The performance of microgrid operation requires hierarchical control and estimation
schemes that coordinate and monitor the system dynamics within the expected manipulated …

A comprehensive and comparative review of control strategies for power-sharing operation
in DC microgrids are presented in the paper. Since a microgrid consists of distributed …

DC networks have created a lot of interest in distributed energy resources (DERs)
applications. In the literature, several ways for managing the operation of such systems have …

In microgrids, distributed energy sources play a crucial role in meeting load demands. To
ensure power stability within a grid-connected microgrid, this study presents a novel fuzzy …

Environmental concerns and a growing energy demand have prompted the building of
renewable energy-based power generation. The DC Microgrid concept is more efficient …

The rise in electricity demand has led to new solutions like distributed generation. It has
always been difficult to integrate such distributed energy resources (DERs), and numerous …

The assessment of the standard Single-Phase Shift control (SPS) and the Dual-Phase Shift
(DPS) control utilized for the Triple Active Bridge (TAB) converter is described in this work …

A Nanogrid can integrate Renewable Energy Sources (RESs) easily and power loads
locally. DC distribution is more efficient than AC. An isolated DC Nanogrid increases the …

This paper presents a non-isolated dual-input single-output (DISO) dc-dc converter capable
of integrating input sources of distinct VI characteristics for dynamic power flow control of …