China's First Linear Field-Reversible Controllable
Nuclear Fusion Commercial Company
HHMAX-ENERGY (Chengdu) Technology Co., Ltd was established on December 30, 2022, as China's first commercial company specializing in linear field-reversed configuration controlled nuclear fusion. It focuses on R&D of field-reversed configuration devices and their supporting plasma sources and diagnostic systems—both hardware and software—to provide cost-effective, highly reliable core components and comprehensive solutions for future commercial fusion power reactors. Simultaneously, it develops intermediate neutron source products through fusion research for applications in medical isotopes, boron neutron capture therapy (BNCT), neutron imaging, and nuclear waste processing, thereby realizing partial commercial value in advance.
Play the video
HHMAX-ENERGY Team
The HHMAX-ENERGY technology team comprises scientists and R&D personnel from the China Academy of Engineering Physics, domestic and international controlled nuclear fusion companies, as well as leading domestic universities and research institutions such as the University of Science and Technology of China and Tsinghua University.
  • Ten years of undergraduate, master's, and doctoral studies in plasma physics at the University of Science and Technology of China, participating in work related to the tokamak technology route. Served for twelve years as an Associate Researcher at the Beijing Institute of Applied Physics and Computational Mathematics, China Academy of Engineering Physics. Successively participated in experimental design and theoretical research for multiple national-level major projects on laser-inertial confinement fusion. Possesses over twenty years of research and work experience across all mainstream technical directions of controlled nuclear fusion. Previously worked at high-tech companies including Guosheng Quantum, with several years of entrepreneurial experience focused on commercializing hard technology innovations. Founded Hanhai Junneng in 2022 to pursue humanity's ultimate energy ideal.
    Xiang Jiang Founder and Chairman
  • Internationally renowned expert in controlled nuclear fusion engineering. Formerly served as the overall project team leader for the vacuum chamber within the Tokamak Division of the International Thermonuclear Experimental Reactor (ITER) and as coordinator and secretary for ITER's High-Level Coordination Meetings. Formerly served as Deputy Director of the Institute of Plasma Physics, Chinese Academy of Sciences, where he held positions as Researcher and Doctoral Supervisor. He also served as Assistant General Manager and Deputy Chief Engineer for the national major scientific project “EAST (HT-7U) Superconducting Tokamak Nuclear Fusion Experimental Device,” and as Chief Engineer for the EAST (HT-7U) superconducting tokamak device. He directed the design and construction of the HFRC “Magnetic Trap-Type Magnetic Compression Fusion Neutron Source Experimental Device” at Huazhong University of Science and Technology.
    Wu Song Tao Chief Science Advisor
  • A renowned scientist in controlled nuclear fusion in China, holding a Ph.D. in Nuclear Fusion and Plasma Science from the China Academy of Engineering Physics. He has led multiple major national projects, including the Ministry of Science and Technology's 973 Program and the National Natural Science Foundation of China. He received the First Prize for Military Scientific and Technological Progress and has published over 100 academic papers.
    Zheng Chun Yang Physical Design Scientist
Mission and Vision



  • Pioneering the ultimate zero-carbon energy solution, reshaping the trillion-dollar energy economy.



  • Explore effective pathways to commercialize fusion energy, bringing humanity clean, safe, and affordable ultimate energy.



  • Innovation-driven· Inclusive and self-reflective

Milestones in Development
Steadily advance the commercialization of controlled nuclear fusion
  • 2024

    Complete the device design

    Complete the control system design

    Complete the plasma source design

    Phase One
  • 2025

    HHMAX-901 Host System Completed

    AchievePlasma Illumination，Expand the power supply system and debug the control system to enhance and optimize operational parameters.

    Phase Two
  • 2026
    Completion of the Neutron Source Product Foundation
    Unlocking Next-Generation Device Design
    Expand and implement commercial applications for the HHMAX-901
    Phase Three
  • 2028+
    Achieve energy output on the scale of above 10MW

    Launch the commercialization of energy

    Initiate the securitization process for the company

    Phase Four
Join Us
Campus Recruitment:
  • Researcher in Plasma Physics Simulation

    Required Majors: Plasma Physics, Nuclear Physics, Applied Physics, or related fields.
    Educational Requirements: Master's degree or higher.


  • Ion Source R&D Engineer

    Required Majors: Nuclear Science and Technology, Electrophysics, or related fields.
    Educational Requirements: Master's degree or higher.


  • Accelerator Development Engineer

    Required Majors: Nuclear Science and Technology, Electrophysics, and related fields.

    Educational Requirements: Master's degree or higher.

Career Opportunities:
  • Control System Team Leader
    Job Responsibilities: 1. Responsible for the design, development, testing, and operation of the central control system, data acquisition system, and data transmission solutions for the fusion device. 2. Responsible for host computer development, coordination of interfaces with other subsystems of the fusion device, and interaction integration.
  • Systems Control Engineer
    Job Responsibilities: 1. Responsible for engineering design, system configuration, and on-site commissioning of automation control systems. 2. Guide or participate in the on-site installation of control systems.
  • Magnet Engineer
    Job Responsibilities: 1. Responsible for coil design, electromagnetic field simulation calculations, and wire selection within ion sources. 2. Responsible for computational verification of electromagnetic, thermal, and mechanical coupling fields, providing recommendations for structural design.
Resume submission and recruitment consultation：hr@hhmax-energy.com
Contact Us
Tel：
028-81371178
Capital and foreign cooperation hotline：
19055112026（WeChat）
Media promotion：
hhmax-pr@hhmax-energy.com
Address：
T1-2001, China Huashang Financial Center High-Tech Zone, Chengdu, Sichuan Province

Tel

028-81371178

Capital and foreign cooperation hotline

19055112026（WeChat）

Address

T1-2001, China Huashang Financial Center High-Tech Zone, Chengdu, Sichuan Province

Links
百度
COPYRIGHT© 2022-2025 HHMAX-ENERGY (Chengdu) Technology Co., Ltd 蜀ICP备2023006833号