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News & Media

Latest ITER Newsline

  • Vacuum vessel | First segment completed in Korea

    The technically challenging fabrication of the ITER vacuum vessel is progressing in Korea, where Hyundai Heavy Industries has completed the first poloidal segme [...]

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  • Project progress | How do we know where we stand?

    If ITER were an ordinary project, like the building of a bridge, the construction of a highway or even the launching of a satellite into space, it would be rela [...]

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  • Radial walls| Thickest rebar and most intricate geometry

    The combined mass of the ITER Tokamak and its enveloping cryostat is equivalent to that of three Eiffel Towers. But not only is it heavy (23,000 tonnes) ... it [...]

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  • Next step | Japan revises its DEMO strategy

    In light of recent progress on the construction of ITER and developments in domestic fusion research, the Science and Technology Committee on Fusion Energy—part [...]

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  • Monaco-ITER Fellows | Campaign opens for the 6th generation

    The ink has only just dried on the second Monaco-ITER Partnership Arrangement. Funded by the Principality of Monaco, the Arrangement allows the ITER Organizatio [...]

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Of Interest

See archived articles

The mega converters

They are the most recent additions to the ITER construction landscape. Long and low, the twin Magnet Power Conversion buildings are going up parallel to the ITER cryoplant. According to the ITER schedule, they will be ready for equipment before the end of the year.
 
Located between the 400 kV electrical switchyard and the Tokamak Complex, the Magnet Power Conversion buildings will furnish DC current to 10,000 tonnes of superconducting magnets. (Click to view larger version...)
Located between the 400 kV electrical switchyard and the Tokamak Complex, the Magnet Power Conversion buildings will furnish DC current to 10,000 tonnes of superconducting magnets.

The relatively straightforward structures—each 150 metres in length—are going up rapidly on the ITER site. At the same time, contractors are finalizing buried technical galleries between the buildings. By the end of the year, contractors will begin installing the equipment. (Click to view larger version...)
The relatively straightforward structures—each 150 metres in length—are going up rapidly on the ITER site. At the same time, contractors are finalizing buried technical galleries between the buildings. By the end of the year, contractors will begin installing the equipment.

Densely packed with electrical converters, switches and fast discharge units, the twin Magnet Power Conversion buildings act as an AC/DC converter for the ITER magnetic system. The procurement responsibility for the electrical equipment in the buildings is shared by Korea (18 converter units and one master control system), China (14 converter units), and Russia (fast discharge units and some 2.5 kilometres of busbars). (Click to view larger version...)
Densely packed with electrical converters, switches and fast discharge units, the twin Magnet Power Conversion buildings act as an AC/DC converter for the ITER magnetic system. The procurement responsibility for the electrical equipment in the buildings is shared by Korea (18 converter units and one master control system), China (14 converter units), and Russia (fast discharge units and some 2.5 kilometres of busbars).



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