This paper presents a review of control strategies, stability analysis, and stabilization
techniques for dc microgrids (MGs). Overall control is systematically classified into local and …

DC microgrids (MGs) have been gaining a continually increasing interest over the past
couple of years both in academia and industry. The advantages of dc distribution when …

Today, conventional power systems are evolving to modern smart grids, where
interconnected microgrids may dominate the distribution system with high penetration of …

In this work it is shown that artificial neural networks have certain characteristics that make
them advantageous in the development of controllers in the different levels of control that …

In this paper, a converter-based dc microgrid is studied. By considering the impact of each
component in dc microgrids on system stability, a multistage configuration is employed …

The stability of dc microgrids (MGs) depends on the control strategy adopted for each mode
of operation. In an islanded operation mode, droop control is the basic method for bus …

The penetration of dc distributed power systems is increasing rapidly in electric power grids
and other isolated systems to cater demand for cheap, clean, high quality, and uninterrupted …

This paper explores stability issues in dc microgrids with instantaneous constant-power
loads (CPLs). DC microgrids typically have distributed power architectures in which point-of …

In dc microgrids, it is common that constant power loads (CPLs) exhibit negative incremental
resistance. They degrade the stability margin of operation with their LC input filters and, thus …

Droop control has been widely applied in dc microgrids (MGs) due to its inherent modularity
and ease of implementation. Among the different droop control methods that can be adopted …