With the serious environment pollution and power crisis, the increasing of renewable energy
resource (RES) becomes a new tendency. However, the high proportion of RES may affect …

An exponential-function-based droop control strategy for the distributed energy resources
(DERs) is proposed to reduce the reactive power-sharing deviation, limit the minimum value …

Due to reactive power irrational sharing issue resulting from the mismatched line
impedances and unbalanced local loads of the inverters, the hierarchical coordination …

A new droop control strategy is proposed for dc multi-microgrids including constant power
load (CPL) and resistance load. The droop control is designed by taking advantage of local …

Linear droop control can realize power sharing among generators in dc microgrid (MG)
without relying on critical communication links. However, the droop relationship between …

DC microgrid is widely used in data centers and remote area power supply. The energy
storage system is very important in improving system stability and voltage quality of the …

This paper presents a power sharing control method for paralleled three-phase inverters in
an islanded microgrid. In this study, the mismatch of power sharing when the line …

Conventional droop control method has been widely adopted for power sharing between
Distributed Generators (DGs) in microgrids. However, the mismatched feeder impedance of …

Cost-based droop schemes for microgrids (MG) have been developed to achieve cost
reduction; meanwhile, microgrid stability depends on the droop control design and its …

Microgrid control strategies are mostly accompanied by droop control to ensure voltage and
frequency stability, and proportionate power sharing among distributed generation systems …