In inverter‐dominant power systems, grid‐forming (GFM) inverters regulate voltage and
frequency. To construct GFM inverters, conventionally, various control methods based on …

Nonlinear dynamical systems such as weakly coupled oscillators are an interesting
approach to be adopted for the regulation of power inverters inside microgrids. Aiming at the …

In this article, a decentralized controller, based on the current mode virtual oscillator, is
proposed to control the distributed power filters in dc systems. This communication-free …

Virtual Oscillator Control (VOC) is a decentralized grid-forming inverter control strategy that
emulates the dynamics of a class of nonlinear oscillator. It is currently being considered as a …

Power quality issues are challenging to deal with by conventional harmonic suppression
methods in a virtual synchronous generator-based system connected to the distorted grid …

The measurement and model errors always exist in the sample or data analysis part of
Microgrids (MGs) system, bringing oscillation and inaccuracy to the controller and energy …

Virtual oscillator control (VOC) is a very popular method for the control of parallel inverters.
In this work, Deadzone oscillator (DZO) based VOC and Hopf oscillator (HO) based VOC is …

This article presents the detailed analysis of power quality improvement in microgrids by
using the multiple schemes. The microgrid contains the various renewable energy sources …

In inverter‐dominant power systems, grid‐forming (GFM) inverters regulate voltage and
frequency. To construct GFM inverters, conventionally, various control methods based on …

This thesis focusses on investigating the virtual oscillator control (VOC) and applying it to
mixed source microgrids to address several stability issues. A detailed comparison between …