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Latest ITER Newsline

  • Port cells | All 46 doors in place

    In ITER, ordinary objects and features often take on an awesome dimension. Take the doors that seal off the port cells around the Tokamak for instance. Doors th [...]

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  • Toroidal field coils | Two make a pair

    One of the essential 'building blocks' of the ITER Tokamak is the pre-assembly of two toroidal field coils, one vacuum vessel sector and corresponding panels of [...]

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  • Industrial milestone | Cryostat manufacturing comes to an end in India

    With a flag-off ceremony on 30 June, India's L&T Heavy Engineering marked the end of an eight-year industrial adventure—the manufacturing of the ITER cryost [...]

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  • Local partners | A celebration for ITER's "vital artery"

    ITER is made possible through the work of thousands of scientists, engineers, workers of all trades and industries across the globe. It is also made possible by [...]

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  • Photo reportage | Travelling with a coil

    From the salt marshes of the inland sea Étang-de-Berre to the rolling hills around the ITER site (with a view of some of the highest alpine summits) an ITER con [...]

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Of Interest

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Europe delivers a world class test facility

Fusion for Energy

On 22 March, the EDIPO magnet, the core of the EDIPO facility, reached a magnetic field of 12.5 Tesla. (Click to view larger version...)
On 22 March, the EDIPO magnet, the core of the EDIPO facility, reached a magnetic field of 12.5 Tesla.
If we are truly committed to the idea of a sustainable energy mix—with fusion as one of the elements—then we need to invest in facilities that will bring us a step closer to the realization of commercial fusion by helping us test the technology and the components of current and future fusion devices.

This is precisely the purpose of the European Dipole project (EDIPO) launched in 2005, whose mission is to manufacture a high field magnet that would ultimately be used to test ITER cable-in-conduit conductors with current up to 100 kA. Switzerland's Paul Scherrer Institute (PSI), at the Centre of Research in Physics and Plasma (CRPP), is hosting this facility that was built thanks to a collaboration between CRPP, BNG (Babcock Nöll), the European Domestic Agency for ITER, and the European Commission.

The stakes for EDIPO were high from the very start because it had to meet two important conditions. First, it had to offer the fusion community the possibility to test short sample conductors in a magnetic field up to 12.5 Tesla—an unprecedented level for this type of facility—in order to mimic the ITER environment. Second, the conductors had to be tested at this level of magnetic field over a length equivalent to about 800 mm, which is roughly two times the high field length of the conductors currently tested in SULTAN.
Read more in the Fusion for Energy Newsletter.


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