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Energy Singularity

Faster Path to Commercial Fusion Energy
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Energy Singularity

Faster Path to Commercial Fusion Energy
  • About Us
    • Fusion Energy
    • Our Mission
    • Team
    • Technology
  • News
  • Career
  • Contact
  •  
  • 中文

HH70 Tokamak Sustains 335-Second Steady-State Plasma

  • 由 energysingularity
  • 2026年1月19日

The world’s first all-HTS tokamak, HH70, has once again set a new benchmark. In its 5609th shot, it achieved a 335-second steady-state long-pulse plasma operation.  The … 阅读更多 »HH70 Tokamak Sustains 335-Second Steady-State Plasma

Energy Singularity Develops 20-Tesla Conduction-Cooled HTS Magnet

  • 由 energysingularity
  • 2026年1月10日2026年1月11日

Energy Singularity announced the successful development of a conduction-cooled high-temperature superconducting (HTS) magnet, which reached a peak field of 20.8 Tesla and operated stably for 150 minut… 阅读更多 »Energy Singularity Develops 20-Tesla Conduction-Cooled HTS Magnet

HH70 Tokamak Sustains 120-Second Steady-State Plasma

  • 由 energysingularity
  • 2026年1月7日2026年1月7日

January 6, 2026 – The world’s first all-HTS tokamak, HH70, achieved a significant breakthrough. In its 5319th shot, the device successfully realized a 120-second steady-state long-pulse plasma o… 阅读更多 »HH70 Tokamak Sustains 120-Second Steady-State Plasma

Wang Zhigang, Vice Chairman of the CPPCC National Committee, Conducts Visit to Energy Singularity

  • 由 energysingularity
  • 2025年11月14日

On the afternoon of November 12,​ Wang Zhigang, Standing Committee Member of the CPPCC National Committee, Vice Chairman of its Education, Science, Culture, and Health Committee, and former Party Secr… 阅读更多 »Wang Zhigang, Vice Chairman of the CPPCC National Committee, Conducts Visit to Energy Singularity

Energy Singularity’s Jingtian Magnet Selected for IAEA’s “World Fusion Outlook 2025” Report

  • 由 energysingularity
  • 2025年10月14日

On October 13, 2025, during the second ministerial meeting of the World Fusion Energy Group 2025 and the 30th IAEA Fusion Energy Conference (FEC 2025) held in Chengdu, the International Atomic Energy … 阅读更多 »Energy Singularity’s Jingtian Magnet Selected for IAEA’s “World Fusion Outlook 2025” Report

Overview of HH70 Published in Fusion Engineering and Design

  • 由 energysingularity
  • 2025年7月23日

A peer-reviewed paper detailing the HH70 HTS tokamak, titled “Design, commissioning and first operation of the high-temperature superconducting tokamak Honghuang 70” was recently published… 阅读更多 »Overview of HH70 Published in Fusion Engineering and Design

Jingtian Magnet Research Published in IEEE TAS Journal

  • 由 energysingularity
  • 2025年6月3日

A peer-reviewed paper detailing the Jingtian magnet, titled “21.7-tesla large-scale high-temperature superconducting toroidal magnet for tokamak fusion application,” was recently published… 阅读更多 »Jingtian Magnet Research Published in IEEE TAS Journal

Energy Singularity’s Record-breaking 21.7T Magnet to Accelerate Commercial Fusion in China

  • 由 energysingularity
  • 2025年3月9日2025年3月9日

Energy Singularity has achieved a monumental breakthrough in high-temperature superconducting (HTS) magnet development. The company’s state-of-the-art large-bore high-field Jingtian magnet has s… 阅读更多 »Energy Singularity’s Record-breaking 21.7T Magnet to Accelerate Commercial Fusion in China

The Shanghai Municipal Committee of the Chinese People’s Political Consultative Conference’s Economic and Financial Committee visited Energy Singularity

  • 由 energysingularity
  • 2025年1月14日

On December 31, 2024, Xiao Guiyu, Vice Chairman of the Shanghai Municipal Committee of the Chinese People’s Political Consultative Conference (CPPCC), led the Economic and Financial Committee to… 阅读更多 »The Shanghai Municipal Committee of the Chinese People’s Political Consultative Conference’s Economic and Financial Committee visited Energy Singularity

The Toroidal Magnetic Field (B0) of HH70 Exceeded 1 Tesla

  • 由 energysingularity
  • 2024年12月31日2024年12月31日

Recently, the HH70 high-temperature superconducting tokamak has successfully carried out operation experiments that exceeded its standard design conditions. In this experiment, the toroidal magnetic f… 阅读更多 »The Toroidal Magnetic Field (B0) of HH70 Exceeded 1 Tesla

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