We are focusing on the R&D of high-field, high-confinement and compact tokamak with HTS magnets, as we believe this represents the fastest, most scientifically-robust and cost-efficient path to commercial fusion energy.
Controlled nuclear fusion, also known as artificial sun.
Fusion energy is abundant, economic, clean, safe, and globally deployable - the ultimate energy solution.
The fuel of fusion can be derived from seawater and is readily available. There is enough fusion fuel to power this planet for billions of years.
Fusion energy is inherently safe, with zero possibility of a meltdown scenario and no long-term nuclear waste.
Fusion power generation has zero carbon emissions and is a key technical pathway to address climate change and achieve carbon neutrality goals.
Fusion energy is on-demand and can be deployed anywhere in the world, regardless of the topography and weather.
We focus on developing high-field, high-parameter HTS tokamak devices with commercial power generation potential and their operation control software systems.
Based on breakthroughs in HTS application technology, advanced plasma physics, artificial intelligence.
Engineering practice-oriented, pursuing the optimal balance between technological breakthroughs and commercial implementation.
This represents the fastest, most scientifically robust, and cost-effective technical route to commercialize fusion energy.
Achieve thousand-second-level plasma long-pulse steady-state operation and complete validation of 22 Tesla-class large-scale fusion magnets.
Achieve deuterium-tritium equivalent Q>2 at the lowest cost globally, validating the engineering feasibility of efficient and cost-effective fusion energy generation.
Demonstrate commercial viable electricity production with fusion power, laying the foundation for large-scale commercialization.