DP1 – Testing Energy-Efficient Magnet Solution
Overall objective: Together, DP1a and DP1b serve as proof-of-concept studies that aim to validate the long-term benefits—both environmental and operational—of using permanent magnets in accelerator systems.
Design and construction of magnet technologies
D2.1 Deliverable
Report on the design and hardware prototype for the proposed permanent magnet solution, working under realistic operating conditions
Design of the experimental demonstrator at ALBA and HZB
Demonstrator project realization and proposed permanent magnet solution at HZB and MAXIV
DP1a
Specific objective:
Develop and test an energy-efficient, high-performance tunable quadrupole magnet that can adjust its strength using a small motor, offering high flexibility with very low energy use.
Demonstrator set-up:
Two permanent magnet prototypes will be built. One will be tested at ALBA to measure magnetic precision and tuning performance. The second will be sent to HZB to study how it behaves during transport and under real-life conditions like temperature changes and long-term use. Reusability and recycling of magnet components will also be explored.
Expected results:
- Proof that the new magnet design works effectively
- Insights into how permanent magnets perform over time and in transport (logistics and typical engineering problems)
- Evaluation of sustainability through reuse and recycling
Research facilities: ALBA, HZB
High-tech SMEs: ELYTT
DP1b
Specific objective:
Evaluate the benefits of replacing electromagnets with permanent magnets in an accelerator system.
Demonstrator set-up:
A prototype permanent-magnet-based bending magnet will be designed, built and characterized at MAX IV. The bending magnet is housed in a magnet block that also contains other multipole magnets (quadrupoles, sextupoles) and provides the same functionality as conventional electromagnetic bending magnets that are already in operation. This demonstrator serves to validate a technology that could either replace existing magnet systems—leading to reduced energy consumption—or be implemented in future upgrade projects.
Expected results:
- Validation of energy savings and magnet performance
- Validation of interaction between various magnets housed in the same block
(cross-talk studies)
Research facilities: MAX IV
All
demonstrator
projects (DP)
