Linear droop control can realize power sharing among generators in dc microgrid (MG)
without relying on critical communication links. However, the droop relationship between …

In this paper, a droop-based sliding mode controller (DBSMC) is designed for power sharing
in an isolated DC microgrid (DC MG), with improved nonlinear droop model, in the presence …

A new droop control strategy is proposed for dc multi-microgrids including constant power
load (CPL) and resistance load. The droop control is designed by taking advantage of local …

Droop control is a widely applied method to improve the current sharing and voltage
regulation of each distributed generator in a DC microgrid. However, the droop coefficients …

This paper presents a comprehensive and general nonlinear control/power management
strategy for both converter-and synchronous-machine-based units in microgrids. The …

Microgrid control strategies are mostly accompanied by droop control to ensure voltage and
frequency stability, and proportionate power sharing among distributed generation systems …

This paper proposes a new load current sharing control strategy for dc microgrid (MG). It
adopts the piecewise linear formation to adaptively assign droop gains to balance the load …

Conventional droop methods for load sharing control in low-voltage direct current microgrids
suffer from poor power sharing and voltage regulation, especially in the case when …

This paper presents a systematic method to determine the feasible range and optimal value
of the virtual impedance of the droop-based control to enhance a microgrid system …

Currently, Microgrids (MG) have given high attention due to their ability to increase power
systems reliability and controllability. Also, small-scale renewable units are increasing …