Penetration of small distributed generators (DGs) has been made possible in distribution
systems owing to the advances in power electronics. However, it is not desired to energize …

Failure of islanding detection techniques leads to improper operation of DGs, risk for
working personnel, loss of control over voltage and frequency, uncoordinated protection …

Rapid grid integration of inverter-interfaced distributed generators (DGs) and low-voltage
ride-through capability of the smart inverter, as per IEEE 1547 standard, has made …

The identification of unintentionally islanded microgrids (UIM) is one of the major challenges
in microgrid. A hybrid unintentional islanding identification methodology (HUIIM) is proposed …

Islanding detection is an important operational aspect of microgrids. Early detection of
islanding is essential to avoid unsynchronised reclosing. The possibility for minimal or near …

A new passive islanding detection technique based on transient energy that is measured
and analysed at targeted distributed generation (DG) or the point of common coupling (PCC) …

According to the various international standards, the unintentional islanding establishment
must be identified and subsequently, the distributed generators (DGs) should be turned off. It …

The accidental islanding formation should be identi-fied and subsequently the distributed
generators in the islanded microgrid is supposed to be shut down as per various inter …

The technological advancements paved a way to deploy energy resources in the distribution
system. When these energy resources and loads are operated in parallel, it is cumulatively …

The conventional over/under voltage, over/under frequency based anti-islanding protection
scheme presents significant nondetection zone (NDZ) under critical loading conditions of …