This paper proposes a low computational complexity enhanced voltage-oriented control
strategy (EVOC) based on robust backstep** controllers (BSC) in the synchronous …

This paper proposes a novel methodology for controlling voltage and frequency of islanded
microgrids and meanwhile improving the system power quality. The proposed methodology …

The islanded operation mode of a microgrid system is usually affected by the system
uncertainties, such as the load, source, and parameter variations. In such systems, the …

A favorable option to supply unbalanced loads and provide the neutral wire is the four‐leg
inverter. Controllers with high robustness and dynamic response should be used to adjust …

With a view to reducing harmonic content in electrical power systems, and, consequently,
improving power quality level, filters and other harmonic compensation devices are widely …

This paper presents a configuration of dual output single-phase current source inverter with
six-switches for microgrid applications. The inverter is capable of delivering power to two …

This study focuses on a backstep** control (BSC) of a three-phase four-leg pulse width
modulation (PWM) rectifier under balanced and unbalanced load and grid conditions. The …

In a stand‐alone microgrid, voltage control is an important issue to keep the grid balanced
under unbalanced load conditions. The other important challenges in microgrids include …

The power electronic interface is a significant part of the energy conversion systems based
on renewable sources. Due to the extensive infiltration of renewable sources into power …

This paper presents a model predictive control (MPC) and its application on a three‐phase
four‐leg inverter in an islanded mini‐grid to compensate for unbalanced load conditions …