Strategic Summit Agenda

Advancing Global Energy Collaboration for Shared Prosperity

Global energy markets are entering a phase of sustained expansion, driven by industrialisation, urbanisation and rising demand across the Global South. At the same time, innovation across clean energy, power systems, fuels and digital technologies is reshaping how energy is produced, traded and consumed. Together, these forces are creating new opportunities for investment, infrastructure development and cross-border cooperation that support long-term growth, system resilience and shared prosperity across diverse energy markets.

How can emerging and developing economies meet rising energy demand while maintaining affordability, reliability and sustainability? What opportunities exist for cooperation across clean energy, power systems, fuels and finance to accelerate infrastructure delivery and technology deployment at scale? And how can collaboration across markets support innovation, investment and inclusive growth in the next phase of global energy development?

Attendee Insights: Gain a market-level perspective on how cooperation, innovation and partnership are shaping the future of global energy growth and shared prosperity.

Building the Future Energy System: Leadership, Technology and Growth

The global energy system is entering a decisive new phase in which security, decarbonisation and digitalisation must advance together. China is reshaping this equation through industrial modernisation, clean-tech innovation and outward-looking partnerships that link domestic progress with global opportunity. Around the world, leaders are seeking to reconcile near-term energy needs with the long-term transformation toward integrated, flexible systems capable of sustaining economic growth and low-carbon development.

As governments and companies refine their roadmaps, how can visionary leadership translate policy intent into investment confidence while ensuring equitable access to technology? Can digitalisation and AI unlock new efficiencies that bridge fossil and renewable systems rather than divide them? And what forms of international cooperation will enable shared growth as China’s dual carbon goals become a global benchmark for collective action?

Attendee Insights: Understand how global CEOs and policymakers are aligning strategy, technology and finance to build an integrated, low-carbon energy future in partnership with China.

Capital, Policy and Partnership: Delivering the Next Wave of Energy Projects

Across the world, energy projects are entering an unprecedented phase of scale and complexity – from LNG terminals and hydrogen hubs to offshore wind arrays, battery plants, and ultra-high-voltage transmission lines. These ventures are not only redefining the global energy map but also testing how policy, capital, and industrial capability can align to turn ambition into delivery. As nations pursue secure and low-carbon growth, new models of international collaboration are emerging that connect finance, technology, and supply chains across borders.

What lessons can be drawn from successful project ecosystems where clear policy, digitalisation, and joint ventures have accelerated timelines without compromising safety or sustainability? How can global partnerships ensure that infrastructure delivery keeps pace with both demand growth and low-carbon development? And what role will China and other major economies play in shaping shared frameworks for efficient, investable, and resilient energy systems worldwide?

Attendee Insights: Explore how governments, investors, and developers are redefining global energy project delivery through coordinated policy, capital efficiency, and international collaboration.

The Rise of the Global South: New Geographies of Energy Growth

Emerging economies across Asia, Africa, and Latin America are becoming the new centres of energy demand, technology, and policy leadership. As global growth rebalances, China’s Belt and Road Initiative and South–South cooperation frameworks are evolving beyond traditional aid into mutual investment, knowledge exchange, and low-carbon industrialisation. This shift is redrawing the global energy map – from the Middle East to Latin America – linking clean power, critical infrastructure, and digital systems to inclusive development.

Can will these partnerships deliver both growth and decarbonisation? How might new policy alignments, trade mechanisms, and regional alliances accelerate the Global South’s collective influence in the energy transition? And what will define leadership in a multipolar energy world where innovation and demand increasingly originate from the South?

Attendee Insights: Understand how the rise of the Global South is reshaping global energy strategy and positioning China as a pivotal partner in advancing shared, low-carbon prosperity.

Networking Lunch Break

Gas Security and Supply Options: LNG, Pipelines and Domestic Production

Natural gas remains a pillar of energy security and economic stability throughout Asia. China’s position as the world’s largest LNG importer – combined with record domestic production and expanding pipeline links – illustrates a balanced strategy that combines diversified supply with emissions reduction. The focus is shifting from competition to cooperation, with Chinese and international partners investing jointly in infrastructure, pricing innovation and low-carbon solutions.

How can LNG, pipeline gas and domestic resources together create a secure and affordable foundation for China’s clean, low-carbon development? Will new contracting models and pricing mechanisms enhance market stability for buyers and sellers alike? And as gas evolves into a bridge fuel for China’s dual carbon pathway, what forms of technology and investment collaboration will strengthen long-term supply resilience?

Attendee Insights: Gain clarity on how China and global partners are reshaping gas security and supply models to deliver resilient and lower-carbon energy systems for Asia.

Hydrogen and Ammonia Corridors: Scaling Global Clean Energy Trade

Hydrogen and ammonia are emerging as the backbone of a new era in global energy trade – linking renewable resources, industrial demand, and shipping routes across continents. The next generation of Hydrogen 2.0 technologies is driving rapid advances in efficiency, storage, and conversion, turning early-stage projects into investable, system-scale opportunities. From Europe’s decarbonisation strategies to Asia’s manufacturing leadership and the Middle East’s low-cost production, a truly international clean-fuel ecosystem is taking shape – built on shared infrastructure, standards, and innovation.

As governments and companies move from pilots to commercial networks, how can cross-regional partnerships accelerate deployment while maintaining safety, affordability, and sustainability? Will new Hydrogen 2.0 solutions and joint public-private investment models enable a unified global market for clean molecules? And how can leadership from China, Europe, the Middle East, and the wider Asia-Pacific ensure that this next phase of cooperation transforms hydrogen and ammonia into engines of inclusive, low-carbon growth?

Attendee Insights: Explore how Hydrogen 2.0 innovation and cross-regional partnership are building the foundations of a connected, investable, and sustainable global clean-fuel economy.

Oil Supply, Trade and Energy Security: Navigating a New Global Balance

Oil remains a cornerstone of the world economy – and for Asia, a vital component of energy stability. Yet shifting trade flows, geopolitical tensions, and changing demand patterns are redrawing the global oil map. China’s 15th Five-Year Plan highlights energy security and supply diversification as national priorities, while its partnerships with producers in the Middle East, Africa, and Latin America are reshaping global oil trade. As decarbonisation accelerates, the challenge lies in balancing stable supply with low-carbon commitments, strengthening resilience through innovation, and fostering transparency in increasingly complex markets.

Can closer coordination between producers and importers mitigate volatility and ensure stable access amid global disruption? How can digital trading systems, storage optimisation, and regional cooperation enhance resilience and flexibility? And will Asia’s pragmatic, partnership-led approach to oil security set new standards for reliability and sustainability in a changing world?

Attendee Insights: Understand how China and its partners are redefining oil supply security and trade cooperation to ensure stability, sustainability, and resilience in the global energy system.

Electrifying Everything: Powering the Next Great Industrial Transformation

China’s electrification surge is reshaping not only its domestic economy but the global electricity landscape. Now generating more power than any other country in history, China’s system scale exceeds that of the United States and European Union combined – a reality that is redefining global electricity demand, infrastructure investment and industrial competitiveness. As electricity becomes the dominant driver of industrial growth, mobility and digital infrastructure, China is emerging as one of the world’s first true “electrostates” – economies where power-system scale, flexibility and market design underpin national competitiveness. Rapid expansion of renewables is occurring alongside coal flexibility retrofits, new gas capacity, pumped storage and AI-enabled dispatch, creating a system designed to manage both unprecedented scale and rising variability. Electrification of heavy industry, transport, digital infrastructure and data centres is accelerating structural demand growth, reinforcing electricity as the central fuel of economic transformation under China’s dual-carbon framework.

As electricity becomes the central fuel of economic development, how can flexibility, digitalisation and market reform ensure secure, affordable and renewable-based power at unprecedented scale? Will the rise of electrostates reshape global industrial geography – concentrating manufacturing where power is cheapest, cleanest and most reliable? And how can international partners collaborate with China to replicate electrostate models that combine renewables, storage, AI and modern market design to deliver cleaner, more resilient growth?

Attendee Insights: Explore how China’s rise as an electrostate – powered by flexibility, AI and national market reform – is redefining competitiveness in the dual-carbon era.

China’s Battery Ecosystem Goes Global: Powering the Transition

China’s rapidly expanding battery ecosystem is becoming a central enabler of flexibility in a renewable-heavy power system. As the country adds record levels of solar and wind, large-scale storage – spanning lithium, sodium, and next-generation chemistries – is helping reduce curtailment and balance variable generation. These efforts sit alongside pumped-storage expansion, flexible thermal upgrades, and AI-powered dispatch optimisation, forming an integrated approach that strengthens China’s dual-carbon strategy. As China exports this ecosystem globally through manufacturing partnerships, recycling investments, and overseas gigafactory development, storage is increasingly shaping the economics of decarbonisation in every region.

What opportunities exist for international partners to collaborate with China on grid-scale storage, battery supply chains, and recycling innovation? How will falling storage costs and new chemistries redefine flexibility markets, power-system planning, and renewable integration worldwide? And in what ways can global cooperation accelerate deployment while ensuring sustainability, affordability, and long-term system reliability?

Attendee Insights: Learn how China’s battery ecosystem is becoming the foundation of flexible, renewable-ready energy systems worldwide.

Modernising the Grid: Globalising China’s Power Infrastructure for a Renewable Future

As the world’s largest electricity producer, China is transforming its grid at a scale unmatched globally. Record renewable additions – now accounting for a rapidly growing share of total generation – are reshaping system architecture, requiring flexibility across coal retrofits, pumped-storage expansion, gas balancing and AI-driven forecasting. The development of a unified national power market integrating long-term contracts, spot trading and ancillary services is strengthening price formation and cross-regional dispatch. Together, these reforms are positioning China’s grid not only as a domestic enabler of electrification, but as a reference model for large-scale renewable integration worldwide.

How can international utilities and investors leverage China’s experience in flexibility retrofits, pumped-storage expansion, and AI-enabled grid management? What opportunities exist for collaboration in interconnectors, storage, and digital grid infrastructure as China’s national market deepens? And how can shared governance, standards and technology exchange accelerate resilient, renewable-ready power systems across emerging and developed economies? How can large electricity systems balance rapid renewable penetration with rising industrial and digital demand while maintaining affordability and security?

Attendee Insights: Discover how China’s flexibility-first grid strategy and national power-market reforms are setting new global benchmarks for renewable integration.

AI and the Energy System: A New Operating Model

Artificial intelligence is redefining how the world generates, moves, and consumes energy. From optimising renewable integration and real-time grid management to forecasting demand and tracking carbon flows, AI is becoming the nervous system of a connected, low-carbon world. Its influence now extends beyond efficiency – shaping how infrastructure is planned, how markets operate, and how decisions are made at every level of the energy economy.

As digitalisation and decarbonisation converge, can AI’s own power requirements be balanced against the efficiencies it unlocks? How will intelligent systems transform risk management, investment, and human capital across global energy industries? And what frameworks for data, governance, and collaboration are needed to ensure AI becomes a catalyst – not a constraint – in advancing sustainable and inclusive global development?

Attendee Insights: Understand how AI is evolving from a tool of optimisation to the operating model for a smarter, faster, and more interconnected global energy system.

Success in China: Building Enduring Partnerships Between Global Sellers and Chinese Buyers

Balancing Coal and Clean Energy: Charting a Sustainable Dual System

China’s dual energy system – maintaining reliable baseload through coal while rapidly scaling renewables – sits at the heart of its transition strategy. The 15th Five-Year Plan calls for accelerated retirements of inefficient capacity, expansion of ultra-supercritical generation, and large-scale integration of solar, wind, and hydro through digital grids. The challenge lies in synchronising these efforts to deliver both economic resilience and low-carbon growth within the framework of green development.

As policymakers refine the role of coal within China’s evolving energy system, can advanced technologies such as CCUS, co-firing, and gasification redefine coal’s contribution to decarbonisation? How will local governments balance employment and regional security with emissions targets? And what collaborative approaches can international partners bring to ensure China’s pathway serves as a model for pragmatic transition in other emerging economies? 

Attendee Insights: Examine how China’s dual-track energy strategy is aligning coal transition with renewables expansion to deliver a stable, secure, and lower-carbon power system.

Investing in Resilience: Innovation and Infrastructure in China’s Gas Security Framework

Securing the Supply Mix: LNG, Pipelines and Domestic Gas in a New Global Landscape

Industrial Decarbonisation: Accelerating the Transition of Hard-to-Abate Sectors

Scaling CCUS: From Pilots to the Backbone of Decarbonisation

Carbon capture, utilisation, and storage (CCUS) is emerging as a strategic pillar of China’s low-carbon development. The 15th Five-Year Plan identifies CCUS clusters as critical infrastructure for decarbonising power and industry, while international partnerships bring technical expertise and financing to accelerate deployment. Successful scale-up will hinge on building integrated value chains that connect emitters, transport networks, and storage capacity. 

Can collaborative policy frameworks turn CCUS into a commercially viable market within this decade? How might CO₂ utilisation in fuels and materials create revenue streams that improve project economics? And what lessons from China’s early projects can guide global replication and cost reduction? 

Attendee Insights:  Explore how China’s CCUS leadership and international cooperation are turning technical promise into large-scale, investable climate solutions. 

Carbon Pricing in Asia: China’s ETS and the Political Economy of Decarbonisation

Carbon pricing is emerging as a defining instrument in Asia’s transition toward low-carbon growth, with China’s national Emissions Trading System providing both scale and policy reference. As the world’s largest carbon market, China’s ETS demonstrates how market-based mechanisms can align emissions reduction with industrial competitiveness and economic stability. Across Asia, governments are now assessing how carbon markets can support long-term development, strengthen investor confidence, and position the region more strategically in a carbon-constrained global economy. 

As carbon pricing expands across Asia, how can governments balance climate ambition with economic competitiveness and social stability? How can shared experience, market design insights and technical learning support the development of credible and effective carbon markets across the region? And how might carbon pricing influence Asia’s trade dynamics, investment flows and role in global climate governance over the coming decade? 

Attendee Insights:  Understand how carbon pricing is shaping Asia’s economic transition – and China’s leadership role in defining market-based climate pathways. 

South–South Energy Corridors: Infrastructure, Investment, and Inclusive Growth

Biofuels and Beyond: Alternative Pathways for Transport and Industry

Greening Global Trade: Decarbonising the Maritime Economy

Women in Energy: Empowering Leadership in the Global Energy Transformation

Networking Lunch Break

Going Global: How Chinese Companies are Investing Abroad to Build Shared Energy Growth

China’s energy enterprises are extending their progress internationally, developing projects that combine technology, finance, and partnership across Asia, the Middle East, Africa, and Europe. Senior leaders from Chinese and international organisations explore how cross-border collaboration in renewables, hydrogen, and grid infrastructure is fostering shared development, supporting local priorities, and contributing to a more resilient global energy system. This conversation highlights how cooperation abroad can build bridges between markets and accelerate the global transition toward cleaner, more inclusive growth.

How are Chinese investors applying domestic experience to create value and stability in overseas projects? In what ways can co-investment in emerging technologies such as hydrogen and energy storage support local development and sustainable transition? And what insights from existing partnerships illustrate how China’s global engagement can enhance connectivity, innovation, and long-term energy resilience worldwide?

Attendee Insights: Discover how Chinese and international energy companies are shaping global collaboration through shared investment, innovation, and sustainable infrastructure development.

Next-Gen Solar: Driving Global Scale Through Chinese Innovation

China’s solar industry has become the cornerstone of the global clean-energy transformation. Under China’s 15th Five-Year Plan, advanced photovoltaic manufacturing, research collaboration, and overseas partnerships are accelerating cost reductions and technology diffusion worldwide. With breakthroughs in TOPCon, heterojunction and perovskite cells, China is turning innovation into scalability while enabling new investment and localisation opportunities across Asia, Europe and the Middle East.

As demand surges, how can international partners align with China’s innovation ecosystem to strengthen global supply-chain resilience? Can cooperation in recycling and next-generation materials enhance efficiency and sustain competitiveness? And how will policy frameworks and industrial alliances transform solar from a commodity market into a collaborative platform for long-term growth?

Attendee Insights: See how Chinese innovation in solar technology and manufacturing is redefining global cost curves and partnership opportunities for clean energy deployment.

Harnessing the Winds of Change: Scaling Onshore and Offshore for China’s Energy Future

China’s wind sector – already the world’s largest – is entering a new phase of industrial and technological maturity. Major advancements in offshore engineering, digitalised operations and export-ready turbine manufacturing are reinforcing wind power as a cornerstone of China’s new energy system. Floating platforms, intelligent sensors and grid-integrated clusters are enabling rapid expansion while establishing Chinese firms as global partners of choice for reliable, cost-competitive capacity growth.

As onshore and offshore projects scale to new levels, how can collaboration in design, materials and digitalisation accelerate deployment while lowering lifecycle costs? Will China’s deep supply-chain expertise and manufacturing capability define a new global model for wind development? And how can developers and regulators ensure that expansion aligns with marine protection, ecological stewardship and long-term sustainability?

Attendee Insights: Understand how China’s leadership in wind technology is driving innovation, competitiveness and sustainable offshore growth across the global clean energy landscape.

Resources for the Energy Transition: Securing Circular Minerals, Water and the Foundations of Growth

Critical resources underpin every aspect of the global energy transition – lithium and nickel for batteries, copper for grids, and water for hydrogen, power, and industry. Recognising their strategic importance, China’s 15th Five-Year Plan highlights circular resource efficiency, diversified sourcing, and sustainability as core pillars of clean, low-carbon development. China’s partnerships across Asia, Africa, and Latin America are expanding beyond extraction to include recycling, secondary materials recovery, and circular-economy innovation that strengthen both security and sustainability. By promoting shared technology, co-investment in processing, and responsible resource governance, China and its partners are shaping a more resilient and equitable foundation for global growth.

Can greater global coordination prevent resource constraints from slowing the transition? How can circular-economy innovation – from recycling and recovery to industrial symbiosis – turn scarcity into opportunity? And what lessons from China’s integrated planning can help other nations secure the materials, water and natural capital needed for long-term prosperity?

Attendee Insights: Explore how China’s circular resource strategies are reshaping global supply chains and ensuring a sustainable foundation for the clean-energy economy.

Networking Lunch Break

The Green Belt and Road Initiative: Building Resilient Renewable Supply Chains for Global Growth

The Belt and Road Initiative (BRI) is entering a new era – one defined by clean-energy manufacturing, technology exchange, and sustainable trade. Renewable supply chains have become the backbone of this transformation, linking China’s industrial strengths in solar, wind and batteries with emerging markets across Asia, Africa, and Latin America. Through co-investment zones, industrial parks and strategic partnerships, the Green BRI is evolving into a global ecosystem that fosters regional resilience, innovation, and shared prosperity.

As global demand for renewable technologies accelerates, how can nations cooperate to ensure reliable access to the materials, components and logistics that underpin the transition? Can diversified regional manufacturing and circular-economy innovation reduce geopolitical risk while strengthening sustainability? And what governance, financing and partnership models will define the next decade of collaboration along the Green BRI – aligning China’s industrial leadership with the world’s collective decarbonisation goals?

Attendee Insights: Understand how the BRI is evolving from infrastructure investment into a resilient network of renewable supply chains – linking China’s industrial leadership with global growth, innovation and sustainability.

Backing the Breakthroughs: Investing in the Next Generation of ClimateTech

The global race for ClimateTech leadership is intensifying as nations and investors seek scalable solutions to decarbonise industry, transport and agriculture. Across China, new innovation corridors, pilot zones and funding platforms are nurturing the technologies that will define the next wave of low-carbon growth – from advanced hydrogen systems and negative-carbon materials to digital carbon-management and efficiency platforms. International investors are increasingly joining this momentum, forming joint accelerators, venture alliances and co-development centres that link China’s R&D capacity with global capital and markets.

As ClimateTech matures, how can early-stage innovation be commercialised faster and at lower risk? Can collaboration between public funds, corporate investors, and start-ups create a self-reinforcing ecosystem that scales both innovation and deployment? And how might China’s integrated research-industrial model become a blueprint for global cooperation – turning technology invention into tangible climate impact?

Attendee Insights: Gain a front-row view of how investors, innovators, and policymakers are building the partnerships and capital structures driving the next wave of ClimateTech breakthroughs – transforming ideas into global impact.

Next-Gen Nuclear: China’s Clean Fuel Revolution goes Global

Nuclear energy is re-emerging as a defining pillar of the world’s clean baseload strategy – providing stable, zero-carbon power to anchor renewable systems and industrial growth. Under the 15th Five-Year Plan, China is accelerating development of advanced reactors, small modular designs, and controllable fusion technologies while strengthening international cooperation on safety, standards, and fuel-cycle innovation. By advancing both fission and fusion, China is positioning itself not only as a major builder of domestic capacity, but also as a key partner in shaping the next generation of clean, affordable, and globally deployable baseload systems.

As new reactor fleets, SMRs, and hybrid hydrogen–nuclear systems progress from demonstration toward wider deployment, how can international collaboration ensure the highest standards of safety, financing, and waste management? Will advances in modularisation and digital oversight transform the economics and scalability of future projects? And how can innovation, localisation, and technology development accelerate the global transition to secure, low-carbon energy?

Attendee Insights: See how China’s nuclear leadership and global partnerships are advancing innovation in clean baseload power – reinforcing energy security and enabling a resilient, net-zero future.

Integrated Energy Systems: Building China’s New Energy Architecture

China’s emerging energy architecture is increasingly defined by deep integration across electricity, heat, gas, hydrogen and storage – an approach driven by rapid renewable expansion and the need for system-wide flexibility. Coal-flexibility retrofits, new gas units, pumped-storage capacity, and AI forecasting tools like “Guangming Power” are enabling multi-energy coordination at scale. These operational shifts are reinforced by the development of a unified national power market that broadens cross-provincial trading and embeds ancillary services, creating a more coherent framework for managing China’s dual-carbon pathway. Industrial parks and provincial clusters are now demonstrating how integrated systems can reduce curtailment, improve efficiency, and unlock new economic value. In a country where annual electricity output now exceeds 10,000 TWh, system integration is not incremental reform but structural necessity – linking electricity, heat, hydrogen, storage and digital optimisation into a coordinated national architecture.

As integrated systems expand, how can digital optimisation, flexible resources, and market reform be aligned to deliver secure and low-carbon energy across regions? What models of multi-energy coordination show the greatest potential for international replication? And how can global cooperation in planning, technology and standards accelerate the evolution of interconnected, renewable-based energy systems?

Attendee Insights: Discover how China’s integrated energy systems are shaping the foundation of its new energy architecture – creating models for smarter, cleaner, and more resilient energy networks worldwide.

Digital Infrastructure and Energy Systems: Powering a Connected, Decentralised World

As digitalisation reshapes global energy systems, data has become a vital resource—driving coordination, innovation, and efficiency across entire networks. China’s rapid deployment of intelligent grids, energy-efficient data centres, and AI-enabled optimisation platforms is redefining how power is generated, managed, and traded. As these systems evolve, trusted frameworks for data governance, interoperability, and AI oversight are becoming essential to ensure reliability, privacy, and resilience across interconnected markets. International collaboration in these areas will be key to unlocking new value while maintaining security and stability in an increasingly digital energy economy.

Can data-intensive industries and digital infrastructure expand sustainably without straining grids or inflating emissions? How can decentralised power systems and energy-as-a-service models improve both resilience and efficiency? And what partnerships will ensure that digital growth becomes a driver – rather than a drag – on global decarbonisation and energy security?

Attendee Insights: Explore how new digital infrastructure and decentralised power is reshaping the world’s energy architecture for a connected, low-carbon future.

EV Superpower: How China is Shaping the Global Future of New Energy Vehicles

China’s rise as an electric vehicle superpower is transforming not just its domestic market, but the global automotive landscape. Through sustained policy support, scale-driven innovation, and global supply-chain integration, Chinese manufacturers now lead the world in EV production, battery technology, and charging infrastructure. As new-energy vehicles become central to China’s industrial and energy strategy, the nation is exporting both technology and business models – partnering with automakers, utilities, and digital platforms across Southeast Asia, the Middle East, and Europe to accelerate electrification worldwide.

How can Chinese innovation in batteries, digital systems and smart mobility reshape the cost and accessibility of clean transport? Will the global spread of China’s integrated EV–battery–grid model create new patterns of industrial cooperation or competition? And how can joint investment in technology, standards, and infrastructure turn the EV revolution into a foundation for global low-carbon growth?

Attendee Insights: Understand how China’s leadership in EVs, batteries, and mobility ecosystems is setting the pace for the world’s transition to clean, intelligent transportation.

Energy Systems of 2035: What Success Looks Like

By 2035, the energy systems that thrive will be secure, digital, and decarbonised – anchored in innovation, collaboration, and resilience. China’s evolving energy transition offers a practical model for achieving this balance, demonstrating how industrial strength, technological leadership, and policy alignment can coexist with environmental responsibility and shared prosperity. This closing dialogue looks ahead to what the next decade of transformation will mean for nations, industries, and societies worldwide.

What will define success in the energy systems of 2035 – technology, governance, or trust? Can shared infrastructure, data, and policy frameworks deliver true resilience in an interconnected global economy? And how can China’s example as both pioneer and partner guide collective progress toward energy security, climate stability, and inclusive growth?

Attendee Insights: Reflect on what success in the energy transition will mean by 2035 – and how partnerships are shaping the secure, digital, and decarbonised energy systems of the future.