The mode-adaptive droop control (MADC) strategy enables bus voltage regulation and
power sharing between the distributed energy resources (DERs) in the direct current (dc) …

An adaptive droop control with constant voltage regulation is proposed for the power and
voltage management of a DC microgrid (DCMG) with multiple power sources, such as a …

This article proposes a distributed secondary level control strategy for dc microgrids, which
achieves accurate and proportional power sharing and dc-bus voltage deviation restoration …

This paper introduced a decentralized voltage control strategy for dc microgrids that is based
on the droop method. The proposed distributed secondary voltage control utilizes an …

The DC microgrid has become a new trend for microgrid study with the advantages of high
reliability, simple control and low losses. With regard to the drawbacks of the traditional …

The droop control is the most effectively used technique for load current sharing in DC
microgrid. The disadvantages of the conventional droop controllers are the increased …

This paper proposes a local power-based droop controller for distributed energy resource
converters in dc microgrids that are connected to upstream grids by grid-interface …

The limitations of traditional droop control-based decentralized methods for standalone
microgrids, particularly the voltage drop caused by the loading effect, the droop effect, and …

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 …

Droop control is an essential part of primary control in hierarchical control paradigm of DC
microgrid. However, the problem with basic droop control using constant virtual resistance is …