Droop control is an essential part of primary control in hierarchical control paradigm of DC
microgrid. However, the problem with basic droop control using constant virtual resistance is …

Droop control is widely applied in DC microgrid to overcome the load imbalance which is
usually caused by the different cable resistances connecting various sources. However …

DC Microgrid is becoming more popular because of its attracting characteristics such as
high efficiency, high power quality, reduced cost and controllability. Conversion stages will …

Generally, load sharing among paralleled sources in DC microgrid can be achieved by
droop control. However, the traditional droop control strategy fails to achieve both current …

A novel decentralized adaptive droop control method for DC Microgrids to enhance the
current sharing performance and provide superior DC Bus voltage regulation is proposed in …

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 …

Droop control is one of the basic control methods to solve the power allocation between
distributed power sources in direct-current (DC) microgrid. Aiming at the problems of …

In DC microgrid, droop control is an essential part of local primary level in hierarchical
control to perform load‐sharing and plug‐and‐play function. The main problem with droop …

Droop control has emerged as a popular autonomous control technique for DC microgrids,
but it is impacted by cable impedance mismatches. The presence of these system …

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 …