This paper presents a new active/reactive power closed-loop control system for a hybrid
renewable energy generation system used for single-phase residential/commercial …

This paper introduces a new three-phase harmonic-decomposition technique to extract
voltage/current harmonics for use in grid-connected converters, such as for active power …

This paper briefly reviews the synchronization techniques for three-phase converter-
interfaced distributed generation (DG) systems. These techniques are compared in terms of …

In this article, a new control system is introduced for use in uninterruptible power supply
(UPS) systems. The proposed control system is able to improve the dynamic performance of …

This paper briefly reviews the synchronization techniques for single-phase converter-
interfaced distributed generation (DG) systems. These techniques are compared in terms of …

The well-known and ever-present time-varying and non-stationary nature of waveforms in
power systems requires a comprehensive and precise analytical basis that needs to be …

Distributed generation like solar, wind, mini hydro and hybrid are gaining popularity in
remote locations owing to the fact that it needs no transmission lines, less polluting and is …

This paper briefly reviews the synchronization techniques for single-phase and three-phase
converter-interfaced distributed generation (DG) systems. These techniques are compared …

This paper presents a control solution to damp the torque oscillations that appear in a
generator during an unbalanced stator fault. The solution proposed is applicable to a …

This paper reviews different three-phase harmonic detection techniques. These techniques
are to extract voltage/current harmonics for use in grid-connected converters. In particular …