In recent years, due to the wide utilization of direct current (DC) power sources, such as
solar photovoltaic (PV), fuel cells, different DC loads, high-level integration of different …

Microgrids consisting of photovoltaic (PV) power plants and wind farms have been widely
accepted in power systems for reliability enhancement and power loss reduction. Microgrids …

It is well known that there is a design tradeoff between voltage regulation and load current
sharing in conventional linear droop control for several parallel-connected distributed …

Several challenges are encountered while integrating microgrids (MGs) with an existing
utility grid. These are low inertia, intermittent nature of renewable energy resources (RESs) …

Microgrids suitable operation depends on the system's proper design, based on accurate
component models. A complete model considering entire system dynamics is a vital …

Microgrids have emerged as a solution to address new challenges in power systems with
the integration of distributed energy resources (DER). Inverter-based microgrids (IBMG) …

In order to develop a secure and sustainable electric grid, the maximum possible energy
must be harvested from distributed renewable energy sources (DER). Also, the ever …

The microgrids (MGs) are composed of several Distributed Generation (DG) units, storages
and loads at the demand side which can work in both islanded and connected to the main …

In this paper, we propose a stable electrical grid model, in which a home with a Photo-
Voltaic (PV) system and Vehicle to Grid (V2G) capable Electric Vehicle (EV) can operate in …

Droop control is commonly used for controlling the power flow in microgrids dominated by
inverters as it is simple and does not require any communication interface among inverters …