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 …

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 …

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 …

Increasing DC loads along with DC nature of Distributed Energy Resources (DERs) raised
interest to DC microgrids. Conventional droop/non-droop power sharing in microgrids …

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

DC microgrids operate either in standalone mode or grid-connected mode. In order to
control the DC microgrid, the droop control is commonly used. However, voltage deviation …

The conventional droop control is a widely-used technique to share loads in islanded low
voltage (LV) DC networks, known as autonomous DC Microgrids (MG), using a fully …

This paper introduces a cooperative decentralized control strategy to control power
management in a DC microgrid integrated with multiple energy Renewable energy sources …

In an islanded microgrid, the reactive power needed to support the voltage regulation could
not be shared among distributed generators (DGs) accurately when those conventional …