The stability and accuracy of power sharing between DERs in isolated microgrids are key
points for favouring renewable energy sources within a wider operating margin in order to …

The stability and accuracy of power sharing between DGs in isolated microgrids are key
points for favouring renewable energy sources within a wider operating margin to extract the …

This paper investigates the role of a virtual impedance controller in improving the small-
signal stability and power-sharing for an inverter-based islanded microgrid. The stability of …

This paper presents a new control algorithm for active load sharing in a highly-resistive
inverter-connected microgrid under different loading conditions. A systematic procedure for …

Droop control is a common method in the universal microgrid applications. Conventional
droop control is unpractical for low‐voltage microgrid, where the line impedance among …

Controlling frequency and voltage stability is the major objective of controlling an
independent mode a difficult task since every distributed power supply Distributed energy …

At present, in the distribution network consisting of DC power sources such as PV array,
energy storage systems (ESS), data centers and charging, it is an ideal way to select a DC …

The limitations of traditional droop control-based decentralized methods for standalone
microgrids, particularly the voltage drop caused by the loading effect, the droop effect, and …

Droop control by means of virtual resistance in control loop is applied for parallel operation
of sources in order to minimize circulating currents. The droop control approach is widely …

In order to solve the problem of distributed energy generation, microgrid has been proposed
as one of the options. Compared with AC microgrid, DC microgrid is more suitable for many …