Herausforderungen bei Übertragung und leistungsstarken Anschlüssen

Mittwoch, 07. Mai 2025

Zeit
09:00 - 10:30Uhr
Halle
ICM München
Raum
Room 13 A

Netzplaner stehen vor der komplexen Aufgabe, Energie aus den Erzeugungszentren erneuerbaren Stroms zu den Verbrauchszentren zu transportieren und gleichzeitig den steigenden Bedarf an leistungsstarken Anschlüssen für Speicheranlagen, Elektrolyseure und Rechenzentren zu decken. Diese Entwicklungen stellen Netzplaner sowie Dienstleister und Projektentwickler vor große Herausforderungen. In dieser Session untersuchen wir die technischen, regulatorischen und logistischen Hürden bei der Bewältigung dieser Anforderungen und sprechen über innovative Lösungen, um eine zuverlässige und effiziente Netzintegration und zukunftssichere Energiesysteme zu gewährleisten. Darüber hinaus wird erörtert, wie wichtig eine Systemplanung ist, und wie verschiedene Akteure zu Optimierungsmaßnahmen beitragen können, um Investitionen besser zu priorisieren und die europäischen Ziele zu erreichen.

Bitte beachten Sie, dass alle Konferenzsessions in englischer Sprache abgehalten werden.

09:00 - 09:05UhrWelcome and Introduction

Antonella Battaglini

CEO

Renewables Grid Initiative

09:05 - 09:15UhrNo Transition Without Transmission

Dr. Anser A. Shakoor

Executive Leader

GE Vernova

09:15 - 09:25UhrGrid Planning Optimization: How to Save Resources and Deliver on Targets

Dr. Alexandre Oudalov

Manager Power Systems of the Future

Hitachi Energy Germany AG

09:25 - 09:35UhrThe Value of BESS as a Transmission Asset (SATA) for the Power System

Dr. Sankara Subramanian

Sales & Business Development Director, Middle East & India, and Utility Market Leader

Saft Batteries

09:35 - 09:45UhrEquigy: European Collaboration for Distributed Flexibility

Speaker tba

09:45 - 09:55UhrEvaluation of the Economic Surplus Generated by the European Balancing Platforms

Speaker tba

09:55 - 10:10UhrInteractive Discussion

Dr. Andrzej Ceglarz

Director Energy Systems

Renewables Grid Initiative

10:10 - 10:30UhrPanel Discussion

Antonella Battaglini

CEO

Renewables Grid Initiative

Referenten
Referent
Dr. Alexandre Oudalov, Hitachi Energy Germany AG

Manager Power Systems of the Future

Germany

Dr. Alexandre Oudalov leads Hitachi Energy's Power Systems of the Future program, overseeing a research team that analyses the mid- and long-term impacts of global power system transformation. His work focuses on the integration of renewable energy, distributed energy resources, sector coupling, and digitalization. In addition to his role at Hitachi Energy, Dr. Oudalov actively contributes to the industry as a convener and expert in several CIGRE working groups. His research has resulted in over 50 journal and conference publications, along with 15 granted patents. He holds a PhD in Electrical Engineering from the Swiss Federal Institute of Technology in Lausanne (EPFL).

Referent
Antonella Battaglini, Renewables Grid Initiative

CEO

Deutschland

Antonella Battaglini is the CEO of the Renewables Grid Initiative-RGI, which she founded in 2009. RGI is a unique collaboration of NGOs and TSOs from across Europe, promoting transparent, environmentally sensitive grid development to enable steady growth of renewable energy and the energy transition. In addition, Antonella has been an expert member of the World Economic Forum's Global Future Council on Clean Electrification and of the European Commission Interconnection Target Group. For many years, Antonella has also held the position of senior scientist at the Potsdam Institute for Climate Impact Research (PIK).

Referent
Dr. Sankara Subramanian, Saft Batteries

Sales & Business Development Director, Middle East & India, and Utility Market Leader

Frankreich

Grid Leader with 33+ years of international experience in Power Grid sector covering, transmission & distribution including the latest technological resources employed in today's grid to meet the energy transition with renewable resources. He is currently the Sales & Business development Director for Middle East & India, responsible for developing local business and promoting ESS products in the Middle Eastern and Indian markets. Sankara holds 17 International Granted patents. He is very active member of international WG committees. Sankara has authored and presented 70+ combined conference papers and Journals over the last 20 years. Sankara Subramanian is passionate about the grid activities particularly during these exciting times of energy transition, he likes to solve Grid customers challenges by listening to each of those specific challenges (as he believes every customer problem is unique) and proposes the most optimized and value-added solution that will benefit the customer and the wider grid.

Referent
Dr. Andrzej Ceglarz, Renewables Grid Initiative

Director Energy Systems

Deutschland

Dr. Andrzej Ceglarz works as the Director of Energy Systems at RGI, a collaboration of NGOs and TSOs promoting sustainable grid development for renewable energy growth. He focuses on transparent, participatory and inclusive planning and implementing of a decarbonised and optimised energy system, with special role given to electricity grids. Andrzej holds a PhD from Technical University Munich, he used to work at Potsdam Institute for Climate Impact Research and currently he serves as a co-convenor of the Stakeholder Reference Group (SRG) in the TYNDP process.

Referent
Dr. Anser A. Shakoor, GE Vernova

Executive Leader

United Kingdom

Dr. Anser Shakoor leads GE Vernova's Consulting Services business in Europe. He is a leading expert in energy transition, focusing on reliable and economically efficient grid integration of renewable energy and storage. He has over 25 years of diverse experience providing strategic advisory services to utilities, large energy consumers and energy infrastructure developers/investors across Europe, the Middle East and North America. Prior to joining GE, he was the Head of Energy Portfolio Management (EMEA) at Hitachi Energy, Head of Advisory (EMEA) at ABB, and a Fellow at the UK Energy Research Center. He holds a PhD in Power System Economics.

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