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  • Poloidal field magnets | The last ring

    As the massive ring-shaped coil inched its way from the Poloidal Field Coils Winding Facility, where it was manufactured, to the storage facility nearby where i [...]

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  • Heat rejection | White "smoke" brings good news

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  • WEC 2024 | Energy on centre stage

    The global players in the energy sector convened in Rotterdam last week for the 26th edition of the World Energy Congress (WEC). The venue was well chosen, wit [...]

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  • Fusion world | The EU blueprint for fusion energy

    The EU Blueprint for Fusion Energy workshop, convened by the European Commission's Directorate-General for Energy, brought together key stakeholders in the fiel [...]

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  • Neutral beam injection | ELISE achieves target values for ITER

    Researchers at the Max Planck Institute for Plasma Physics in Garching, Germany, have generated the ion current densities required for ITER neutral beam injecti [...]

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Of Interest

See archived entries

Ring coils

A fisheye view

Three poloidal field coils are now present in Europe's on-site winding facility.

In this 257-metre-long production facility on the ITER site, European Domestic Agency contractors are producing four of ITER's six poloidal field magnets. A fifth, poloidal field coil #6, was manufactured under European contract in China and has arrived for cold testing. (Click to view larger version...)
In this 257-metre-long production facility on the ITER site, European Domestic Agency contractors are producing four of ITER's six poloidal field magnets. A fifth, poloidal field coil #6, was manufactured under European contract in China and has arrived for cold testing.
To the far left of this fisheye image, poloidal field coil #5 (PF5), whose fabrication was launched in August 2017, has entered the final assembly phase and is being equipped with helium piping and electrical cables prior to cold test operations.

At the opposite end of the frame, half-hidden under the red gantry crane, the recently delivered PF6 is being readied for a cold test campaign that is scheduled to begin in August. A cryogenic chamber for cold testing, partly open, is visible to the right. Cold testing consists in bringing down the coil's temperature to 80 K (minus 193 °C) in order to verify that the insulation is robust and that the component can be cooled to superconducting temperatures without incurring the formation of cracks.

The recently delivered PF6 is being readied for a cold test campaign that is scheduled to begin in August. (Click to view larger version...)
The recently delivered PF6 is being readied for a cold test campaign that is scheduled to begin in August.
The same diameter (17 metres) as PF5 but considerably lighter (204 tonnes versus 342 tonnes), PF2 occupies the centre of the image. Workers are presently assembling a tight mould around the coil for the resin impregnation phase, set to begin in the coming weeks.  Once impregnated, PF2 will be fitted with additional equipment (joints, clamps, etc.) and also cold tested.

In addition to the three fully formed poloidal field magnets visible in this image, work has begun far to the left on the preparatory activities for PF4 (24 metres in diameter, 350 tonnes). A dummy double pancake must be completed before actual fabrication is launched this summer.

Also see this report on the Fusion for Energy website.


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