Superconductivity for Sustainable Energy Systems and Particle Accelerators

Aspects of development and manufacturing of superconducting accelerator magnets are considered from an industrial point of view. The individual project phases from development and design to prototyping and industrialization to series production are analyzed. Examples and lessons learned from previous projects are reviewed.

The beam transfer infrastructure at GSI is one of the mayor power consumers when running. The presentation will detail the concept for a beam transfer infrastructure upgrade by replacing classic water cooled magnets with HTS magnets.

Accelerator facilities worldwide face a critical challenge in consuming vast amounts of energy to power resistive magnets, particularly in medium- and high-energy particle beamlines. In response to this challenge, our research focuses on the development of superconducting magnet designs as sustainable alternatives to high power comsumption resistive magnets, already in operation. Specifically,...