EUROfusion Sweden

Intelligence Summary: EUROfusion Sweden

Node Identity: EUROfusion Sweden represents Swedish participation in the EUROfusion consortium — the EU fusion program coordinating European fusion research toward ITER operation and DEMO demonstration. Sweden's national fusion effort is coordinated through the Swedish Research Unit (SRU) for fusion energy, comprising research groups from KTH (Stockholm), Chalmers (Gothenburg), Uppsala University, Lund University, and RISE (Research Institutes of Sweden). VR (Swedish Research Council) serves as the ministry-appointed administrative beneficiary, with the Swedish Energy Agency providing additional funding.

Strategic Relevance: Sweden's EUROfusion participation provides access to the full European fusion research infrastructure, including JET (Joint European Torus), ITER, and future DEMO design activities. The VR/RFI infrastructure grant "2021-00182 Infrastructure for research and development of ITER and DEMO fusion reactors" provides approximately 26.7 MSEK for 2022–2026, establishing a substantive national investment. EUROfusion membership gives Swedish researchers access to facilities, financial instruments, and experimental campaigns within the Joint Program, requiring administrative/technical services including participation in nine Project Boards, experimental campaign administration, instrumentation maintenance, and in-kind contributions. As an EU member, Sweden's EUROfusion participation is unaffected by NATO accession; ITER participation is via Euratom/F4E (Fusion for Energy).

Technical Focus / Capabilities: Swedish EUROfusion research areas include: confinement and pedestal physics; ICRF (Ion Cyclotron Range of Frequencies) heating studies and MHD control; fusion product studies and fast ions; plasma-wall interaction and the ITER-like wall (ILW); transport analysis; and neutron emission spectroscopy. The Fusion Power Plant Platform (FP3) at Chalmers, funded by the Swedish Energy Agency, develops integrated simulation frameworks linking plasma core, edge/pedestal, and plasma-wall interaction physics for reactor-relevant scenarios. The long-term goal is a DEMO demonstration power plant providing fusion electricity to the grid by approximately 2050, with ITER construction/operation starting mid-2020s as the medium-term focus.

Network Linkage: EUROfusion Sweden maintains 2 documented connections: it funds KTH (EXTRAP T2R, plasma control, RF heating) and Chalmers (plasma theory, runaway electrons, FP3 platform). The SRU also includes Uppsala University (neutron spectroscopy, applied nuclear physics), Lund University, and RISE. EUROfusion Sweden connects to the broader European fusion program through JET experimental campaigns, ITER IO direct integration, and F4E procurement. Main applicant for the infrastructure grant: Pär Strand (Chalmers); fellow applicant: Göran Ericsson (Uppsala).