Remarkable progress in distributed power generation invigorated research into DC
microgrids using a controllable DC–DC converter contingent to the functionalities therein …

The droop control approach is widely used in DC microgrids. The conventional droop control
cannot achieve equal current sharing in per unit as well as desired bus voltage regulation …

Due to the existence of line impedances and low-bandwidth communication, the traditional
peer-to-peer control method based on droop control has difficult meeting the requirements of …

This paper addresses load current sharing and circulating current issues of parallel-
connected dcdc converters in low-voltage dc microgrid. Droop control is the popular …

Increasing DC loads along with DC nature of Distributed Energy Resources (DERs) raised
interest to DC microgrids. Conventional droop/non-droop power sharing in microgrids …

DC microgrid is becoming popular because of its high efficiency, high reliability and
connection of distributed generation with energy storage devices and dc loads. The main …

This article presents a Lagrange multiplier-based adaptive droop control to mitigate
distribution power loss of parallel-connected distributed energy resource (DER) systems in …

Droop control is used to obtain load sharing between paralleled converters within a
standalone/islanded DC microgrid. There are two main types of droop control methods used …

In this paper, a decentralized control strategy for inverter‐based distributed generation (DG)
is proposed to enhance the accuracy of power sharing under unbalanced load conditions in …

In this paper, a distributed circulating current minimization method is proposed for parallel
converters in grid-connected DC microgrids, where adaptive droop control and tertiary …