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 …

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 …

A standalone DC microgrid is consist of renewable energy sources (RES), energy storage
system (ESS) and loads. This paper proposes a distributed control algorithm for adequate …

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 …

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 …

This paper proposed a coordinated control strategy with intelligent power function to make
the operation of the DC micro power network stable and reliable. According to the bus …

DC microgrid is the trend of the future distribution grid. Coordinated control of different types
of distributed generation units, energy storage systems, converters, and loads in the DC …

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 …

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 …

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 …