Abstract:

The relentless advancement of power electronics hinges on efficient and reliable power conversion. Multilevel converters, with their proven track record of growth over three decades, are pivotal in this domain. This session is motivated by the need to consolidate and propel the ongoing research surge, addressing the ever-evolving demands of industry and emerging applications. Specifically, the drive to enhance efficiency, ensure fault tolerance, and optimize control strategies fuels the urgency for a dedicated platform. Multilevel converters are instrumental in modern power systems, particularly in integrating renewable energy sources and driving industrial applications. Their ability to deliver high power quality and reduce harmonic distortion makes them essential for grid stability and efficient energy utilization. Furthermore, advancements in this field directly translate to improved system reliability, reduced operational costs, and a more sustainable energy landscape. Addressing common mode voltage reduction is also very important to reduce stress on connected equipment. This session signifies a concerted effort to push the boundaries of this technology, fostering innovation that benefits diverse sectors. Establishing a special session provides a focused avenue for researchers to share cutting-edge findings and engage in collaborative discussions. The diverse range of topics, from novel topologies to practical industrial implementations, ensures a comprehensive exploration of the field. This platform facilitates the dissemination of knowledge, accelerates technological progress, and strengthens the connection between academic research and real-world applications. By encouraging submissions from a broad spectrum of researchers, the session aims to stimulate a vibrant exchange of ideas, ultimately driving the next generation of multilevel converter technologies. Topics of interest include, but are not limited to:
• New multilevel converter topologies
• New modulation and control strategies for multilevel converters.
• Industrial applications of multilevel converters.
• Multilevel converters for renewable energy applications.
• Common mode voltage reduction methods in multilevel converters.
• Fault tolerant design of multilevel converters.
• High efficiency multilevel converters.