This Week’s Fusion News: May 22, 2026
May 22, 2026
The Fusion Report sized up where battery energy storage technology is headed and asked whether the next generation of AI-powered robots will run on fusion. The NRC is moving toward a substantially lighter federal review of fusion, Germany joined the EU’s IPCEI on innovative nuclear technologies for fusion only, Singapore’s A*STAR signed a five-year research pact with CFS, Canada backed a fusion-based copper-67 isotope production project, General Fusion brought on capital markets veteran Thomas Boehlert as it prepares for the public markets, and JT-60SA cleared its upgrade cycle and prepared for restart.
Will Next-Generation Artificial Intelligence Robots be Powered by Fusion Energy?
May 21, 2026
How Much Funding Has Fusion Received, And How Much More Does It Need?
/ February 24, 2026
The global fusion energy industry has attracted roughly $17 billion in private capital to date, with an estimated $10.7 billion raised outside of China and $6.5 billion within it. These are significant numbers, but they represent only a fraction of what will be needed to bring commercial fusion power plants online, where individual facilities could require billions in combined equity and debt financing. We examine the funding landscape, identify the major capital sources, and assess where the next wave of investment is likely to originate.
New Mexico legislators are advancing tax incentive bills to anchor Pacific Fusion’s billion-dollar Albuquerque campus, while DOE researchers at Princeton discovered that plasma micro-turbulence may solve a critical tokamak heat management challenge. Wisconsin launched a new fusion energy consortium with nearly $1 million in funding, and New Zealand’s OpenStar became the first commercial company to confine plasma using a levitated dipole reactor. Meanwhile, industry leaders warn that China’s $1.5 billion annual fusion investment and tenfold advantage in PhD production threaten U.S. control of the multitrillion-dollar fusion supply chain.
“First Mover Strategy” For The Fusion Energy Supply Chain
by Shaun Walsh
/ February 19, 2026
A panel at the Hudson Institute featuring leaders from Helion Energy, Commonwealth Fusion Systems, SCSP, and Peak Nano laid out the strategic case for building a domestic and allied-nation fusion supply chain now — before the window closes. With China investing $1.5 billion annually in state-directed fusion development and producing ten times more fusion PhDs than the U.S., the panelists warned that without immediate policy action, the multitrillion-dollar fusion manufacturing base could be lost to strategic competitors.
Helion Moves Closer to Achieving Commercial Fusion
/ February 17, 2026
Helion Energy achieved two major milestones with their Polaris prototype: measurable deuterium-tritium fusion and a private-sector plasma temperature record of 150 million degrees Celsius. With their Orion production facility under construction in Malaga, Washington, Helion is closing in on delivering 50 MW of commercial fusion power to Microsoft.
Helion Energy’s Polaris prototype becomes the first privately funded machine to operate with deuterium-tritium fuel and reaches 150 million degrees Celsius. Inertia Enterprises launches with a $450 million Series A to scale laser-based fusion. ITER deploys its massive “Godzilla” robot for tokamak assembly. Forbes contributor examines the U.S.-China fusion race, and UCLA leads a new $8 million University of California fusion research initiative.
Inertia Enterprises has launched as the newest commercial fusion player with a $450 million Series A led by Bessemer Venture Partners. Co-founded by Twilio’s former CEO Jeff Lawson, NIF physicist Dr. Annie Kritcher, and fusion plant designer Prof. Mike Dunne, the company aims to scale the National Ignition Facility’s proven laser-based approach into gigawatt fusion power plants within the next decade using a thousand compact, mass-produced lasers firing at fuel targets ten times per second.
Data Centers – The Driving Force Behind Energy Investments
/ February 10, 2026
The global data center market reached $319.5 billion in 2024 and is on track to nearly triple to $988 billion by 2035, with electricity consumption projected to double by mid-decade. Natural gas currently leads as the near-term power source of choice, but nuclear fission, battery storage paired with solid-state transformers, and fusion energy are all competing for a role in the long-term supply picture. This analysis examines where each technology stands today, the tradeoffs operators face between speed-to-deploy and decarbonization, and why data center investors are already placing bets on fusion despite its longer timeline to commercial scale.
Avalanche Energy closes $29M for desktop-sized fusion machines, Pacific Fusion eliminates $100M in reactor costs, Helical Fusion completes coil manufacturing hardware, a first-of-its-kind U.S.-Israel fusion supply chain initiative launches, Germany commits €14M to inertial fusion lasers, General Fusion adds OPG board chair as strategic advisor ahead of its SPAC listing, and LLNL releases a public economics model for inertial fusion power plants.