Panel Sessions

PEDG 2024 is an international symposium sponsored by IEEE Power Electronics Society (PELS) and is hosted by the Luxembourg Institute of Science and Technology (LIST) from June 23rd to 26th, 2024.

Click on the title of each session to display the details.

June 24th, 2024 - 11.00-12.30

  • Thanga Raj Chelliah – Indian Institute of Technology Roorkee  India
  • Vishal Undre - Manu Dextra GmbH – Germany
  • Aakriti Gupta - GE Vernova (Power Conversion) – UK
  • Yogesh Bornarkar - Siemens Energy – India

Abstract:

Smart grids accept distributed intermittent generations (renewables) such as wind, photovoltaic solar to enhance overall power system operations. The key challenges to interconnecting such generations into the grid are: (i) advanced regulatory mechanisms are needed to maintain high energy efficiency, power quality and reliability during their fluctuations, (ii) backup storage due to its intermittent nature. Distributed energy storage (DES) systems (capturing, storing and releasing electric power in large amount) helps the smart grid to optimize utilization of distributed generations and maintain a good relationship with the distributors and customers. Storage systems are also of great importance, not just for integrating renewable energy sources, but for the variations in the demand due to electric cars and trucks. Several possible technologies for electricity storage include high-energy batteries, flywheels, superconducting magnetics, compressed air, and pumped hydro-electric systems. This special session will attempt to bring together researchers and practitioners to a common platform and will create a forum to discuss the latest developments in this application.

  • Marius Langwasser Kiel University/Fraunhofer ISIT – Germany
  • Marco Liserre Kiel University/Fraunhofer ISIT – Germany
  • Ali Kazerooni, Spenergynetworks – Germany
  • Speaker to be confirmed, Eaton – Germany

Abstract:

Solid-state transformers (SSTs) represent a revolutionary technology poised to transform the landscape of electrical distribution networks. These innovative systems, merging power electronics with conventional transformer functionalities, offer unprecedented flexibility and control over voltage conversion, power quality, and distribution grid integration. The panel session on "Industrial Perspectives on Solid-State Transformers in Distribution Grids" aims to delve into the practical implications, challenges, and opportunities SSTs present from an industry standpoint. Experts from leading companies and research institutions will share insights into the latest advancements in SST technology, its potential to enable the integration of renewable energy sources, and its role in enhancing grid resilience and efficiency. The discussion will also cover the economic and regulatory hurdles to widespread adoption, strategies for overcoming these obstacles, and the future outlook for SST deployment in modern power systems. Through a blend of technical presentations and interactive discussions, attendees will gain a comprehensive understanding of how solid-state transformers are set to redefine energy distribution networks.

June 24th, 2024 - 14.30-16.00

  • Deepak Ramasubramanian, EPRI – US
  • Mark O'Malley, Imperial College London – UK
  • Ben Kroposki, NREL – US
  • Julian Leslie, National Grid – UK

Abstract:

Amidst the rapid deployment of Inverter Based Resources (IBRs) on global grids, this panel addresses the pressing need for effective integration strategies from a power system perspective. This session aims to shed light on the efforts of utilities and grid operators to harmonize the inclusion of IBRs, focusing on the adoption of advanced Grid Forming (GFM) capabilities. Experts will discuss methodologies to validate the effectiveness of these strategies in real-world operating conditions, underscoring the practical challenges and successes encountered. Additionally, the session will critically evaluate the existing gaps within the industry as technology scales up, emphasizing the urgency for innovative solutions and collaborative efforts to address these voids. Presentations and discussions will explore the readiness of current systems to accommodate the surge of IBRs, the evolution of grid management practices, and the envisioned roadmap to navigate the complexities associated with large-scale integration of renewable energy sources. Attendees will gain a deep understanding of the state-of-the-art in grid integration techniques, the hurdles that lie ahead, and the collective action required to ensure a stable and efficient power system.

June 24th, 2024 - 16.30-18.00

  • Dr. Deepak Divan, Georgia Tech – US
  • Dominic Gross, UW-Madison – US
  • Xiongfei Wang, KTH – Sweden
  • Julia Matevosyan, ESIG/GPS – US

Abstract:

As the power industry stands on the brink of a significant transformation, this panel delves into the implications of transitioning to an IBR-dominant grid. This discussion takes a forward-looking approach to unravel how the proliferation of IBRs is set to fundamentally alter the grid's operational and stability paradigms. The session will highlight the critical challenges associated with this shift, including the stability concerns in the absence of traditional synchronous generators, the scarcity of models that accurately depict realistic grid growth scenarios, and the nuanced opportunities this transition presents. With hundreds of gigawatts of IBRs poised for deployment in the near future, the focus will intensively be on the interim phase, examining how the grid can navigate through this period without established GFM techniques. Participants will engage in a comprehensive analysis of the potential for a paradigm shift in grid operation, the intricacies of managing a transition of this magnitude, and the innovative thinking required to reimagine grid stability and reliability. The discussions aim to foster a deeper understanding of the transformative journey towards an IBR-dominant future, encouraging proactive measures and collaborative efforts to address the impending challenges.

June 25th, 2024 - 11.00-12.30

  • Hui Li – Florida State University – US
  • Kenichiro Sano - Tokyo Institute of Technology – Japan
  • Karl Schoder – Florida State University-CAPS – US
  • Biao Zhao – Tsinghua University – China

Abstract:

This panel session focuses on the pivotal role of MMC technology in shaping the future of modern power systems, with a special emphasis on distributed grids. MMC, characterized by its modularity, flexibility, and high efficiency, is at the forefront of advancing grid infrastructure to accommodate the growing penetration of renewable energy sources and the increasing demand for reliable and efficient power transmission. This session will delve into the latest developments in MMC design and topology, exploring innovative control strategies that enhance operational stability and optimize performance. Experts will discuss the critical aspects of testing methodologies that ensure MMCs meet rigorous standards for grid compatibility and reliability. The discussion will extend to the integration challenges and opportunities MMCs present within distributed grids, highlighting their potential to revolutionize power flow management, improve system resilience, and facilitate the transition to a more sustainable and decentralized energy landscape. Through a comprehensive examination of MMC technology, attendees will gain insights into its transformative impact on grid applications, underscoring the necessity for continued research, development, and deployment in this dynamic field.

June 25th, 2024 - 14.30-16.00

  • Rik W. De Doncker, RWTH Aachen University, E.ON Energy Center – Germany
  • Antonello Monti, RWTH Aachen University, E.ON Energy Center – Germany
  • Marco Liserre, Kiel University/Fraunhofer ISIT – Germany
  • Federico Cecati, Kiel University/Fraunhofer ISIT – Germany

Abstract:

This panel session addresses the critical transition to renewable energy systems, emphasizing the role of power electronics in integrating wind turbines and photovoltaic systems into the grid. As renewable sources are inherently distributed, this shift necessitates advanced management of complex, bidirectional power flows, highlighting the need for DC transmission and distribution systems for their efficiency and flexibility. Central to this are high-power DC-DC converters or DC solid-state transformers (SSTs), functioning as energy routers to seamlessly connect diverse energy sources and manage power distribution. This session aims to showcase the latest advancements in energy router technology, including design, intelligent control, and real-time simulation, alongside discussions on standardization efforts and demonstration projects. It serves as a platform for exploring the potential of energy routers in achieving a flexible, efficient, and renewable-driven electrical grid, while addressing the ongoing challenges and future directions in this rapidly evolving field.

  • Jelena Popovic, Twente University – The Netherlands
  • Issa Bataresh, University of Central Florida – US
  • Sanjib Kumar Panda, National University of Singapore – Singapore
  • Deepak Divan, Georgia Tech – US

Abstract:

This panel delves into the interplay between current Energy Transition trends and the evolution of solutions for Energy Access. It highlights the swift acceleration in decarbonizing electricity supply and electrifying demand, driven by advancements in renewables, electric vehicles, and storage technologies. Despite these strides, universal energy access remains elusive due to affordability and scalability issues. The session will examine how developed countries' power system challenges and energy access opportunities can converge, showcasing recent technological progress that accelerates the energy transition. It aims to address the obstacles and foster discussions on utilizing these technologies to achieve rapid advancements in energy access. Targeting energy access practitioners, policymakers interested in novel technological solutions for energy access, and technology providers looking to venture into energy access markets, this session intends to facilitate a paradigm shift towards scalable and impactful energy access solutions. 

June 25th, 2024 - 16.30-18.00

  • Drazen Dujic, EPFL – Switzerland
  • Giovanni De Carne, Karlsruhe Institute of Technology – Germany
  • Xinbo Ruan, Nanjing University of Aeronautics and Astronautics – China
  • Jingxin Hu, Nanjing University of Aeronautics and Astronautics – China

Abstract:

This panel session addresses the critical transition to renewable energy systems, emphasizing the role of power electronics in integrating wind turbines and photovoltaic systems into the grid. As renewable sources are inherently distributed, this shift necessitates advanced management of complex, bidirectional power flows, highlighting the need for DC transmission and distribution systems for their efficiency and flexibility. Central to this are high-power DC-DC converters or DC solid-state transformers (SSTs), functioning as energy routers to seamlessly connect diverse energy sources and manage power distribution. This session aims to showcase the latest advancements in energy router technology, including design, intelligent control, and real-time simulation, alongside discussions on standardization efforts and demonstration projects. It serves as a platform for exploring the potential of energy routers in achieving a flexible, efficient, and renewable-driven electrical grid, while addressing the ongoing challenges and future directions in this rapidly evolving field.

  • Annette Mütze,TU Graz – Austria
  • Leila Manshaei, Hitachi Energy – Sweden
  • Ulrike Grossner, ETH – Switzerland
  • Qianwen Xu, KTH - Sweden

Abstract:

This panel session is dedicated to celebrating and demonstrating the pivotal role of women in steering the transition towards modern, sustainable energy systems. This session is inspired by global initiatives like the Green Deal and the United Nations Sustainable Development Goals, showing how modern power electronics technologies are key enablers for critical areas, such as renewable energy adoption, system efficiency, decarbonization, and widespread electrification. Featuring a lineup of distinguished speakers, including leaders from IEEE PELS and representatives from Women in Engineering (WIE) chapters and regions, this session offers a platform for female pioneers in engineering to share their insights, experiences, and contributions to the energy sector. Through a series of four thematic speeches and an enlightening discussion, attendees will gain a deeper understanding of the unique challenges and opportunities faced by women in this traditionally men-dominated field. The session aims not only to shed light on the achievements of women engineers in energy system innovation but also to foster discussions on advancing women's status in engineering and nurturing future female leadership in energy system transformation.

June 26th, 2024 - 11.00-12.30

  • Speaker to be confirmed - i-STENTORE – EU
  • Speaker to be confirmed - SINNOGENES – EU
  • Speaker to be confirmed – AGISTIN – EU
  • Speaker to be confirmed – WeForming – EU

Abstract:

This panel session is dedicated to exploring the integration of energy storage systems and flexible technologies within the framework of the Horizon Europe programme, aiming to accelerate the clean energy transition. Highlighting large-scale projects funded by Horizon Europe, the session will focus on the transformative impact these initiatives have on enhancing energy sustainability across the continent. Experts leading these flagship projects will discuss the advancements in energy storage, from cutting-edge battery technologies to innovative thermal storage solutions, and how they are critical in managing the intermittency of renewable energy sources. The discussion will also cover the deployment of flexible technologies, including demand-side management and smart grid solutions, that enable a more resilient and efficient energy system. By examining the successes and challenges of these pivotal projects, the session aims to provide insights into the role of storage and flexibility in achieving Europe's ambitious goals for a carbon-neutral future, showcasing the path forward for policymakers, industry stakeholders, and the research community.

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About PEDG 2024

PEDG 2024 is an international symposium sponsored by IEEE Power Electronics Society (PELS) and is hosted by the Luxembourg Institute of Science and Technology (LIST) from June 23rd to 26th, 2024.

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E-mail: pedg2024@list.lu

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