Droop-based techniques have widely been utilized in controlling voltage source inverter
based distributed generation units within a microgrid. Advantages of droop based control …

In this paper, the amount of microgrid frequency deviation in the dynamic state can be
reduced by improving the frequency controller and implementing a new method. The …

Load changes affect the frequency of electrical networks. Frequency stabilization is very
important due to the increasing penetration of renewable energy sources in power systems …

A multi-mass system is a mechanical system that consists of several masses such as a
motor, load, and gear that are connected by a flexible shaft. The mechanical fluctuations in …

Load changes affect the frequency of electrical networks. Frequency stabilization is very
important due to the increasing penetration of renewable energy sources in power systems …

Wind turbines are complicated non-linear systems with certain random disruptions. The pitch
control system is a commonly employed method for regulating the electricity generated by a …

Power system stabilizer (PSS) generates electrical torques by applying a signal to the
excitation system, which reduces power oscillations. The PSS's main function is to damp …

Due to the different distances and complexity of micro-grids, the lines impedance varies
between the feeders of the distributed generation and the loads. Therefore, conventional …

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

Renewable energy sources offer geographical opportunities for enhanced energy efficien-
cy. However, the substantial integration of renewable energy production into distribution …