A new adaptive control strategy, intended to improve the ride-through capability of high-
voltage direct current (HVDC) systems under unbalanced network conditions and parameter …

In this study an adaptive control is designed for a three-phase voltage source converter
(VSC) acting as a static synchronous compensator to provide power factor compensation …

Three-phase voltage-source converters (VSC) are basic building blocks for many
applications in power systems, including grid integration of renewable energy and energy …

This article presents an adaptive control scheme for a three-phase voltage source converter
(VSC) used as a STATCOM. The novelty of the method lies in the derivation of the adaptive …

This study presents a general control strategy for active power filters derived from the current‐
sha** principle previously employed in shunt active filters. The generalisation introduced …

Over the past decade improvements in semiconductor technology have led to faster power
electronic switches with higher ratings. These devices have been used to improve the …

This work presents a new trajectory tracking control strategy for a three phase Voltage
Source Converter (VSC). The design is based on a third order nonlinear model of the VSC …

This paper deals with shunt active power filtering for power quality improvement under
unfavourable non-linear load and source conditions. A simple hybrid control strategy is …

The control technique used with the three-phase shunt active power filter (SAPF), has an
important role in its performance. In this paper, a comparison between the SAPF …

This article deals with shunt active power filtering for power quality improvement with
hysteresis current controllers by two methods of implementation assessed under …