In this paper, a distributed circulating current minimization method is proposed for parallel
converters in grid-connected DC microgrids, where adaptive droop control and tertiary …

DC microgrids are introduced to reduce the conversion stages needed for connection of DC
sources to the DC loads. They employ the droop control algorithm for managing the power …

Droop control is commonly adopted method for sharing load current among parallel-
operated DC–DC converters in DC microgrid. However, when different power ratings …

Droop control is a commonly used method to parallel converters in a DC microgrid.
However, the presence of non-idealities such as cable resistances can degrade the current …

This paper proposes an improved distributed secondary control scheme for dc microgrids
(MGs), aiming at overcoming the drawbacks of conventional droop control method. The …

In DC microgrids, a contradiction between power equalization and bus voltage control exists
under conventional droop control. To address this issue, this study proposes a current …

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 …

The droop control approach is widely used in case of parallel operation of DC sources. The
conventional droop control method is realized by linearly reducing the load voltage as the …

Load sharing, circulation current, and bus voltage regulation are the main challenges of
parallel converters operation in DC microgrids. For its simplicity, a droop controller is …

It is well known that there is a design tradeoff between voltage regulation and load current
sharing in conventional linear droop control for several parallel-connected distributed …