Hierarchical architectures stacking primary, secondary, and tertiary layers are widely
employed for the operation and control of islanded dc microgrids (dcmGs) composed of …

In this paper, we analyze the existence and stability of equilibrium of dc micro-grids under
the master-slave control (where some distributed generations (DGs) are under droop control …

In this article, a decentralized scalable voltage control approach for islanded dc microgrids
with a general structure is proposed. The microgrid system under study comprises several …

To ensure successful islanding of microgrids after a fault has occurred, the transient stability
should be analyzed under a set of expected operating conditions during the design and …

In this paper we address the problem of voltage stability and power sharing in DC microgrids
with time-varying power demand. By exploiting the monotonicity property enjoyed by the …

Constant power loads (CPLs) in power systems have a destabilizing effect that gives rise to
significant oscillations or to network collapse, motivating the development of new methods to …

This article investigates the theory of resilience and stability in multimicrogrid (multi-G)
networks. We derive new sufficient conditions to guarantee small-signal stability of multi-Gs …

Ignoring parts of the dynamics of a multiterminal DC (MTDC) power system can simplify its
stability analysis but may miss some instability risks in the analyzed results. This study …

In this two-part article, we develop a unifying framework for the analysis of the feasibility of
the power flow equations for dc power grids with constant-power loads. Part II of this article …

Quadratic droop control is an innovative control strategy for power network, aiming to
respect the inherently quadratic nature of reactive power flow. However, the system stability …