This paper presents a new intelligent control strategy for DC microgrid in islanded operation
mode based on droop control method. The DC microgrid under study included a Wind …

Today, with increasing concern about fossil fuel-based energy and its environmental issues,
the design of electrical systems has focused on the use of renewable energy sources. One …

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 …

This paper presents an intelligent droop control scheme for DC/DC Boost converter which is
used as voltage regulator in islanded DC Microgrid. This approach is a combination of Fuzzy …

Multi-node bipolar DC microgrid can provide more voltage level interfaces and has higher
security and reliability than the unipolar DC microgrid. However, in the multi-node bipolar …

Power control strategies of DC Microgrid with variable generation and energy storage was
presented in this paper. The DC microgrid consists of PV panel, wind turbine, battery, dc …

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 …

In this paper, voltage and frequency control of an islanded ac microgrid is presented against
load perturbation and emergency condition such as DG unit disconnection. The voltage …

Hybrid microgrid comprising of distributed generation is evolved as most proficient solution
for environmental and energy crisis problem especially in remote areas. In this paper, the …

This work presents the droop control performance for sharing loads on the DC microgrid
network. The traditional droop control consists of voltage control and current control where …