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  • 31st ITER Council | Addressing challenges

    The project's governing body, the ITER Council, convened for the 31st time in its history on 16 and 17 November to evaluate the progress of construction, m [...]

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  • Machine assembly | Key components to be repaired

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  • Radio Frequency Building | Installing the first power supply sets

    When the plasma in the ITER vacuum vessel is fed sufficient power, the velocity that the particles acquire causes them to collide, fuse and generate considerabl [...]

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Of Interest

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European industrial milestone celebrated in La Spezia

European contractors and invited guests celebrated an important project milestone last week at the European winding facility in La Spezia, Italy. The first 110-tonne winding pack produced in Europe for the toroidal field magnet system is ready to be transferred to contractor SIMIC for the final assembly operations, including insertion into a massive steel case.
Just over 100 tonnes today, just over 300 tonnes once inserted into its steel case ... the ITER D-shaped toroidal field coils are among the heaviest elements of the machine. Eighteen of these coils will be spaced evenly around the vacuum vessel to confine the plasma. (Click to view larger version...)
Just over 100 tonnes today, just over 300 tonnes once inserted into its steel case ... the ITER D-shaped toroidal field coils are among the heaviest elements of the machine. Eighteen of these coils will be spaced evenly around the vacuum vessel to confine the plasma.
Each winding pack, or central core, is formed from seven stacked double pancakes—double layer assemblies of niobium-tin superconductor wound into a D-shape, inserted into mechanical support structures called radial plates, and insulated. The resin impregnation of the full stacked assembly was one of the final steps performed in La Spezia, carried out to electrically insulate the component and create a rigid assembly (photo).

Since the beginning of qualification activities on the European winding line (semi-winding in 2012, full prototype double pancake in 2013), hundreds of people from dozens of companies have contributed: superconducting strand producers in China, Europe and Russia; the ICAS consortium (Italian firms ENEA, Tratos Cavi and Criotec) for jacketed conductor material; CNIM (France) and SIMIC (Italy) for the radial plates; the ASG consortium (ASG Superconductors, Italy; Iberdrola Ingeneria, Spain; and Elytt Energy, Spain) for winding operations; and now SIMIC (Italy) for cold testing and insertion into coil cases.

It's what ITER Director-General Bernard Bigot—who was present at the ceremony on 18 May—calls a good case study of the ITER Project as a whole ... a "melting pot of knowhow and expertise."

"The success of the ITER Project depends fundamentally on successful partnerships between what I would call 'global neighbours,'" said the ITER Director-General to the group that had assembled in La Spezia. "The ITER Project is built on this condition: partnership is a prerequisite, as not a single ITER Member could afford to build ITER alone in a reasonable time. If our large international partnerships perform well, each partner contributes its expertise and unique capacity. We complement each other, we all learn from each other, the interfaces are well-managed, the project succeeds, and everyone wins."

The European Domestic Agency is responsible for the procurement of nine toroidal field coils plus one spare; the Japanese Domestic Agency, which is responsible for nine others, also recently produced its first winding pack. The first 17-metre tall, 310-tonne completed toroidal field coil (winding pack plus steel case) will be shipped to the ITER site in 2018.


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