Naju Global Energy Forum 2026 explores future energy commercialization
The Naju Global Energy Forum 2026, held from September 30 to October 1, 2026, at KENTECH, explored commercialization pathways for future energy sources and their integration into the power grid. Discussions emphasized the need for grid flexibility to accommodate increasing renewable and distributed energy resources.
Our take
How are Korean experts proposing to integrate future energy technologies into the grid?
The forum's emphasis on 'connection' and 'commercialization' indicates a strategic shift in Korea's energy transition, moving beyond basic research to actively build industrial ecosystems and flexible grid infrastructure capable of integrating advanced technologies like nuclear fusion and distributed energy resources.
This shift is driven by the recognition that securing technology alone is insufficient; rapid demonstration, commercialization, and seamless grid integration are crucial for competitiveness. The proposed solutions, such as linking ESS with dynamic DC grids and using advanced materials for grid diagnostics, aim to enhance grid flexibility, which is essential for accommodating the increasing share of renewables and DERs, thereby creating new revenue streams and operational efficiencies for future energy assets.
What the source says
- Thomas Gries Professor Thomas Gries of RWTH Aachen University proposed applying ultralight/high-strength fiber composites to transmission infrastructure, wind turbine blades, and hydrogen storage vessels, alongside intelligent sensors for advanced diagnostics.
- Kim Yong-hak Kim Yong-hak, Director of KEPCO Research Institute's New Business Technology Research Center, advocated for connecting energy storage with dynamic DC power grids.
- Lee Soon-hyung Adjunct Professor Lee Soon-hyung of Dongshin University highlighted the critical role of Energy Storage Systems (ESS) in managing temporal disparities between electricity generation and consumption.
- Kim Hee-tae Kim Hee-tae, Leader of the K-Grid Business Group, introduced the 'K-Grid Talent & Startup Valley' initiative to link next-generation grid technology development with talent cultivation and new ventures.
- Kim Yu-shin Kim Yu-shin, Chairman of the Jeonnam Gwangju Energy Industry Association, stressed the importance of building an industrial ecosystem to connect local companies' next-generation grid demonstration experience to global markets.
- The focus of nuclear fusion development is shifting from plasma performance enhancement to practical power production and demonstration.
- The K-Moonshot Fusion Mission 2035 aims to translate research capabilities from KSTAR and ITER into actual power generation.
- Naju City aims to expand its artificial sun research facility, secured in 2025, into a comprehensive global energy industry hub.
For investors — Investors should prioritize projects that offer clear pathways for demonstration and commercialization, especially those enhancing grid flexibility or integrating advanced materials and digital technologies. Opportunities may arise in developing supply chains for nuclear fusion and next-generation grid components, as well as in regional initiatives like Naju's energy hub expansion.
Watch: Further announcements or detailed plans regarding the 'K-Grid Talent & Startup Valley,' specific pilot projects for advanced materials in grid infrastructure, or initiatives to link ESS with DC grids.
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