Achieving stable fusion reactions is one thing.
Bringing the technology to commercial markets is another challenge—and the race is slated to heat up even more, as Germany has now entered the scene.
In a recent press release, Munich-based company Proxima Fusion announced that it will partner with the Free State of Bavaria, the energy company RWE, and the Max Planck Institute for Plasma Physics (IPP) to bring an operational fusion plant to the European grid by the 2030s.
If things proceed as planned, the power plant, Stellaris, would be the first of its kind to generate net energy gain for both commercial and research purposes.
“Nuclear fusion represents an entirely new technology capable of delivering baseload, carbon dioxide-free, clean electricity in virtually unlimited quantities,” Markus Söder, Minister-President of Bavaria, said in the release.
“It has the potential to meet the exponential growth in power demand driven by electric mobility, AI, and data centers.” A big “if” with big rewards Nuclear fusion combines two lightweight particles to generate an enormous amount of energy.
All commercial nuclear plants as of now run on nuclear fission, which splits heavyweight atoms to produce energy.
Compared to fission, fusion doesn’t produce greenhouse gases or long-lived radioactive waste, making it the end goal for sustainable nuclear power.
Progress on bringing fusion plants to practical use has been steady but slow.
Germany is not the first to pursue commercial fusion plants.
In the United States, several....
