TAE Technologies and the UK Atomic Energy Authority (UKAEA) announced a partnership to build and operate a next-generation fusion research machine at the UKAEA's Culham Campus in Oxfordshire. The new device, named Copernicus, will be constructed in the recently opened Fusion Innovation Centre at Culham. This public-private collaboration aims to accelerate the development of commercial fusion energy by providing a platform to test critical technologies for both TAE's and the UK's distinct fusion programs. The project represents a significant international investment in the UK's fusion infrastructure and expertise base. Source: TAE Technologies
The Copernicus machine is a key milestone for TAE's technology roadmap, serving as a prototype for its sixth-generation device, Da Vinci. TAE Technologies pursues a non-tokamak approach to fusion based on an advanced, beam-driven Field-Reversed Configuration (FRC). The company's long-term goal is to utilize an aneutronic proton-boron (p-B11) fuel cycle, which avoids the materials science challenges associated with high-energy neutrons from deuterium-tritium reactions. TAE's current fifth-generation device, Norman, located at its headquarters in Foothill Ranch, California, has been instrumental in validating the FRC concept's stability and performance. Source: TAE Technologies
The Copernicus machine is a key milestone for TAE's technology roadmap, serving as a prototype for its sixth-generation device, Da Vinci.
For the UKAEA, the collaboration provides a flexible platform to advance its own fusion objectives, primarily the Spherical Tokamak for Energy Production (STEP) program. While STEP is based on a compact spherical tokamak design, the Copernicus device will enable UKAEA researchers to test and validate enabling technologies relevant to any commercial fusion power plant. These include advanced power management, diagnostics, and control systems in a high-power, integrated fusion environment. The partnership leverages the UKAEA's extensive experience in operating large-scale fusion experiments and managing the Culham site, a global hub for fusion research. Source: TAE Technologies
The agreement underscores a growing trend of public-private partnerships in the fusion sector, combining the agility and funding of private ventures with the deep scientific expertise and infrastructure of national laboratories. According to TAE CEO Michl Binderbauer, the collaboration is a "new chapter in fusion" that builds on the company's 25-year history of innovation. UKAEA CEO Sir Ian Chapman described the deal as a "landmark moment for the UK fusion ecosystem" that will accelerate the country's leadership position. The project is expected to create new jobs and further solidify the UK's role in the global effort to develop fusion energy. Source: TAE Technologies