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 …

Integrating Constant Power Loads (CPL) in a DC microgrid generates a virtual negative
impedance that may lead to system instability. CPL deteriorates the system damping, which …

This paper presents a novel adaptive-based negative impedance strategy to solve the
stability issue of DC microgrids with constant power loads (CPL). It is well known that …

DC microgrids gain interests due to the increase in the penetration of renewable resources
with DC nature. In DC microgrids, renewable resources are connected in parallel to the DC …

The DC microgrid system is composed by converters that operate like feeders and loads.
Among these loads, we highlight the constant power loads (CPLs) that may cause instability …

Several studies have been conducted to investigate the interaction dynamics of direct
current (dc) microgrids supplying tightly regulated converters, which behave as constant …

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 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 …

When the switched-mode power electronic converters are tightly regulated with feedback
control, they exhibit negative incremental impedance due to Constant Power Loads (CPLs) …