Conventional droop methods for load sharing control in low-voltage direct current microgrids
suffer from poor power sharing and voltage regulation, especially in the case when …

Power sharing control among grid forming dc sources employing a conventional voltage
droop approach meets inaccurate load sharing and unacceptable voltage regulation …

In this paper, a distributed local control scheme for dc microgrid is proposed along with the
basic droop control. It eliminates the limitations of droop control when the distributed …

This paper proposes a new load current sharing control strategy for dc microgrid (MG). It
adopts the piecewise linear formation to adaptively assign droop gains to balance the load …

In an ac microgrid, a common frequency exists for coordinating active power sharing among
droop-controlled sources. A common frequency is absent in a dc microgrid, leaving only the …

Droop control is the basic control method for load current sharing in dc microgrid
applications. The conventional dc droop control method is realized by linearly reducing the …

In a dc microgrid, good load sharing and voltage regulation are desirable. These are
affected by practical factors like sensor calibration errors and cable resistances. To enhance …

This paper introduced a decentralized voltage control strategy for dc microgrids that is based
on the droop method. The proposed distributed secondary voltage control utilizes an …

DC microgrids are gaining popularity due to high efficiency, high reliability, and easy
interconnection of renewable sources as compared to the ac system. Control objectives of …

DC microgrid is one feasible and effective solution to integrate renewable energy resources,
as well as to supply reliable electricity. The control objective of DC microgrids is to obtain …