Tokamak Energy creates TE Magnetics to industrialize HTS magnets

Tokamak Energy launches TE Magnetics to develop and market high-temperature superconducting (HTS) magnets for fusion reactors and other industrial applications.

Share:

Aimants supraconducteurs à haute température (HTS) de Tokamak

Gain full professional access to energynews.pro from 4.90£/month.
Designed for decision-makers, with no long-term commitment.

Over 30,000 articles published since 2021.
150 new market analyses every week to decode global energy trends.

Monthly Digital PRO PASS

Immediate Access
4.90£/month*

No commitment – cancel anytime, activation in 2 minutes.

*Special launch offer: 1st month at the indicated price, then 14.90 £/month, no long-term commitment.

Annual Digital PRO Pass

Full Annual Access
99£/year*

To access all of energynews.pro without any limits

*Introductory annual price for year one, automatically renewed at 149.00 £/year from the second year.

Tokamak Energy, based in the UK, announces the creation of TE Magnetics, a subsidiary dedicated to the marketing of its high-temperature superconducting (HTS) magnets.
These magnets, used in its Demo4 facility, create the powerful magnetic fields required for plasma confinement in fusion reactors.
HTS technology significantly reduces cooling requirements compared with conventional superconducting materials, making it an effective solution for many industries.
TE Magnetics is targeting not only the fusion market, but also sectors such as scientific research, medicine, renewable energies, and advanced transportation systems, such as marine and magnetic levitation transport.

Technological diversification objectives

TE Magnetics is positioned as a supplier of HTS magnets to a variety of industries, from energy to transportation.
Director Liam Brennan points out that the development of this technology has the potential to disrupt existing markets and create new ones.
The strategy includes the application of HTS in areas requiring enhanced performance and optimized energy consumption.
The aim is to harness the potential of superconductors to meet the growing demands for reduced energy consumption and improved efficiency in a variety of industrial sectors.

Progress towards marketable fusion reactors

Since its separation from the UK Atomic Energy Authority (UKAEA) in 2009, Tokamak Energy has been pursuing the development of compact fusion reactors.
In 2023, the company confirmed the construction of the ST80-HTS prototype at Culham, near Oxford, to demonstrate the efficiency of HTS magnets under real operating conditions.
Scheduled for completion in 2026, this prototype will serve as the basis for the design of the ST-E1 pilot plant, with an expected capacity of 200 MW of net electrical power within the next decade.
This roadmap foresees the commissioning of 500 MW commercial fusion power plants by 2035.

Strategic positioning in the superconductor market

By creating TE Magnetics, Tokamak Energy is taking a diversification approach while consolidating its role in fusion.
The development and marketing of HTS magnets is part of a strategy aimed at capturing a growing share of niche markets requiring high-performance superconducting solutions.
The fusion industry, still in its commercial infancy, could see these innovations as an essential lever for achieving ambitious and diversified energy targets.

The Tennessee Valley Authority partners with ENTRA1 Energy to develop up to 6 gigawatts of modular nuclear capacity, in an unprecedented project supporting energy growth across seven U.S. states.
A report by the International Atomic Energy Agency puts Iran’s 60% enriched uranium at 440.9 kg before Israeli and U.S. strikes, while the agency’s access to enrichment sites has remained suspended since the operations.
US-based Westinghouse has signed six industrial agreements in the UK to supply critical components for its AP1000 and AP300 nuclear projects in Britain and abroad.
NANO Nuclear Energy receives direct funding from the US Air Force innovation branch to assess the integration of its KRONOS MMR™ microreactor at the Washington D.C. military base.
EDF extends the operation of Heysham 1 and Hartlepool by one year after favourable safety inspections, ensuring continuity of nuclear production and safeguarding more than 1,000 jobs.
Russian nuclear group Rosatom has confirmed advanced discussions with India and Turkey to launch new power plants, including advanced and floating reactor technologies.
The International Atomic Energy Agency has identified uranium particles of industrial origin in samples taken from a Syrian site suspected of hosting an undeclared nuclear reactor.
Norwegian authorities begin the first regulatory phase for two modular nuclear reactor projects, marking a strategic step in the national review of the potential role of nuclear energy in the country’s power mix.
With eleven reactors under construction and major projects such as Jaitapur, India is preparing a nuclear build-up that could place it among the world’s five leading nations in the sector.
France and Germany have validated a joint energy roadmap, including a commitment to the non-discrimination of nuclear energy in European financing.
Russia and Iran seek to strengthen their nuclear cooperation as the E3 activates the sanctions mechanism against Tehran, reigniting tensions over compliance with the 2015 Vienna agreement.
US-based Natura Resources has secured strategic funding and key permits for its MSR-1 nuclear reactor, backed by public funds and enriched fuel allocation from the Department of Energy.
The United States and South Korea have agreed to initiate discussions on reprocessing spent nuclear fuel, marking a potential strategic shift in the long-standing bilateral agreement.
The United States Nuclear Regulatory Commission has granted a 40-year extension for the AP1000 reactor design certification, supporting its long-term construction domestically and deployment abroad.
Nano Nuclear Energy has signed a memorandum of understanding with Dioxitek, Argentina’s only uranium supplier for nuclear fuel, to assess the development of local conversion and enrichment capacities.
Stockholm plans to restart uranium extraction by lifting the 2018 ban, aiming to secure strategic supply chains and support domestic nuclear electricity production.
The French Atomic Energy Commission has signed a letter of intent with start-up Calogena to study the installation of a 30 MW thermal small nuclear reactor at its Cadarache site.
A Guidehouse Research report anticipates strong growth in the global nuclear modular reactor market, with revenues rising from $375.8 million in 2025 to $8.1 billion in 2034.
KHNP, Doosan, POSCO and Samsung C&T join US partners to develop 5 GW of modular reactors, expand uranium enrichment and build an 11 GW energy complex in Texas.
The US Department of Energy is creating an industrial consortium to accelerate domestic enriched uranium production and reduce reliance on foreign imports ahead of the Russian supply ban in 2027.

Log in to read this article

You'll also have access to a selection of our best content.