, which reduces the reach of …

With the development of power systems, digital distance protection, as an innovative and
cutting-edge technology, plays a crucial role in ensuring the stable operation of the power …

Abstract Series capacitors are used in electric transmission lines to increase their power
transfer capacity. They compensate for the inductive reactance of the line. They offer a useful …

The conventional first zone characteristic of distance protection is constructed mainly based
on engineering experience, which limits its coverage of internal faults. The zone coverage is …

This paper describes a new high speed Mho distance protection scheme for single line to
ground faults in TCSC (Thyristor Controlled Series Compensator) line in which fault voltage …