In light of increasing integration of renewable and distributed energy sources, power
systems are undergoing significant changes. Due to the fast dynamics of such sources, the …

With increasing the penetration of distributed and renewable sources into power grids, and
with increasing the use of power electronics-based devices, the dynamic behavior of large …

A general phasor transformation theory for analyzing all linear ac converters such as
inverters, rectifiers, cycloconverters, and resonant converters is suggested by unifying the …

In recent years, with increasing penetration of small distributed generators and fast power
electronics based devices, the assumption of quasi-static phasors is becoming increasingly …

Today the dq0 reference frame is mainly used for modeling and control of traditional electric
machines and small power sources. A current challenge is to merge various dq0-based …

Three-phase circuits that are Symmetrically Configured in the Narrow Sense (SCNS) have
been defined in previous works as circuits which dq 0 dynamic model does not depend on …

This paper deals with three-phase matrix-reactance frequency converters (MRFCs). Their
topologies are based on unipolar PWM AC matrix-reactance choppers (MRCs). In the …

The dq0 transformation is increasingly used today to model distributed sources, complex
loads, renewable generators, and power electronics-based devices. This paper presents a …

The determination of a converter's passive elements and loadability margin for various load
and power grid conditions is of great importance to the proper operation of matrix-reactance …

This paper presents a novel approach to wind farm commitment by introducing a Matrix
Converter (MC) based Wind Energy Conversion System (WECs) that incorporates a battery …