In the direct current (DC) microgrid composed of multiple distributed generations, due to the
different distances between various converters and the DC bus in the system, the difference …

DC microgrid is a connecting network between distributed DC generators. The converter
control on DCMG is used to obtain proportional load sharing and voltage restoration of DC …

Multi-node bipolar DC microgrid can provide more voltage level interfaces and has higher
security and reliability than the unipolar DC microgrid. However, in the multi-node bipolar …

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 …

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 …

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 …

Droop control is the basic control method for load current sharing in dc microgrid
applications. The conventional dc droop control method is realized by linearly reducing the …

To overcome the disadvantages of droop control, this paper proposes a novel method of
hierarchical distributed secondary control for DC microgrids. With the load changes …

In the DC microgrid with traditional droop control, the inconsistency of circuit parameters and
line impedance results in the diverse droop characteristics of DC-DC converters, which …

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 …