The rapid growth of distributed generating (DG) units due to its advancement in modern day
power systems has put a major effect in the operation of low inertial stand-alone Microgrids …

Unevenly distributed loads at different phases may lead to stability issues and incur high
losses in a low inertial microgrid with a rise in Voltage Unbalance (VU). Thus, a suitable …

In microgrids, voltage imbalance control is crucial to preserving the required level of power
quality. The article presents a tracker design that mitigates the unbalance in the microgrids …

Smart distribution grid with multiple renewable energy sources can experience random
voltage fluctuations due to variable generation, which may result in voltage violations …

The penetration of renewable energy sources (RES) in a low-inertia, stand-alone microgrid
system is prone to severe stability issues due to the intermittent availability of RES such as …

Due to the advent of distributed energy resources at distribution level, utility companies face
new challenges in terms of voltage control. Existing works in the literature have proposed …

Microgrid is becoming an integral part of the power system as it increases the reliability and
flexibility of the power system. Apart from benefits, there are some challenges like power …

A high-frequency link (HFL) three-phase four-leg matrix converter (MC) can output three-
phase balanced voltage for unbalanced load conditions. It is an inverter with great …