ICEF2026 Program
Green Transformation through “Electrostates” Transition and Security
Some can be characterized as “Petrostates,” with strategies built around fossil fuel resources, while others are moving toward “Electrostates,” with strategies centered on electrification technologies. In practice, however, most countries remain hybrid, combining electrification with the continued use of conventional energy sources.
At the same time, heightened geopolitical tensions affecting critical energy supply chains, including concerns over the Strait of Hormuz, are prompting countries to reassess their energy security strategies and strengthen the resilience of their energy systems. Amid this diversity, electrification is becoming increasingly central to decarbonization, industrial competitiveness, and energy security. The IEA’s World Energy Outlook 2025 also highlights the arrival of the “Age of Electricity,” noting the rapid acceleration of electrification worldwide.
Building on this perspective, ICEF2026 will explore how electricity generated from low-carbon energy sources can contribute to Green Transformation (GX) and energy diversification, while recognizing the need for practical and region-specific transition pathways. It will also examine the role of low-carbon electricity across a wide range of sectors.
- Venue A (B2F)
-
9:00-9:15Opening Session
-
9:20-10:50Plenary1
Keynote Session -
11:00-12:00Session A-1
EV Adoption and Regional Growth Strategies (Tentative) -
13:00-14:00Session A-2
Advanced Nuclear Reactors (Tentative) -
14:10-15:40Session A-3
Energy Security for the Digital Era “Optimizing Grids on Earth and Beyond”Part 1
Digital-Power Nexus: Data Centers as Next-Generation Strategic InfrastructurePart2
ICEF Roadmap Project: Space-Based Data Centers -
15:50-17:20Plenary2
System-Wide Solutions for Secure, Flexible, and Resilient Electrification (Tentative) -
17:25-18:10Closing Session
*Times and session titles are subject to change.
Thursday, October 8 (JST) / Venue A (B2F)
9:00-9:15
Opening Session
9:20-10:50
Plenary1
Keynote Session
As geopolitical risks, resource constraints, and rising electricity demand reshape the global energy landscape, countries are pursuing distinct pathways toward decarbonization based on their respective resource endowments, technological capabilities, security policies, and business environments.
This session will examine the different strategies pursued by individual countries, clarify the pathways toward achieving their goals, and discuss whether international cooperation can further accelerate global decarbonization.
TANAKA Nobuo
Chair, ICEF Steering Committee;
Former Executive Director,
International Energy Agency (IEA);
CEO, Tanaka Global, Inc.
(Japan)
Adnan Z. Amin
ICEF Steering Committee;
Senior Research Fellow, Belfer Center for Science and International Affairs, Harvard University’s Kennedy School of Government;
Director General Emeritus, IRENA;
Senior Adviser to COP 28 President;
Chair of Officers' Council of the World Energy Council
(Kenya)
Speakers will be announced soon.
11:00-12:00
Session A-1
EV Adoption and Regional Growth Strategies (Tentative)
EVs are emerging as an important option for decarbonization in the mobility sector, and are also playing different roles in each country, depending on the energy structure, industrial base, urban mobility needs, and growth strategies. In advanced economies, EVs are expected to contribute to the integration of renewable energy, grid flexibility, and resilience, while EV adoption in the Global South is driven by the need to reduce dependence on oil imports, address urban air pollution, and foster domestic industries.
The aim of this session is to develop a deeper understanding of how the expectations, progress in adoption, policy frameworks, and infrastructure constraints affecting EVs differ in advanced economies and the Global South. Based on these considerations, the session will explore how EVs are linked to regional growth strategies and regionally appropriate adoption models, as well as the possibility of mutual understanding and international cooperation.
Nebojsa Nakicenovic
ICEF Steering Committee;
Honorary and Emeritus Scholar, International Institute for Applied Systems Analysis (IIASA);
Emeritus Professor of Energy Economics, Vienna University of Technology (TU Wien)
(Austria/Serbia)
Changhua Wu
ICEF Steering Committee;
China/Asia Director,
Office of Jeremy Rifkin;
Chair, Governing Council,
Asia Pacific Water Forum
(United States of America/China)
Speakers will be announced soon.
13:00-14:00
Session A-2
Advanced Nuclear Reactors (Tentative)
Demand for clean, stable, 24/7 power is growing, driven by the progress of electrification and the rapid expansion of AI data centers. Advanced nuclear technologies, including small modular reactors (SMRs), are emerging as a leading solution to meet this demand.
This session will examine the strategic framework needed to accelerate electrification and clarify the role of nuclear energy. Discussions will cover SMR deployment in North America, trilateral cooperation on SMRs, and the development of resilient supply chains to support it. The session will also address fast reactors, with a view to making effective use of resources and contributing to the realization of a sustainable and secure energy system.
TANAKA Nobuo
Chair, ICEF Steering Committee;
Former Executive Director,
International Energy Agency (IEA);
CEO, Tanaka Global, Inc.
(Japan)
Eija-Riitta Korhola
ICEF Steering Committee;
Delegate of the Consultative
Commission for Industrial Change
European Economic and Social
Committee
(Finland/Belgium)
Speakers will be announced soon.
14:10-15:40
Session A-3
Energy Security for the Digital Era “Optimizing Grids on Earth and Beyond”
Part 1
Digital-Power Nexus: Data Centers as Next-Generation Strategic Infrastructure
The digital-power nexus is not simply a matter of connecting electricity and digital systems; it is also an increasingly important next-generation strategic infrastructure. Future policy challenges will include linking data centers to low-carbon power sources and appropriate communication networks, while ensuring that AI and data-processing capabilities can withstand disasters, cyberattacks, and geopolitical risks.
This nexus is part of a next-generation economic security infrastructure that will support decarbonization, AI competitiveness, a stable, distributed power supply, and digital sovereignty. Although it will create enormous electricity demand in the future, flexible energy management can contribute to expanded deployment and enable large-scale integration of variable renewable energy. This session will address key challenges and strategic actions for turning flexibility into business value.
Sally M. Benson
ICEF Steering Committee;
Professor, Energy Science and Engineering,
Stanford University
(United States of America)
David Sandalow
ICEF Steering Committee;
Inaugural Fellow, Center on Global Energy Policy, Columbia University;
Co-Director, Energy and Environment Concentration, School of International and Public Affairs, Columbia University
(United States of America)

Thomas Wilson
Principal Technical Executive, Electric Power Research Institute (EPRI)
(United States of America)
*More speakers will be announced soon.
Part2
ICEF Roadmap Project: Space-Based Data Centers
To many, space-based data centers may seem closer to science fiction than to a topic for serious study. However, several companies have already begun developing space-based data centers and are also planning further significant investments. These investments, along with growing interest in operating data centers in low-Earth orbit, are being driven by two converging trends: the rapid expansion of AI-driven computing demand and the dramatic reduction in the cost of launching payloads into space.
Against this background, the 2026 ICEF Roadmap will explore the feasibility of operating data centers in outer space, their implications for sustainability, and the governance, operational, and regulatory frameworks required for their deployment.
David Sandalow
ICEF Steering Committee;
Inaugural Fellow, Center on Global Energy Policy, Columbia University;
Co-Director, Energy and Environment Concentration, School of International and Public Affairs, Columbia University
(United States of America)
Sally M. Benson
ICEF Steering Committee;
Professor, Energy Science and Engineering,
Stanford University
(United States of America)
Speakers will be announced soon.
15:50-17:20
Plenary2
System-Wide Solutions for Secure, Flexible, and Resilient Electrification (Tentative)
As emerging and developing economies enter an era of rapid electrification, electricity is becoming even more central to economic growth, industrialization, urbanization, digitalization, and everyday life. This session will discuss how these countries can build secure, flexible, and resilient power systems. The energy security challenges arising from growing dependence on electricity will be examined with a particular focus on structural vulnerabilities, including capacity gaps in power systems, institutions, and financing, that could be exposed by external shocks. Medium- to long-term actions needed to avoid future bottlenecks as power demand grows will also be discussed. Finally, the session will explore system-wide solutions, approaches to financing, and the future direction of international cooperation.
Hoesung Lee
ICEF Steering Committee;
Former Chair of the Intergovernmental
Panel on Climate Change (IPCC);
President, Carbon Free Alliance
(Korea)
Ismail Serageldin
ICEF Steering Committee;
Co-Chair of the Board of Nizami Ganjavi International Center (NGIC);
Emeritus Librarian of Alexandria;
Former VP of the World Bank
(Egypt)
KURODA Reiko
ICEF Steering Committee;
Principal Research Scientist at the Center for Radical Transformation,
Chiba Institute of Technology;
Senior Visiting Scientist, RIKEN Center for Integrative Medical Sciences (IMS);
Professor Emeritus, The University of Tokyo
(Japan)

Christoph Menke
Professor for Energy Technology (retired), University of Applied Sciences Trier, Germany;
Conference Chairman, Asia Pacific Green Hydrogen Conference & Exhibition, Kuching, Sarawak, Malaysia;
Distinguished Professor, Joint Graduate School of Energy and Environment, KMUTT, Bangkok, Thailand
(Germany)
*More speakers will be announced soon.
17:25-18:10
Closing Session
Thursday, October 8 (JST) / Venue B (B2F)
13:00-14:00
Session B-1
Building Resilient Circular Value Chains through Data Connectivity
Circular Economy (CE) is increasingly recognized not only as an environmental policy approach but also as a key strategy for supporting resource security and industrial competitiveness. Policies and regulatory frameworks have evolved to secure critical minerals and recycled materials while enhancing supply chain resilience. Meanwhile, data integration through Digital Product Passports and data platforms has become indispensable for achieving resource circulation.
This session will provide an overview of the latest developments in policies and regulatory frameworks related to CE. Through case studies, including the textile sector, the session will explore the role of resource transparency and cross-value supply chain data integration, and will discuss the potential of next-generation circular industrial systems that can simultaneously achieve both resource circularity and economic security.
SAKANO Akira
ICEF Steering Committee;
Representative Director,
Zero Waste Japan;
Co-Founder, Green innovation;
Chief Circularity Officer, ECOMMIT Co.,Ltd.;
Co-Director, Circular Futures Design Center, Shizenkan University
(Japan)
Valli Moosa
ICEF Steering Committee;
Chairperson of WWF South Africa;
Former Deputy Chairperson of the Presidential Climate Change Commission;
Former President, International Union for Conservation of Nature and Natural Resources (IUCN);
Former South AFrican Minister of Environment;
Former Chairperson of the UN Commission
on Sustainable Development
(South Africa)
Speakers will be announced soon.
14:10-15:10
Session B-2
From Hype to Market: Aligning Supply and Demand for Low-Emission Hydrogen
Hydrogen has moved beyond the stage of expectations, and the priority now is market formation based on real demand and cost reduction. Hydrogen markets need a design that connects supply with bankable off-takers and end users across the value chain. This session will examine how low-emission hydrogen and its derivatives can be deployed cost-effectively where demand already exists or can be created, especially in hard-to-electrify sectors. It will also discuss how existing hydrogen production, infrastructure, and end uses can be shifted toward lower-emission pathways with speed and at scale will also be discussed. Finally, the session will reassess the realistic role of hydrogen in an increasingly electrified energy system and consider the policies, institutions, and industrial strategies needed to move from ambition to implementation.
Georg Erdmann
ICEF Steering Committee;
Retired Chair of Energy Systems,
Faculty of Process Engineering, Berlin University of Technology;
President of the Board, KSB Energie AG, Berlin;
Editor of the Springer book series 'Studies on Energy, Resource and Environmental Economics'
(Germany)

Mike Enskat
Director, Innovation and Technology Centre, International Renewable Energy Agency (IRENA)
(Germany)
*More speakers will be announced soon.