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 …

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 …

In DC microgrid, it is common that constant power loads (CPLs) exhibit negative impedance
characteristics, which degrades the stability margin of the whole system. This paper focuses …

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 …

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 …

The stability of bus voltage is the main target of DC microgrid operation. DC microgrid
including constant power load, distributed generations employed droop control, and …

As an effective solution for managing the high penetration of renewable energy, DC
microgrids have been motivated under the circumstances of increasing energy crisis and …

Microgrid technology is the key technology to give full play to the advantages of distributed
generation and DC microgrid technology has become a new development direction with its …

As the important part of future AC/DC hybrid distribution networks, maintaining the voltage
stability of DC microgrid is very important for the safe operation of the distribution network …

With a large number of constant power loads connecting to DC microgrid, the negative
damping characteristics of constant power loads reduces the stability of DC microgrid. In …