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  • Cross-sector advocacy | The fusion knights

    Developing fusion as a usable energy source requires an all-hands-on-deck approach. At last week's ITER workshop, fusion advocacy organizations showed the role [...]

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    Workshop lays groundwork to provide vast amounts of ITER research and expertise to fusion companies. As ITER embarks on an ambitious initiative to accelerate th [...]

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    There are many ways to approach the harnessing of fusion energy: one is to optimize or simplify existing concepts; another is to exhume long-abandoned solut [...]

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    The development of commonly agreed codes and standards for fusion goes right to the heart of ITER's vision of collaboration, recognizing the exceptional dynamis [...]

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  • Industrial ecosystem | Suppliers see growing opportunities

    A diverse group of suppliers described their roles in a growing ecosystem around nuclear fusion and shared their vision of the future. The quest for fusion brin [...]

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Of Interest

See archived entries

Many will be heavier, none will be wider

Of all the components that will be delivered to ITER in the years to come, many will be heavier, taller and more spectacular than the two "E-Houses" that reached the worksite shortly after 1:00 a.m. on Thursday 9 February.

The ''E-house'' that was installed on its final location upon arrival was the smallest of the two. Still, at 8.3 metres wide, it was no small achievement to get it through the densely packed ITER worksite © DAHER (Click to view larger version...)
The ''E-house'' that was installed on its final location upon arrival was the smallest of the two. Still, at 8.3 metres wide, it was no small achievement to get it through the densely packed ITER worksite © DAHER
But none will be wider: at 8.7 metres wide, the larger of the two E-houses was just 30 centimetres below the limit that the ITER Itinerary can accept...

The two "houses" had travelled together from China. Upon arrival at ITER, the larger E-house (27 metres long, 8.7 metres wide, 130 tonnes) was put in storage at the entrance of the ITER site until its concrete base could be realized; its near twin (24 metres long, 8.3 metres wide, 110 tonnes) was installed in its final location between the electrical switchyard and the large transformers.

The installed E-house will be progressively equipped with the complex set of cables that will connect it through the switchyard to the French national grid.


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