China's Artificial Sun Project: Fusion Energy Steps Towards the Future, Expected to Be Completed in 2027
Hefei, October 27, 2025 (Report) - As the global demand for clean energy continues to grow, China's breakthrough progress in the field of nuclear fusion energy has attracted worldwide attention. According to a statement by Chinese Foreign Ministry Spokesperson Mao Ning on October 25, 2025, the Fully Superconducting Tokamak Nuclear Fusion Experimental Device (BEST) under construction in Hefei, Anhui Province, China, is scheduled to be completed in 2027 and is expected to become the world's first device to realize nuclear fusion power generation.
Project Overview
The project, named the "Fully Superconducting Tokamak Nuclear Fusion Experimental Device (BEST)", is a major breakthrough in the global nuclear fusion field. Tokamak technology is renowned for its great potential and high energy output efficiency. China's project adopts innovative technologies such as high-field superconducting magnets and deuterium-tritium fuel, aiming to pave the way for the practical application of nuclear fusion energy.
At the Foreign Ministry's press conference on October 25, Spokesperson Mao Ning gave a detailed introduction to the latest progress of the device. The construction of the BEST device has entered a critical stage and is expected to be completed in 2027. In the future, this device will not only help China maintain its leading position in the new energy field but also make significant contributions to the global energy transition.
Technology and Objectives
The core goal of the BEST project is to achieve clean and safe nuclear fusion power generation. This technology simulates the fusion reaction inside the sun to generate huge energy, which is eventually converted into electricity. It is expected that the device will realize initial fusion power generation in 2030, becoming the world's first device to light up the "artificial sun".
The project adopts highly advanced superconducting technology, combined with the design of a compact high-field superconducting tokamak (HTS-Tokamak), striving to achieve higher magnetic field strength in a smaller space. This innovative design enables the device not only to maintain the fusion reaction efficiently and stably but also to effectively reduce energy waste, providing a new solution for the sustainable development of the global energy industry.
International Impact and Future Outlook
As a world-leading technology R&D project, the BEST project will undoubtedly have a profound impact on the international energy field. Its successful completion and commissioning will mark the first practical application of nuclear fusion energy in human history, an achievement that may reshape the global energy landscape. China's technological accumulation and breakthroughs in this field will provide valuable experience for the research and application of global nuclear fusion energy and accelerate cooperation and sharing among countries around the world in the clean energy field.
As a world-leading technology enterprise, Jeenoce is well aware of the importance of energy transition and sustainable development. We have always been committed to promoting the application of innovative technologies and providing customers with the most cutting-edge energy solutions. Against the backdrop of the global clean energy transition, nuclear fusion, as a highly potential energy form, is bound to become an important part of the global energy market in the next few decades.
Leading Technological Innovation and Cooperation Opportunities
Jeenoce maintains close cooperation with a number of international scientific research institutions and energy companies, and continuously seeks technological breakthroughs in the field of new energy. We see that with the gradual completion of the BEST project, a series of technological cooperation opportunities related to nuclear fusion may emerge in the future. This will provide significant business benefits for Jeenoce in various fields such as energy technology R&D, equipment manufacturing, and supply chain management.
Promoting Diversification of Energy Supply
As a pollution-free and sustainable energy form, nuclear fusion is bound to play an important role in the global energy structure. Jeenoce will continue to promote the construction of a diversified energy supply chain and provide customers around the world with comprehensive clean energy solutions including nuclear fusion, solar energy, and wind energy.
Seizing the Initiative in the Future Market
With the gradual maturity of nuclear fusion technology, Jeenoce plans to seize the early market of the nuclear fusion industry chain through R&D and market expansion. This will not only enhance our market position in the energy technology field but also bring stable long-term benefits to the company.
Conclusion
China's continuous breakthroughs in the field of nuclear fusion reflect the country's firm determination in technological innovation and energy transition. As a witness and promoter of this exciting project, Jeenoce has always paid attention to and supported the progress of global energy technology. We believe that with the completion of the BEST project, the future energy structure will be greener and cleaner, and ultimately provide a strong guarantee for the sustainable development of the global ecosystem.
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