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 electric load integrated in DC micro-grid is typically with the property of constant power
which demonstrates negative resistor characteristics and can be a challenge for DC micro …

AC–DC microgrids have gained significant attention in recent years due to their numerous
benefits, including their flexible controllability and compatibility with DC sources and loads …

Dynamic performance of the DC microgrid is seriously affected due to negative impedance
characteristics of the constant power loads (CPL). It deteriorates the system damping …

This paper addresses, the improvement of DC (direct current) microgrid voltage stability and
loadability. When the DC microgrid starts feeding the loads, the DC bus voltage drops. In …

With the increasing of dc microgrid scale and complexity, it is urgent to obtain the stability
rules of dc microgrid. In this article, the dc microgrid model with multiple droop control …

The mode-adaptive droop control (MADC) strategy enables bus voltage regulation and
power sharing between the distributed energy resources (DERs) in the direct current (dc) …

As Isolated DC microgrids (IDCMG) rely on renewable energy resources (RES) to reduce
carbon emissions, running cost, etc., the reliability become serious issue due to their …

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 …

In order to solve the system instability issue caused by a large number of constant power
loads in DC microgrid, two compensation methods, active damping compensation and …