The utility grid integration of distributed generation units is seen as one of the most
accomplished through the use of microgrid. Control methods and stability analyses in the …

This paper provides a comprehensive overview of the microgrid (MG) concept, including its
definitions, challenges, advantages, components, structures, communication systems, and …

Distributed control methods based on consensus algorithms have been fully investigated in
recent years. However, convergence and stability issues of the consensus algorithms can be …

Power and signal dual modulation (PSDM) integrates communication functions in power
converters, providing an appropriate communication method for power electronics systems …

The transformation of traditional power systems into micro and smart grids has become
necessary with recent advancements in technology. However, these new systems often …

Voltage and thermal limits in distribution feeders are the main features assessed to
determine their hosting capacity (HC) due to the integration of distributed generation (DG) …

With the large-scale integration of low-inertia renewable energy sources, increasing the
virtual inertia of the power system by using Virtual Synchronous Power (VSP) technology …

The reliance on communication in the secondary control of converter-based microgrids
leaves them vulnerable to multiplicative false data injection attacks (FDIAs) that maliciously …

Distributed generators (DG) with inverter based on renewable sources are generally utilized
in microgrids. Most of these sources work in droop control mode to effectively share the load …

A universal smart power module (USPM) has been studied as a modularization method for
rapidly developing power converters with various specifications. Herein, a control method is …