This study introduces a new multilevel converter topology, which can synthesise all possible
additive and subtractive combinations of input DC levels in the output voltage waveform with …

Inverters, as one of the key components of electrical systems, have experienced a great
evolution in the last decade, and their performance improvement is a challenge even today …

The utilisation and importance of multilevel inverters, as one of the key component of new
electrical systems, are ever‐increasing. As a result, many works and evolutions have been …

A control of a three-phase four-leg autonomous voltage inverter (VSI) based on PID-
controllers with Scalar PWM as part of an autonomous power supply system (APS) is …

Comparative study of the methods for controlling a stand-alone voltage source inverter with
a fourth leg (4-leg VSI) based on scalar pulse width modulation (PWM) and Finite control set …

Switching converters are used in electric drive applications to produce variable voltage,
variable frequency supply which generates harmful large dv/dt and high‐frequency common …

In this paper, application of a new multilevel inverter for DTC based induction motor drive is
studied. The proposed multilevel inverter uses multiple series units of switching cells to …

Several modulation schemes are proposed and implemented in multilevel inverters (MLIs) to
reduce the total harmonic distortion (THD) content at its output. This paper proposes a new …

Multilevel inverters performance enhancement is a major topic, which has attracted the
attention of most of the researchers, to evolve with newer topologies and modulation …

The new power converter topologies ie multilevel converter is major breakthrough in power
conditioning applications. The role of multilevel converters for AC-AC conversion when …