The Swedish group Novatron Fusion Group , in alliance with the KTH Royal Institute of Technology , the Kharkiv Institute of Physics and Technology and the UKAEA , are advancing the development of the EIC Pathfinder , with funding of 3 million euros for the TauEB project , specifically designed to increase plasma confinement in nuclear fusion reactors.
The rise and development of plasma confinement
This confinement method is extremely important for sustaining fusion energy , requiring measures to achieve stability and efficiency. Through TauEB technology, an innovative approach was employed, integrating three advanced techniques: First , magnetic confinement under a unique magnetic mirror design; second , ambipolar plugging , which enables the generation of an internal electric potential within the plasma; and finally , ponderomotive confinement , applying radiofrequency ( RF ) electric fields to optimize stability.
The strategic alliance behind the project brings expertise in plasma stability , RF heating and commercialisation , which are essential for the practical implementation of this technology. In addition, EIT InnoEnergy ‘s involvement ensures that the innovation remains economically viable.
With a rating of 4.9 out of 5 for its disruptive potential, TauEB technology is positioned as a solid project for the transition towards an energy matrix. According to Novatron’s technical director, Jan Jäderberg, the goal is to offer scalable, clean and competitive energy.
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Source and photos: Novatron
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