Published Paper Details:

Multi-level inverters (MLIs) have been increasingly popular in industrial and grid-connected applications in recent years, thanks to their numerous advantages. Nevertheless, the increasing requirement for renewable energy systems (RES) is hindering the effectiveness of these traditional topologies. They are facing challenges in meeting the demand for renewable energy, resulting in issues such as reduced power reliability, inefficiency, and an uneconomical framework. As a result, researchers have been driven to develop new hybrid MLI configurations. This paper offers a thorough analysis of multilayer inverter systems that are connected to the primary power source. The evaluation provides thorough information on the types and configurations of grid-connected inverters. Various multi-level inverter configurations and techniques are categorized and thoroughly examined. In addition, this study presents and analyses multiple control reference frames for inverters. Furthermore, several techniques for controlling inverters are examined, followed by a concise overview of the latest advancements in the literature pertaining to inverters. The most recent grid-connected multi-level inverter systems are also examined, encompassing discoveries and innovations. Ultimately, the research's extent is condensed and potential avenues for future investigations are proposed. The same concept can be expressed by employing an alternative arrangement. Undoubtedly, the Internet has become an indispensable component of our daily existence and has revolutionized the way we interact and communicate. Clearly, it has become a habitual aspect of our social interactions, facilitating immediate connectivity and information sharing.