The protection of a microgrid containing inverter-based distributed generators (IBDGs)
presents several problems if traditional techniques which rely on the current (fuses and …

Today's relays are predominantly based on phasors, and as such, they incur a delay
associated with the full-cycle observation window required for accurate phasor estimation …

Throughout the history of power system protection, researchers have strived to increase
sensitivity and speed of apparatus protection systems without compromising security. With …

In this paper, a novel signal processing approach based on phaselet algorithm is proposed
to detect the islanding phenomenon. Phaselets can effectively compute the phasors over …

The current differential principle is the most powerful short-circuit protection method.
Responding to all currents bounding the zone of protection, the principle has a very high …

Full-cycle Fourier and cosine phasor filtering systems are typical implementations of
numerical distance relays with a response time of close to one cycle. Fast subcycle …

Deployments of Distributed Generators (DGs) have large impacts on the structure of
electrical networks. In order to tackle these issues, theMicrogrid'concept has been proposed …

This paper aimed to demonstrate the reliability of the Over Current protection (OCP) scheme
in protecting microgrids with inverter interfaced RES for low voltage distribution networks. To …

We propose a new approach to current differential protection of transmission lines. In this
approach, we transform the instantaneous line current (s) by using a moving window …

Climate change concerns due to the rising amounts of the carbon gas in the atmosphere
have in the last decade or so initiated a fast pace of technological advances in the …