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cfs.energy

The world's largest and leading commercial fusion energy company

iter.org

The ITER remote handling systems comprise a large array of robotic transporters, manipulators, tooling and support structures deployed within the ITER machine, the Tokamak Building, and the Hot Cell Facility.  The systems must operate within limited space and with low observability, handle and manipulate large and heavy components up to 45 tonnes without causing damage to the components or their surroundings, and withstand exposure to a radiation environment.  ITER’s remote handling systems are designed to assist in the assembly of the ITER machine and then play an important role during the maintenance phases. Once operation begins, it will be impossible to make changes, conduct inspections, or repair any of the tokamak components in the activated areas other than by remote handling.  Four major remote handling systems are planned for ITER: The blanket remote handling system transports the blanket first wall panels or the blanket shield blocks into or out of the vacuum vessel. The divertor remote handling system is used to install, maintain and replace divertor assemblies in the vacuum vessel. The neutral beam remote handling system provides a means for the maintenance within the neutral beam area of the Tokamak Building of the neutral beam plant equipment. The cask and plug remote handling system takes care of the transfer of components between the machine and the Hot Cell Complex for refurbishment/repair/replacement.  A separate remote handling system is also planned for deployment within the ITER Hot Cell Facility. Operators on the ITER site in charge of remote handling operations will work either from the remote handling control room for operations in and around the machine, or from a control room inside the ITER Hot Cell Facility. Reliable and robust remote handling systems are critical to the success of ITER and to future fusion reactors.

tokamakenergy.com

Tokamak Energy has signed a new strategic collaboration with Gauss Fusion that will focus on shared ambition to advance transformative high temperature superconducting (HTS) magnets and accelerate commercial fusion technology.

ukaea.org

Our mission is to lead the delivery of sustainable fusion energy and maximise the scientific and economic benefits. Explore our progress.

fusionforenergy.europa.eu

F4E is responsible for the European contribution to ITER and the development of Fusion energy. Discover the merits and business opportunities of the biggest experiment in fusion energy.

ifmif-dones.es

25-03-2026. Ideal. Ángel Ibarra recibirá el VIII Premio Viajero en el Tiempo del Festival Gravite 24-03-2026. Nuclear España. Entrevista a Moisés Weber 12-03-2026. La Vanguardia. La fusión nuclear, la energía llamada a revolucionar la producción energética mundial 10-03-2026. Ideal. La industria alemana de energía de fusión muestra su interés por el acelerador de Granada 07-03-2026. […]

sunfire.de

sunfire provides innovative electrolyzers for green hydrogen production ✔ discover sustainable energy solutions now!

nelhydrogen.com

1927 The first small electrolyser installation at Norsk Hydro, Notodden, Norway. Testing for pure hydrogen to fertilizer production. 1940 The largest installation in the world of water electrolysers…

fuelcellenergy.com

Check out how fuel cells for utility grid support optimize the grid and improve resilience while meeting net-zero goals and cutting operational costs.

kyotofusioneering.com

A worldwide effort is underway to develop fusion as a long-term energy solution. Discover how Kyoto Fusioneering’s unique DNA is helping to shape the future of industry.