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The company is working closely with Google, which is seeking advanced energy sources to power its hyperscale data centers.
China and the U.S. are in a race to create the first grid-scale nuclear fusion energy. “Whoever has essentially abundant limitless energy … can impact everything you think of,” said TAE Technologies CEO Michl Binderbauer.
Large, state-sponsored efforts and private startups are reporting breakthroughs that many in the industry now think will lead to viable fusion energy. And in developing such fusion power plants, we are creating new technologies and solutions that can reach far beyond the task of energy generation.
Hoping to ride the green-energy wave to a carbon-free future, energy companies are taking fusion from the lab to the grid—and promise to do so with machines that are far smaller and cheaper than previous iterations, based on the use of technologies and materials not available in the past, and often, on simpler designs.
Commercial fusion energy has been making headlines since scientists at the Lawrence Livermore National Laboratory in California achieved what many have said was impossible: a fusion experiment that created a net energy gain.
TAE Technologies Announces Cedric Burgher as Chief Financial Officer – Burgher brings more than two decades of financial leadership experience in capital-intensive, publicly traded energy companies, including serving as CFO of Occidental Petroleum, QR Energy and KBR, Inc.
This week, we welcomed analysts to TAE Technologies’ headquarters for a look at how we’re advancing American fusion energy to power the A.I. revolution.
Trump Media & Technology Group to Merge with TAE Technologies, a Premier Fusion Power Company, in All-Stock Transaction Valued at More Than $6 Billion
TAE and UKAEA partner to commercialize advanced fusion technology – New joint venture TAE Beam UK will develop neutral beams for fusion and accelerator innovations for non-fusion applications.
TAE’s Norm machine – the first to produce FRC plasmas with only neutral beam injection – has performed beyond expectations, leapfrogging a planned sixth device, Copernicus
Fusion is coming sooner than markets think.
Thanks to @Veriten #COBT for visiting TAE headquarters and taking a deeper look at our path to commercial fusion, Da Vinci, and the future of fusion power.
Listen here: https://veriten.com/stream/cobt-336/
Today we’re introducing a new member of our team: Cedric Burgher has joined TAE Technologies as Chief Financial Officer: https://tae.com/tae-technologies-announces-cedric-burgher-as-chief-financial-officer/
With more than two decades of financial leadership experience in publicly traded energy companies, Burgher will play a key role as we construct our first utility-scale fusion power plant and scale toward public company readiness.
“TAE has the potential to redefine global energy,” said Burgher. “Delivering on that opportunity requires rigorous financial stewardship and disciplined capital allocation. I look forward to working with the team as we build the foundation necessary to support the development of fusion power plants.”
Our mission to deliver commercial fusion power starts with our preferred fuel, hydrogen-boron (also known as p-B11 or p-11B), which is non-radioactive, safe and abundant.
Hydrogen-boron is an ideal fuel source for fusion reactions because it’s:
🌳 Safe and sustainable
🌊 Abundant in nature and commonly mined on Earth
🎈 Less expensive than other fusion fuels, enabling scalable, cost-competitive electricity production.
Through our partnership with Japan’s National Institute for Fusion Science (NIFS), our scientists are experimenting with hydrogen-boron to gain insight for our commercial fusion concept.
Today, we’re congratulating the TAE-NIFS team on a major milestone: their recent publication in the journal Nuclear Fusion about an innovative heating method that combines radio frequency waves with neutral particle beams to enhance the hydrogen-boron fusion reaction rate: https://lnkd.in/ezcdnCYZ
This publication results from years of collaboration between TAE and NIFS, and it points to a promising method for generating clean, safe and cost-effective fusion energy.⚡
We’re excited to announce a new partnership with the United Kingdom and its national fusion lab, @UKAEAofficial, to commercialize our world-leading particle accelerator technology for the global market: https://www.gov.uk/government/news/tae-technologies-and-ukaea-partner-to-commercialise-fusion-tech
At the center of this partnership is TAE Beam UK, a joint venture to design, develop and ultimately manufacture and service neutral beams for fusion. TAE Beam UK – the first US-UK public-private partnership of its kind – will also develop accelerator technology for state-of-the-art cancer therapeutics, food safety, homeland security and more.
With investment from the UKAEA, this new entity will operate out of the lab’s Culham Campus in Oxfordshire, UK, expanding TAE’s presence in the region and establishing a global hub for this vital fusion technology.
TAE continues to redefine FRC fusion with our advanced neutral beam technology.
Our particle accelerators have already achieved a scientific breakthrough this year with our machine’s ability to form, heat and stabilize an FRC plasma using only neutral beam injection – a first in fusion.
Now, our team has optimized this technology even more to tackle two of the biggest hurdles for an FRC machine: plasma stability at fusion-relevant temperatures.
New research published in Nuclear Fusion from the TAE team, led by James Titus, details how we’ve increased beam current drive and implemented fast modulation of beam energy – enhancements that improve our plasma performance as we scale toward the cleanest, safest commercial fusion power.
– Read the latest on our neutral beam optimization in Nuclear Fusion.
– See more of our recent work: TAE.com/Research