Renewable energy sector is undergoing rapid expansion as the global focus is shifting
towards cleaner, reliable and sustainable resources. As the new installation of these …

Abstract Model predictive control (MPC) is recently emerging as an efficient and promising
technique for the control of power converters. In the conventional MPC algorithm, the control …

This paper presents an optimized single-phase three-level boost DC-link cascade H-bridge
multilevel inverter (TLBDCLCHB MLI) system to generate a seven-level stepped output …

Hybrid power generating system is the renowned renewable energy technology that is
mainly meant for its reliable performance. This paper introduces a new phase for power …

The employments of Multilevel DC Link Inverters offer dependable points of interest
attributable to the expansion in the highest levels at the yield output voltage and are broadly …

Multilevel inverters play a crucial role in energy conversion and power electronics
applications. However, the harmonics generated during the operation of such inverters can …

In this work, we presented the modelling and simulation of the electrical operation of a
photovoltaic (PV) system adapted by an MPPT control, the latter is applied to the robust …

An open circuit fault diagnosis scheme for the power switches of the output inverters in a
cascaded H bridge multilevel converter is proposed in this research work, which is designed …

Optimizing the power system is challenging to address because power systems are
enormous and complicated and can be impacted by several unanticipated occurrences. As …

Aiming at the problems of high similarity and difficulty in extracting the fault features of power-
switching tubes, as well as the high complexity of fault diagnosis models, the large number …