Due to the existence of line impedances and low-bandwidth communication, the traditional
peer-to-peer control method based on droop control has difficult meeting the requirements of …

Remarkable progress in distributed power generation invigorated research into DC
microgrids using a controllable DC–DC converter contingent to the functionalities therein …

The DC microgrid is connected to the utility by parallel bidirectional power converters
(BPCs) to realize power exchange. This paper proposes a decentralized control method for …

In the grid-connected mode, the dc microgrid is connected to the utility by parallel
bidirectional power converters (BPCs), which provide voltage support for the dc microgrid …

The novel load power sharing control strategy is proposed for parallel-connected distributed
generation units of islanded DC microgrid considering both unmatched line impedance and …

This article proposes a feedback linearized control scheme for a single-input two-output
control problem of parallel-connected dc–dc voltage source converters in islanded dc …

The increasing penetration of dc distributed energy resources (DERs) and dc loads has
motivated the utilization of dc microgrids (MGs). In this paper, a new two-level control …

The droop control approach is widely used in DC microgrids. The conventional droop control
cannot achieve equal current sharing in per unit as well as desired bus voltage regulation …

A hierarchical distributed control method for I–V droop‐controlled‐paralleled DC–DC
converters in DC microgrid is proposed. The control structure includes primary, secondary …

In an autonomous ac microgrid system, a peer-to-peer decentralized solution would be a
preferred choice for the coordinative control of distributed generation units. However, due to …