A cooperative control paradigm is used to establish a distributed secondary/primary control
framework for dc microgrids. The conventional secondary control, that adjusts the voltage set …

DC microgrids are gaining popularity due to high efficiency, high reliability, and easy
interconnection of renewable sources as compared to the ac system. Control objectives of …

A distributed-adaptive droop mechanism is proposed for secondary/primary control of dc
microgrids. The conventional secondary control that adjusts the voltage set point for the local …

In this paper, a distributed local control scheme for dc microgrid is proposed along with the
basic droop control. It eliminates the limitations of droop control when the distributed …

In this paper, a coordinated adaptive droop control is addressed for DC microgrid to optimize
its power distribution. The optimal solution for economical dispatch problem (EDP) of the …

DC microgrid is one feasible and effective solution to integrate renewable energy resources,
as well as to supply reliable electricity. The control objective of DC microgrids is to obtain …

A multiagent system based distributed cooperative control is proposed for a dc microgrid.
First, the multiagent system based control scheme is built, where each distributed energy …

Dc systems are gaining popularity because of its high efficiency, high reliability and easy
interconnection of renewable sources as compared to ac systems. In standalone dc system …

This paper proposes an improved analytical model for the study of steady-state performance
of droop-controlled VSC-MTDC systems. When power disturbances occur, such as those …

It is well-known that load sharing among paralleled sources in dc grid can be achieved by
droop control. However, practical factors that influence the load sharing and voltage …