WiN Global in Paris: Highlights from the 2026 Nuclear Energy Summit

WiN Global recently participated in the 2026 Nuclear Energy Summit, held in Paris on 10 March. Co-hosted by France and the International Atomic Energy Agency (IAEA), this high-level event gathered leaders from over 40 countries, international associations, industry giants, and financial institutions. The summit served as a critical platform to discuss the vital role of nuclear power in climate policy, energy security, and meeting global electricity demand.

WiN Global was proudly represented by Adoración Arnaldos Gonzalvez, WiN Global Executive and Innovation Director of GDES Grupo Dominguis Energy Services.

Key Conclusions from the Summit

  • Climate & Reliability: Strong support for nuclear energy as a premier low-carbon source essential for fighting climate change and ensuring a stable electricity supply.

  • Capacity Expansion: A commitment to tripling global nuclear power by 2050, with 38 countries now actively engaged in this goal.

  • Increased Financing: New public and private investment mechanisms were highlighted, including a EUR 200 million investment announcement from the European Union and renewed support from various banks and financial institutions.

  • Technological Innovation: A major focus on Small Modular Reactors (SMRs) as key tools for making nuclear energy more scalable, affordable, and adaptable.

  • Global Cooperation: A call for stronger international collaboration to harmonize regulations and accelerate the construction of new reactors.

  • Powering the Future: The recognition of nuclear energy as the most suitable low-carbon solution to meet the massive, constant energy demands of AI and data centers.

Our Commitment

At WiN Global, we fully endorse and support these conclusions. We remain dedicated to promoting the development of the nuclear sector through our ongoing initiatives, including training, professional development, international cooperation, and public communication to enhance society’s understanding of nuclear energy.