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 …

In a dc microgrid, good load sharing and voltage regulation are desirable. These are
affected by practical factors like sensor calibration errors and cable resistances. To enhance …

This paper addresses load current sharing among parallel-connected DC-DC converters
and bus voltage drop issues caused by traditional droop method in low-voltage DC …

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 …

Droop control has drawn widespread attention and various nonlinear droop characteristics
have been developed in dc microgrids. This article proposes an improved nonlinear droop …

The rational power sharing among different interface converters should be determined by
the converter capacity. In order to guarantee that each converter operates at the ideal …

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 …

Equal load sharing among converters based on their rating and maintaining constant DC
bus voltage are the main challenges in DC microgrids. The droop control method is the most …

DC microgrids are becoming more prevalent at a household level due to renewable
technologies integration such as photovoltaic and wind power; the electric power could be …

A DC microgrid (DC‐MG) provides an effective mean to integrate various sources, energy
storage units and loads at a common dc‐side. The droop‐based, in the context of a …