Fusion Stellarator Project Gains Formal Backing On 26 February 2026 Munich‑based Proxima Fusion, the Free State of Bavaria, utility RWE and the Max Planck Institute for Plasma Physics signed a memorandum of understanding to build a commercial stellarator at the former Gundremmingen nuclear site [1]. The roadmap begins with the Alpha demonstration reactor in Garching, targeted for the 2030s and intended to achieve net‑energy gain [1]. Financing will combine roughly 20 % private investment, a matching 20 % Bavarian state contribution pending federal funding, and additional participation from RWE [1]. Germany’s Fusion Action Plan earmarks more than €2 billion for fusion research and pilot projects through 2029, supporting the commercial plant goal for 2040 [1].

Industrial Consortium Assembles for Stellarator Supply Chain Proxima launched the Alpha Alliance, a consortium of over 30 industry partners—including Siemens Energy, Air Liquide and Framatome—to coordinate manufacturing, system integration and material supply for Alpha and later commercial plants [1]. The alliance aims to ensure supply‑chain readiness and accelerate technology transfer from the demo reactor to the Stellaris commercial plant [1]. Unlike tokamak designs such as ITER, the stellarator’s figure‑8 magnetic coils avoid toroidal density imbalances, offering potential continuous‑operation advantages [1].

Poland Commits to Standardized SMR Design On 25 February 2026 GE Vernova Hitachi Nuclear Energy and Orlen Synthos Green Energy signed a generic BWRX‑300 design agreement at the U.S. Department of Energy, witnessed by Deputy Secretary James Danly and Polish Energy Minister Miłosz Motyka [2]. Orlen Synthos Green Energy will fund the detailed design, creating a reference model for future small modular reactor (SMR) projects across Poland [2]. The generic design is promoted as a means to reduce costs, accelerate investment preparation and integrate Polish industry into the global supply chain [2].

Polish SMR Plan Envisions Large Fleet The joint venture OSGE, formed by Synthos Group and PKN Orlen, targets a fleet of 24 BWRX‑300 reactors, with development at three sites and the first unit in Włocławek scheduled for completion by 2032 [2]. Ministers Motyka and Wojciech Wrochna highlighted SMRs as baseload power for energy‑intensive industry, a tool to stabilise electricity prices and a repeatable deployment model that lowers capital expenditures [2]. GE Vernova Hitachi CEO Jason Cooper described the OSGE investment as a pivotal step toward accelerating BWRX‑300 deployment in Poland [2].

Both Projects Reflect Europe’s Push for Low‑Carbon Power The German stellarator initiative and the Polish SMR program each combine public funding with private investment to accelerate commercial nuclear technologies [1][2]. While the stellarator aims for a commercial plant by 2040, the Polish SMR fleet seeks operational units by the early 2030s, together illustrating a coordinated European strategy to diversify clean‑energy sources and strengthen domestic supply chains [1][2].