In this article, we develop a novel passive islanding detection strategy for a hybrid
distributed generation (DG) system that uses variational mode decomposition (VMD). The …

This study identifies inadvertent islanding in electrical networks incorporating Distributed
Generators (DGs). With the global rise of DG deployment, it becomes imperative to scrutinize …

Active islanding detection techniques majorly affect power quality due to injected harmonic
signals, whereas passive methods have a large non-detection zone (NDZ). This article …

The classical problem of islanding detection in distributed generation falls into the commonly
used categories known as passive, active, and hybrid techniques. These approaches vary in …

The importance of strengthening grid resilience has grown with the increase in
environmental destruction and modern power grid complexity, as a consequence of power …

Microgrid (s) integration into distribution networks and the growing use of Distributed
Generation Systems necessitate the switch from traditional fossil fuel-based power …

An essential component of guaranteeing the stability and safety of electricity distribution
networks is islanding detection. In this work, a novel method for islanding detection which …

Islanding detection is a critical issue in grid‐connected distributed microgrid systems.
Distributed generation in the current power system has caused many challenges …

Improper detection of islanding in a microgrid can lead to power quality issues, reclosing
failures, and serious equipment damage, and it also poses a threat to security personnel …

The Power Quality (PQ) issue refers to the occurrence of irregular voltage, current, or
frequency that leads to failure or incorrect functioning of equipment used by end users. The …