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Shanghai Electric's Role in Fusion Energy Innovation

For the past two decades, Shanghai Electric has been at the forefront of innovation in the field of nuclear fusion energy. As a leading manufacturer in high-end equipment, the company actively supports key global projects such as CRAFT (Comprehensive Research Facility for Fusion Technology) and ITER (International Thermonuclear Experimental Reactor), contributing immensely to the advancement of sustainable energy solutions worldwide.

Milestones in Fusion Technology

Recently, Shanghai Electric announced numerous significant milestones in controlled nuclear fusion. Among these achievements is the delivery of the world's largest toroidal field coil case, which was developed in collaboration with the Chinese Academy of Sciences' Institute of Plasma Physics (ASIPP). This colossal component was transported to the CRAFT facility in Hefei, demonstrating China's capabilities in the global fusion energy sector.

Moreover, the successful arrival of cryostat equipment for the magnetic cooling trial for ITER in France marks another milestone for the country. As a primary member of ITER, China collaborates with an international team to propel fusion technology from laboratory research to commercial application. Shanghai Electric's contributions, which meet stringent ITER site regulations regarding dimensions and weight, exemplify their expertise in manufacturing core components for fusion research.

A Commitment to Clean Energy

In a statement, Wu Lei, Chairman of the Shanghai Electric Group, emphasized the company's commitment to promoting fusion energy through technological innovation and international cooperation. He remarked, "We will continue to leverage our core competencies in extreme manufacturing and technical integration to reliably support significant global scientific initiatives like ITER, helping humanity achieve the great goal of clean energy."

The recent technological deliveries reflect not just a breakthrough for China in fusion-related materials manufacturing, but also solidify its role within the global supply chain for fusion research. Importantly, the company completed the manufacturing of magnetic cooling test cryostat equipment in under eleven months, achieving millimeter-level shaping accuracy and establishing international standards for deformation control and high-vacuum sealing under extreme conditions.

Global Collaboration for Future Energy Needs

As one of the largest and most influential international mega-science projects, ITER unites efforts from over 30 countries, including the European Union, India, Japan, South Korea, Russia, the United States, and China. The collaborative objective is to achieve large-scale fusion reactions while stabilizing and controlling energy release.

In October, during the Ministerial Conference of the IAEA Global Fusion Energy Group and the 30th Fusion Energy Conference in Chengdu, Shanghai Electric showcased its two decades of achievements in fusion facilities. These include EAST, CRAFT, BEST, HT-6M, and HL-1, along with industry-leading system solutions, attracting significant international interest and underscoring the vital role of fusion energy in combating climate change and fulfilling future energy demands.

Over the years, Shanghai Electric has tackled essential technical challenges related to fusion material research, Megaampere hydrogen-boron fusion, and high-frequency laser deep welding. These advancements enhance the performance of fusion devices under extreme conditions, yielding reproducible solutions with valuable insights and technological strength for global fusion research.

As Shanghai Electric continues its pursuits in the nuclear fusion energy sector, it not only reinforces its commitment to innovation but also contributes to the wider goal of transitioning towards a sustainable future for our planet. For more information, visit Shanghai Electric's Official Website.