Advancing the Green Energy Transition through Innovation and Global Collaboration
The Summit brings together Nobel Laureates, senior policymakers, leading scientists, industry executives, investors, and international leaders from the U.S., China and beyond to explore the technologies, policies, markets, and partnerships shaping the future of the global energy transition — from AI and next-generation power systems to breakthrough clean energy technologies and global energy cooperation.
Summit Leadership
Steven Chu
Nobel Laureate; Former U.S. Secretary of Energy
Yi Cui
Professor, Stanford University; Founding Director, Stanford Sustainability Accelerator
Nobel laureates, policy leaders, innovators, and investors in one conversation.
The Summit brings together exceptional voices across science, policy, technology, industry, and investment.
Steven Chu
Paul Milgrom
Erik Solheim
David Sandalow
Yi Cui
Nancy Skinner
A strategic convening at a consequential moment for energy and climate.
Why now
The global energy transition is entering a more complex and consequential phase, as clean-energy technologies continue to scale while policy uncertainty, grid constraints, rising electricity demand, and geopolitical tensions reshape the path forward.
Why this Summit
The Summit creates a focused setting for leaders to compare experience, build trusted relationships, and identify practical opportunities for cooperation and innovation.
Innovation
Explore emerging technologies and practical solutions shaping the future of green energy.
Strategic Insights
Understand technology trends, policy evolution, market design, and investment opportunities.
Partnership
Connect leaders across government, academia, industry, investment, and international organizations.
Impact
Turn dialogue into lasting collaboration and real-world outcomes for the energy transition.
The forces reshaping energy.
Key areas of discussion are expected to include:
AI ↔ Energy: Powering AI, Transforming Energy
Powering AI with reliable, clean electricity while transforming energy systems through AI-enabled intelligence and optimization.
Power Systems for
the Age of Electricity
Grid modernization, flexibility, storage, renewable integration, transmission, virtual power plants, market design, and system reliability.
Next-Generation
Clean Energy
From breakthrough innovation to commercial deployment—including advanced nuclear, geothermal, hydrogen, carbon removal, long-duration storage, and emerging technologies.
Clean Energy Supply
Chains
Manufacturing, critical minerals, resilient supply chains, investment, industrial competitiveness, and commercialization.
Energy in a
Fragmented World
How geopolitics, energy security, policy uncertainty, and economic competition are reshaping international energy cooperation.