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SST-1(Steady State Superconducting Tokamak-1)

Study plasma physics, cryogenics, heating and current drive needed for steady-state superconducting-tokamak operation.

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Focus: Studies plasma physics, cryogenics and heating/current drive for steady superconducting-tokamak operation. Reading perspective: R&D purpose: plasma physics, cryogenics, heating and current drive for steady superconducting tokamaks. Stages, results, targets and specs are in the project profile above. Each…
Diagram summarizing the article’s key points.Diagram: FUSION INDUSTRY
PROJECT DATABASE

Project profile

Research results, fusion power, net electricity generation and commercialization are distinguished. Future operating dates and power levels are targets announced by the operator.

Official name
SST-1(Steady State Superconducting Tokamak-1)
Operator
Institute for Plasma Research(IPR)
Operator type
Public institution / university
Host country
India
Host location
IPR, Bhat, Gujarat
Category
Research device
Technical approach
Tokamak
Development stage
Research operation

Development stage note: Listed as an operating research machine. The latest campaign status and performance records were not verified; older achievements are explicitly dated.

Research and development objectives

Study plasma physics, cryogenics, heating and current drive needed for steady-state superconducting-tokamak operation.

Verified milestones

  1. 2020-03 · Achievement or implementation verified

    The facility page lists a plasma duration of approximately 650 ms as an achieved value.

Announced future targets

  • Target date not verified · Announced target (not achieved)

    A plasma duration of approximately 1,000 seconds is a design target.

Published technical specifications

ItemPublished valueMeaning, conditions and sources of values
Major radius1.1 mPublished facility parameter
Magnetic field strength3 TPublished specification
Plasma durationapproximately 650 msAs of March 2020; not asserted to be the latest record

Companies with verified involvement

No relationship has yet been verified by matching the sources with the company database.

Related in-depth FI articles

No existing article focused on this project has been verified.

Verification scope and classification notes
  • Listed as an operating research machine. The latest campaign status and performance records were not verified; older achievements are explicitly dated.
  • Editorial classification of the purpose described in official sources; not necessarily the operator's formal classification.
  • No item was verified in this review. This does not establish that none exists or that it is undisclosed.

Official project information ↗

Sources for project information

Last verified: 2026/10/12 20:28:19 (Japan time)

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Research and development purpose

Study plasma physics, cryogenics, heating and current drive needed for steady-state superconducting-tokamak operation.

Research stages, achievements, announced targets and technical specifications are organized in the project profile above. Check the sources for each item.

Focus: Studies plasma physics, cryogenics and heating/current drive for steady superconducting-tokamak operation. Reading perspective: R&D purpose: plasma physics, cryogenics, heating and current drive for steady superconducting tokamaks. Stages, results, targets and specs are in the project profile above. Each…
Diagram summarizing the article’s key points.Diagram: FUSION INDUSTRY

Check the official information

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