The first proxima fusion power plant, Stellaris, will use high -temperature superconductor magnets to confine burning plasma
Tokyo,, June 20, 2025 / Prnewswire / – Proxima fusion And Faraday Factory Japan have signed a contract for the supply of high temperature adhesive tape (HTS). This delivery will help the first European stellar developer proxima fusion to reach its next milestone – a superconductive demonstration magnet.
The stellar are fusion machines that contain hot and ionized materials (plasma) in a magnetic field of remarkable force and sophisticated geometry. Significant progress, including the highest triple plasma product, supported for tens of seconds have been recently affected with the Stellarator W7-X, which is built and operated by the Max Planck Institute of Plasma Physics (IPP) in Germany. Proxima Fusion, from the origin of the PPI, relies on the record expertise of W7-X, combining it with progress in stellar optimization, computer design and cutting-edge HTS magnet technology.
After completing its demonstration magnet in 2027, Proxima will focus on the delivery of Alpha in 2031, the proxima net energy demonstration stellarator, followed by the first commercial trade center Stellaris in the 2030s. The timely supply of high quality HTS ribbon is essential to maintain the fusion on the fast track. Although it makes thousands of kilometers of superconductive band to build a typical positive fusion prototype with energy, the scale of the merger industry to a commercial power will require millions of kilometers.
Since 2020, Faraday Factory has increased production by 10 times. The new HTS band delivery contract is an important step, further strengthening the HTS supply chain for the emerging but transformative merger industry.
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Source Faraday Factory Japan
