In conventional DC microgrid control schemes, optimization and real-time control are usually
performed at different time scales. It is hard for such control schemes to achieve real-time …

DC microgrids are growing in popularity due to their advantages in terms of simplicity and
energy efficiency while connecting dc sources and dc loads. In traditional hierarchical …

As an extension of single-bus DC microgrid, multi-bus DC microgrid has become a popular
research topic due to its better availability and reliability and more reconfiguration options …

Direct current (dc) microgrids have been widely used in many critical applications. Such
systems avoid unnecessary ac/dc conversions and can simplify control design. To achieve …

State-of-charge (SoC) imbalance and bus voltage deviation are two of the main problems in
autonomous dc microgrids. Based on this concern, this paper presents an improved dual …

A single-bus DC microgrid can represent a wide range of applications. Control objectives of
such systems include high-performance bus voltage regulation and proper load sharing …

Due to substantial generation and demand fluctuations in standalone green microgrids,
energy management strategies are becoming essential for the power sharing and voltage …

Distributed energy resources (DERs), including renewable energy resources (RESs) and
electric vehicles (EVs), have a significant impact on distribution systems because they can …

Stand-alone direct current (dc) microgrids may belong to different owners and adopt various
control strategies. This brings great challenge to its optimal operation due to the difficulty of …

A distributed control method is proposed to simultaneously optimize the power sharing
among sources of islanded dc microgrids, while regulating the distribution bus voltage …