FusDIS

The Fusion Device Information System (FusDIS), developed and maintained by the IAEA, focuses on fusion devices worldwide. FusDIS contains information on fusion devices public or private with experimental and demonstration designs, which are currently in operation, under construction or being planned, as well as technical data of these devices and country statistics, including research statistics from the Fusion Energy Conference series. All information is collected by the IAEA and undergoes a process of review involving the International Fusion Research Council.

About FusDIS

The devices are organized in 4 main configuration categories:

Tokamaks - both conventional and spherical type
Stellarators and Heliotrons
Laser/Inertial
Alternative Concepts - this category includes the following types: beam-target; dense plasma focus; field reversed configuration; inertial electrostatic fusion; levitated dipole; magnetic mirror machine; magnetized target fusion; pinch; pulsed power generated electron beam; reverse field pinch; simple magnetized torus; space propulsor; spheromak.

For each device, the info below can be visualized by hovering the cursor over the device marker:

Country
Organization
Device Name
Device Configuration
Device Type
Device Status (operating; under construction; planned)
Design (experimental; demonstration)
Ownership (public; private; public-private)
Website (each website can be launched by clicking on the device marker).

The statistics provided can be used as filters. It is also possible to filter per country by choosing each country from the tables.

In addition, the following dashboards are available:

Tech Data: 0D design parameters of experimental tokamaks and stellarators/heliontrons in operation or under construction.
Country Stats: Number of fusion devices per country, per design, status and configuration.
Org Stats: Number of fusion devices per organization, per design, status and configuration.
FEC2020 IDX: Number of first authorship papers submitted at FEC2020 per country/organization and per track. Categories are: EX - Magnetic Fusion Experiments; TH - Magnetic Fusion Theory and Modelling; TECH - Fusion Energy Technology; IFE - Inertial Fusion Energy; IAC - Innovative and Alternative Fusion Concepts; OV - Overview.
FECs IDX: Number of first authorship papers submitted at FEC2006–2020 per country and per track; and total number of papers per FEC and per track. Categories are: EX - Magnetic Fusion Experiments; TH - Magnetic Fusion Theory and Modelling; TECH - Fusion Energy Technology; IFE - Inertial Fusion Energy; IAC - Innovative and Alternative Fusion Concepts; OV - Overview.

Useful tips

Click on the icon at the bottom of the map to reset the filters.
Click on the icon inside the map to reset the map view.
Hover the cursor over the device marker to access each device info.
Click on the device marker to launch the related website.
Use the statistics and tables as filters.
'Ctrl+click' to select two or more filters.

Copyright

The data provided through FusDIS is protected by copyright. Content may be adapted, translated, copied, printed and downloaded for private study, research and teaching purposes, and for use in commercial and non-commercial products or services, provided that appropriate acknowledgement of the IAEA as the source is given and that the IAEA's endorsement of users' views, products or services is not stated or implied in any way.

Customised statistics can be prepared and delivered on request.

Citing this Database

INTERNATIONAL ATOMIC ENERGY AGENCY, Fusion Device Information System - FusDIS (2021), https://nucleus.iaea.org/sites/fusionportal/Pages/FusDIS.aspx

Citations

Commercializing Fusion Energy, Institute of Physics Publishing (2020)
Building talent for tomorrow, human capital strategies for fusion technologies, Lions Global (2021)
The Star Builders: Nuclear Fusion and the Race to Power the Planet, Weidenfeld & Nicolson (2021)
Start-up fusion. Nat. Phys. 17, 1069 (2021)

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