Hybrid DC/AC microgrid is considered to be an effective structure to integrate different kinds
of distributed sources and the control of each subgrid and interlinked converters (ILCs) is …

This paper presents a coordination secondary control strategy for autonomous hybrid
AC/DC microgrids with global power sharing operation. In the previous work, primary control …

DC microgrid is receiving growing attention due to its high efficiency and controllability. With
the penetration of renewable energy sources (RES) continuously increasing among modern …

To meet future practical needs of smart grids, constructing hybrid ac&dc microgrids with the
two-type sub-grids becomes more realistic and urgent. However, in the existing literature, it …

To enhance the economic efficiency and resilience of hybrid ac/dc microgrids, this work
designs a uniform control scheme for the bidirectional interlinking converter (BIC) who …

Hybrid AC/DC microgrids are designed to utilize different types of renewable energy
sources, meeting the requirements of numerous kinds of loads. A hybrid microgrid consists …

Existing studies on decentralized coordinated control strategies mainly focus on power
sharing within the DC microgrid, paying less attention to the operation of DC microgrid in …

To facilitate the connection of various renewable ac and dc sources and loads to power
systems, the hybrid ac/dc microgrid with multiple subgrids has been grasping more and …

Hybrid AC/DC microgrid is consist of AC subsystem, DC subsystem and an interlinking
converter (ILC) used for connecting the subsystems. Flexible integration and coordination of …

The desire for decreasing the stress on the individual AC and DC sources motivates
accurate load sharing in Hybrid AC/DC microgrids (HMGs). The conventional hierarchical …