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 …

DC microgrid systems are often prone to stability issues due to the negative incremental
resistance exhibited by constant power loads (CPLs). In order to estimate the overall stability …

The various impedances of DC microgrid are easy to cause the deterioration of system
stability, especially the influence of the negative incremental resistance characteristic of …

This paper investigates the detailed elements of a DC microgrid that might cause instability,
and proposes a stabilizing guidance based on the passive stability criterion. For illustration …

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 …

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 …

In this paper, a novel virtual negative inductor stabilizing strategy is proposed for the dc
microgrid with constant power loads. It is known that in the dc-based power system, the …

In the process of DC microgrid that supplies power to the passive network, the DC
impedance of the inverter on the passive network side presents a negative impedance …

This paper investigates the small-signal stability of a DC microgrid contains constant power
loads (CPL). The microgrid includes interlink converters (IC), linear loads, and CPL units. IC …

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 …