Droop control is one of the basic control methods to solve the problem of load sharing in DC
microgrids. However, the conventional droop control cannot balance the current sharing …

The DC microgrid can provides an effective solution for integration of various loads,
distributed generations (DGs), and distributed storages. With the expansion of DC microgrid …

Generally, load sharing among paralleled sources in DC microgrid can be achieved by
droop control. However, the traditional droop control strategy fails to achieve both current …

Droop control is one of the basic control methods to solve the power allocation between
distributed power sources in direct-current (DC) microgrid. Aiming at the problems of …

Generally, the droop control is used to realize the sharing of load power in DC microgrid.
Considering the influence of line resistance on sharing accuracy and the problem of the …

DC Microgrid is becoming more popular because of its attracting characteristics such as
high efficiency, high power quality, reduced cost and controllability. Conversion stages will …

DC microgrid is widely used in data centers and remote area power supply. The energy
storage system is very important in improving system stability and voltage quality of the …

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 …

In DC microgrids, a contradiction between power equalization and bus voltage control exists
under conventional droop control. To address this issue, this study proposes a current …

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 …