Magnets and Components for Fusion Experiments
Controlled nuclear fusion is a powerful and promising option for the solution of future energy problems. At the temperatures necessary for fusion, around 100 Million °C, matter decays into an electrically charged plasma of electrons and nuclei. This plasma becomes enclosed due to a strong magnetic field and therefore contact to plasma facing components is avoided.
The division of magnet technology draws its know-how from a wealth of experience from almost all important European fusion projects of the past decades.
Nb3Sn - Dipole for ITER
For the ITER project a large dipole magnet is needed for a conductor test facility. Original conductors for the superconducting ITER magnets will be qualified by ...read more
Superconducting Non-planar Modular Field Coils for WENDELSTEIN 7-X
Within the consortium "Wendelstein", Babcock Noell is manufacturing, together with an italian partner, the superconducting non-planar modular field coils for ...read more
Trim Coils for WENDELSTEIN 7-X
10 water-cooled non-planar control coils to be installed inside plasma chamber of the W7-X machine. Coils inside high vacuum tight steel box ...read more
Superconducting Model Coil TFMC for the Fusion Experiment ITER
EFDA, on behalf of EURATOM, contracted the European consortium AGAN to build the toroidal field model coil TFMC for the fusion reactor ITER. While doing so ...read more
DEMO - Coil for the Fusion Experiment WENDELSTEIN 7-X
The DEMO-coil is a prototype of the geometrically most complicated of the 5 non-planar W7-X coil types. With the DEMO-coil, the most important manufacturing ...read more
Study of the Long-term Behaviour of the Toroidal Field Coils of the Fusion Experiment JET
With a special measuring instrument, the elastic behaviour of the TF-coils was measured, in order to receive information, among other things, on the status of the ...read more
Production of the Central Coil System for the Spanish Stellarator TJ II
For the Spanish stellarator experiment, TJ II, Babcock Noell developed and manufactured the central coil system, the so-called Hard Core. ...read more
