Distributed control methods generally implemented with droop control have been widely
applied in the energy management of microgrids. However, the robustness and stability of …

The cluster of DC microgrids consisting of multiple interconnected DC microgrids has great
potential for improving the reliability and reducing the cost of power generation. Coordinated …

In this paper, a distributed coordinated control strategy between the energy storage units
(ESUs) and the photovoltaic (PV) units in a dc microgrid has been proposed. Hierarchical …

DC microgrid is receiving growing attention due to its high efficiency and controllability. With
the penetration of renewable energy sources (RES) continuously increasing among modern …

Due to the challenge of energy demand, renewable energy sources are introduced to our
daily life in order to satisfy the energy demand and reduce the emission of greenhouse gas …

Direct Current (DC) microgrids are a very promising solution to integrate renewable energy
sources, energy storage systems and loads. The main goals of a microgrid controller are to …

This paper presents a distributed, droop-free voltage control of a dc microgrid in grid-
connected and isolated mode. The proposed control technique, based on a distributed …

摘要 The main control objectives of the DC microgrid with two buses are to stabilize the bus
voltage at all levels and maintain the power balance of the whole system, but the traditional …

Aiming at islanded DC microgrids, a cooperative control strategy based on consensus
algorithm is proposed. In this strategy, the controllers for each distributed generation can …

A distributed cooperative control strategy based on the consensus algorithm is proposed for
the voltage regulation and load distribution in DC microgrid. Global information can be …