Virtual oscillator control (VOC) is a nonlinear time domain controller that achieves
significantly faster primary control response in islanded microgrids, compared to droop or …

Virtual oscillator control (VOC) is a nonlinear grid-forming controller that simultaneously
achieves the functionality of output voltage control and primary control layers in a power …

This work considers the problem of decentralized control of inverter-based ac micro-grid in
different operation modes. The main objectives are to (i) design decentralized frequency and …

New grid devices based on power electronics technologies are increasingly emerging and
introduce two new types of stability issues into power systems, which are different from …

Passivity theory provides a promising approach to guarantee microgrid system stability. If all
converters in the system can be made passive, prevention of electrical resonance can be …

In this article, we propose a frequency-domain passivity-based damping controller combined
with predictive current control for LCL-filter-equipped voltage source converters (VSCs) …

The passivity-based stability criterion (PBSC) is an effective tool to analyze the interactive
stability issues between the multi-parallel inverters and the grid. However, when using the …

To cope with future goal of efficiency, next generation of more electrical aircraft is likely to
embed reconfigurable microgrid for the primary electrical distribution. The stability analysis …

An observer based resonance damping controller is proposed for voltage source converters
(VSCs) with LCL input filter connected to any arbitrary AC network. In prior art, design and …

Virtual oscillator control (VOC) is a promising nonlinear grid-forming control for AC
microgrids that has gained increasing interest. This paper unveiled the strong harmonics …