Power Europe Overview


Congress END-OF-DAY PRIVATE ROUND TABLE DISCUSSIONS



17:30 - 18:30 | Thursday 28 November



Limited to a maximum of 10 participants per discussion, the end-of-day private round table discussion groups provide participants with an excellent networking opportunity. Participants pre-register their seat to come together over a specific issue and speak openly and frankly on issues and challenges with their peers and leading specialists offering a valuable opportunity for focused and extended exchange of knowledge, ideas and solutions.



Discussion 1



CEO/MD & Power Europe Executive Advisory Panel





  • Energy transition and decarbonization: Managing the energy transition and power portfolio strategy in the face of global gas supply volatility and power price volatility.
  • Grid modernization and digitalization: The latest advancements in grid technology and digitalization, and their impact on power utilities.
  • Operating within the current regulatory landscape and market dynamics: Managing production costs within the context of the European Green Deal and continuing Russia-Ukraine conflict.
  • Customer engagement and demand management: The changing customer demands and expectations, and strategies for engaging and managing customers.
  • Infrastructure investment and financing: The current infrastructure investments and financing opportunities for power utilities in Europe, including the role of government funding and public-private partnerships.


Discussion 2



Power Utility Transformation and Digitalisation





  • Emerging technologies in the energy sector and their impact on power utilities: The adoption of renewable energy sources, the integration of smart grid technology, and the use of digital tools for energy management.
  • The role of digitalization in improving customer experience: Customer-facing technologies, such as mobile apps and online portals, and the use of digital analytics to better understand customer needs and preferences.
  • The impact of regulation on power utility transformation: Government policies, mandates, and regulations affecting the energy sector, and how utilities can adapt and comply with these requirements while also pursuing their own digital transformation initiatives.
  • Partnerships with technology companies, academic institutions, and other utilities to drive innovation and improve efficiency.
  • Cybersecurity and data privacy: The threat of cyber attacks, the importance of data privacy, and the measures power utilities are taking to protect their networks and data.


Discussion 3



Trading Developments, Systems, Markets &
Volumes





  • Market trends and opportunities in the energy trading sector.


  • Advances in technology and automation of trading systems, including the use of artificial intelligence, big data, and blockchain.


  • Key regulatory changes impacting the energy trading industry and the impact on the market and participants.


  • Challenges faced by power utilities in the management of energy volumes and their impact on market stability and reliability.


  • Collaboration and strategic partnerships in the energy trading sector, including the benefits and challenges of inter-utility trading agreements.


Discussion 4



T&D System Requirements for Managing 40-60% RES





  • Integrating a high percentage of renewable energy sources into the existing transmission and distribution systems.
  • Grid Capacity and Reinforcement: Analyzing the need for upgrading and reinforcing the grid to accommodate the increasing volume of renewable energy, and the impact this will have on the existing system.
  • Managing Variability and Intermittency: Discussing the best practices and solutions for managing the variability and intermittency of renewable energy sources and ensuring reliable and stable power supply.
  • Flexibility and Real-Time Operations: Discussing the use of flexible operations and real-time control of the grid, and the role of advanced technologies in enabling this.
  • Increasing Interconnection and Cross-Border Cooperation: Exploring the benefits and challenges of interconnecting grids and cooperating across borders to maximize the potential of renewable energy sources and meet the growing demand for clean energy.


Discussion 5



EV Infrastructure Development & Power System Integration





  • Utilising the latest technologies and best practices for integrating EV infrastructure into the power grid and optimizing system performance and reliability.
  • Leveraging interconnectivity and interoperability between EV charging networks and the power grid to maximize the flow of energy and minimize disruptions.
  • Optimizing public-private partnerships to drive investment and innovation in EV infrastructure, while also managing risk and ensuring sustainability.
  • Maximizing customer engagement and education to promote widespread EV adoption, and managing any challenges or barriers to widespread adoption.
  • Managing the impact of increasing EV adoption on power systems and grid stability, and utilizing data analytics and other tools to proactively address these challenges


Discussion 6



New Technology Utilisation in Distributed Power Systems





  • Implementing advanced technology solutions to improve the efficiency, reliability, and sustainability of distributed power systems.
  • Upgrading existing infrastructure to handle the integration of new energy sources and technologies, and the key considerations for optimizing performance and minimizing disruption.
  • Utilizing new technologies, such as blockchain and artificial intelligence, to enhance the management and control of distributed power systems, and to optimize energy flow and reduce system costs.
  • Leveraging big data and analytics to optimize energy usage and reduce energy waste, and to improve decision-making and resource allocation.
  • Maximizing the benefits of renewable energy sources and smart grid technologies, and managing the challenges associated with integration and grid stability in a rapidly evolving power landscape.


Discussion 7



Security System Design Within Smart Grid Architecture





  • Maximizing the effectiveness of security system design within smart grid architecture, and the key considerations for ensuring the confidentiality, integrity, and availability of data and systems.
  • Implementing robust security measures for protecting sensitive data and intellectual property..
  • Utilizing advanced technologies and techniques for detecting and mitigating cyber threats and vulnerabilities in smart grid systems, and the importance of leveraging threat intelligence and incident response processes to minimize risk.
  • Managing the complexity and interdependencies of smart grid systems and security systems, and the importance of optimizing system performance and reliability while also reducing risk and maintaining resilience.
  • Upgrading legacy systems: the role of DSOs and TSOs in ensuring the seamless integration of new technologies and tools with existing systems.


Discussion 8



Ensuring Power System Resilience In the Context of Natural and Geopolitical Threats





  • Implementing contingency plans to ensure resilience in electricity system operations during crisis and emergency situations.
  • Upgrading critical infrastructure to mitigate the impact of cyber attacks and physical threats on electricity system operations.
  • Utilizing advanced monitoring and control technologies to enhance the real-time visibility and control of electricity systems, and to optimize system performance and reliability.
  • Leveraging big data and artificial intelligence to improve system management and decision making, and to maximize the efficiency and reliability of electricity systems.
  • Managing interconnections and interdependencies between power systems to enhance system resilience and to optimize energy flow and exchange in the face of natural and hostile threats.


Discussion 9



Global Standardisation (IEC) for Digital Grid Management





  • Key challenges utility companies are facing when implementing the IEC standards for digital grid management: operational issues, costs, regulatory. and other challenges.
  • Experiences and best practices for adopting IEC standards: approaches to collaboration communication strategies: and managing stakeholder expectations.
  • The future of digital grid management and the impact of new technologies.
  • Steps that utility companies can take to fully adopt the IEC standards, and the benefits of assisting others do the same.
  • Experiences in implementing Common Information Models (CIMs) through IEC standardization across the Smart Grid and SCADA systems.


Discussion 10



EU Regulatory Risk Management & REPowerEU Plan as a Response to Fuel Supply Disruptions





  • The impact of the Ukraine-Russia conflict and the REPowerEU policy response to support the European power and energy market.
  • Regulatory risk management regarding fuel market and regulatory policy changes.
  • Impacts on original Green Deal initiative and reduction targets and use of carbon pricing mechanisms.
  • The impact of these regulations on the power market and risk management strategies.
  • EU regulatory effects on network and grid management, interconnections, network tariffs, and the integration of distributed energy resources.
  • Consumer protection and data privacy: tariffs, billing: and protection of personal data.
  • Evolution of the changes in EU policy after demand suppression due to Covid, fuel supply due to the Ukraine conflict and how power utilities need to adapt their risk management strategy.


Discussion 11



Demand Response Systems for Power Generators | Implementation & Experiences





  • Overview of demand response programs used by utility participants..
  • Experiences in improved grid reliability, reduced energy costs, and increasing revenue.
  • Challenges and risks associated with demand response systems, including technical issues, customer participation, and regulatory compliance.
  • Participant experiences of successful demand response systems, best practices and lessons learned.
  • Integration of demand response systems with RES, including the impact on grid stability and the need for advanced energy management systems.
  • The current regulatory environment for demand response systems, including member state and policies and the role of utilities and independent system operators.
  • Experiences in customer engagement in successful demand response system implementation, including the role of incentives, education, and communication.


Discussion 12



Rethinking Nuclear Power Within the European Power Market for Security of Power Supply





  • A brief overview of the current state of nuclear power within the European power market and the reasons for rethinking its role in ensuring security of supply.
  • The role of nuclear power in ensuring energy security for Europe, including issues such as dependence on foreign energy sources, fuel diversity, and the impact of energy price volatility.
  • The political re-evaluation of nuclear power and potential impact on capital and operating costs, and competitiveness.
  • Changes in public acceptance of nuclear power given rapidly rising energy prices.
  • Advances in technology and innovation and the impact on regulatory frameworks.
  • Integrating nuclear baseload with RES: Economics, scalability, and public support.
  • The potential for international cooperation in the development and deployment of nuclear power.
  • The role nuclear power can assume as a critical aspect of Europe's energy future.


Registered delegates will be offered their private round table choice on a first-come-first-served basis. In the event where delegates' first choices are not available (as there is a table limit of 10 participants), their second and third choices will be assigned



Summit participants & Community Member Testimonials




" EXCEPTIONAL !
VERY GOOD SPEAKERS THAT COMPLETELY SATISFIED WHAT I WANTED TO HEAR ABOUT "



Dr. George Papaioannou, Director of Research, Technology and Development, ADMIE (Greek T.S.O)




" GREAT UPDATES ON POWER MARKET DYNAMICS AND GETTING AN INSIGHT INTO THE CHALLENGES, CONCERNS AND SOLUTIONS OF GENERATORS, DSOS AND TSOS "



Kris Adriaenssen, Head of Marketing,
ZF Wind Power




" I ATTEND TO LEARN ABOUT THE LATEST DEVELOPMENTS IN THE INDUSTRY AND TO MEET AND NETWORK
WITH PEOPLE WITH USEFUL TECHNICAL KNOWLEDGE AND SOLUTIONS. "



Jan Vorrink, Manager National Control Center | TENNET TSO




" EXCELLENT OVERVIEW OF THE CHALLENGES BEING FACED BY POWER UTILITIES TODAY AND THE TECHNICAL SOLUTIONS
CURRENTLY AVAILABLE AND
UNDER DEVELOPMENT. "



Marketing Director, Wärtsilä





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Head of Financial Planning, Council for Organizing Efficient System of Trading at Wholesale and Retail Electricity and Capacity Market - Russian Federation



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