Aiming ultra-reliable and mountable connectivity of tremendously high data rates in the Tb/s
era with zero-perceived latency of 6G systems, next generation smart grids will need to …

With the deregulation of the electrical power market, the distribution architecture has now
heavily integrated distributed generation (DG) technologies. The presence of DGs has …

Now-a-days many protective problems have been encountered due to the existence of
distributed generators. The major problem is unintentional islanding phenomenon. This can …

Increasing the integration of distributed generation (DG) into distribution networks provides
many technological benefits, including improving system security, performance, and …

Needed new cost‐efficient, reliable, standardised and redundant solutions for future resilient
smart grids must utilise possibilities of advanced ICT technologies (such as wireless fifth …

An implementation of a new islanding detection technique based on modal components of
the voltage signals is presented in this paper. It is based on derivation of islanding detection …

The exponential growth in electricity demand has driven the Distributed Generation (DG)
technology a boost in the power system. The use of DG is beneficial to power utilities, DG …

The present paper focuses on the design, realization and validation of the prototype of an
innovative relay, named SmartID, for islanding detection in LV distribution systems. The …

Nowadays, the power distribution system comprises distributed generators (DGs) that
provide low-cost electricity and have fewer adverse environmental consequences. In some …

This paper presents an active islanding detection method for a distributed resource (DR) unit
which is coupled to a utility grid through a three-phase voltage-sourced converter (VSC) …