Most of the grid disturbances happen due to the presence of faults and power swing. This
article focuses on power swing in view of the amount of penetration of renewable energy …

Faults and power swings are chiefly responsible for most of the grid disturbances. Power
swing often causes misfiring of relays leading to blackout. This paper approached power …

This article provides a detailed analysis of transients observed in impedance angle plane (θ-
dθ/dt) with respect to time (t) thus providing a spatial understanding during faults and power …

Proper discrimination of a fault from power swing is a challenge due to the similar variations
in impedance observed by a distance relay in transmission lines. This article proposes a …

Grid disturbance is one of the largest areas of concern in the protection of power systems
after high penetration of distributive generation. They are responsible for causing mass …