This Week’s Fusion News: February 27, 2026
Things You Gotta Know
SHINE Technologies Raises $240 Million to Advance Commercial Fusion
Wisconsin-based SHINE Technologies announced a $240 million equity funding round led by NantWorks, with participation from Fidelity Management & Research Company, Sumitomo Corp. of Americas, Pelican Energy Partners, Deerfield Management, Oaktree Capital Management, and existing investors. The company also appointed Dr. Patrick Soon-Shiong, executive chairman of ImmunityBio and founder of NantWorks, to its board. SHINE currently operates a commercial fusion technology portfolio spanning neutron testing for defense and aerospace components and radioisotope production for cancer therapies and diagnostic imaging. The investment will fund the company's next growth phase, including technology development for used nuclear fuel recycling and a longer-term push toward commercial fusion energy production.
Proxima Fusion Signs MoU with RWE, Bavaria, and Max Planck Institute
Proxima Fusion signed a Memorandum of Understanding with German energy giant RWE, the Free State of Bavaria, and the Max Planck Institute for Plasma Physics to build the world's first commercial stellarator fusion power plant in Europe. The roadmap begins with the Alpha demonstration stellarator near IPP in Garching, which aims to become the first stellarator to demonstrate net energy gain in the 2030s, followed by the Stellaris commercial power plant at a former nuclear fission site in Gundremmingen. Bavaria has indicated a potential 20% state co-financing contribution, while Proxima plans to cover approximately 20% through private investors, with RWE also signaling financial participation. The Alpha project alone carries an estimated €2 billion price tag, and the partners are jointly pursuing federal funding under Germany's High-Tech Agenda.
NRC Publishes Proposed Regulatory Framework for Fusion Machines
The U.S. Nuclear Regulatory Commission on February 26 published its proposed rule and draft guidance establishing a technology-inclusive regulatory framework for fusion machines, opening a 90-day public comment period that closes May 27, 2026. The rule augments the existing byproduct material framework under 10 CFR Part 30, the same approach used for particle accelerators, formally separating fusion from the burdensome fission licensing regime. Congress had already codified this direction through the ADVANCE Act and the Fusion Energy Act, making the United States the second country after the United Kingdom to establish fusion-specific regulations. Once finalized and implemented in October, the framework will provide the clear permitting pathway that fusion developers need to move from demonstration to commercial deployment.
General Fusion Files Form F-4, Advances Path to Becoming First Public Pure-Play Fusion Company
General Fusion and Spring Valley Acquisition Corp. III (NASDAQ: SVAC) filed their joint registration statement with the SEC, marking a key milestone toward what would be the first publicly traded pure-play fusion company, expected to list on Nasdaq under ticker "GFUZ." The proposed business combination implies approximately $1 billion in pro-forma equity value, including $107.7 million from an oversubscribed PIPE and $230 million from SVAC's trust capital. Proceeds will fund the company's Lawson Machine 26 program. The transaction is targeted to close mid-2026, subject to regulatory and shareholder approvals.
UK Atomic Energy Authority to Support Pulsar Fusion on Neutron Shielding for Sunbird Propulsion Programme
The UK Atomic Energy Authority is supporting British space propulsion company Pulsar Fusion with neutron shielding and activation modelling for its Sunbird fusion propulsion programme. The work will provide high-level analysis to inform shielding approaches and materials considerations for future fusion-powered spacecraft, advancing engineering foundations needed for deep-space operations. UKAEA brings world-leading expertise in fusion-adjacent materials modelling and radiation analysis to the partnership, reflecting the growing momentum behind applying the UK's fusion economy capabilities to space propulsion. Pulsar recently secured a separate 18-month contract with the European Space Agency to advance its Hall-effect thruster technology.
Ohio Legislator Introduces Fusion Energy Advancement Act
Ohio State Representative Brian Lorenz (R-Powell) introduced the Ohio Fusion Energy Advancement Act, legislation that would establish a framework to support fusion energy development in the state and create the Ohio Fusion Energy Working Group. The working group would bring together representatives from state agencies, universities, fusion companies, and electric utilities to identify regulatory gaps, assess workforce and supply chain needs, and recommend economic development strategies. The group would report annually to the General Assembly and reconvene five years after its first report to propose specific regulatory or legislative changes. Ohio joins a growing number of states taking proactive steps to position themselves as hubs for fusion energy commercialization as the industry moves closer to deployment.
Mining The Moon for Fusion
The Moon's regolith contains an estimated 1 million+ tons of helium-3, a fuel prized for its potential in aneutronic fusion reactors. But He-3 sits in parts-per-billion concentrations, requiring massive mobile extraction systems to heat lunar soil to 700–900 °C. Companies including Interlune, ispace, and Black Moon Energy are developing plans to scout, extract, and return He-3 to Earth, with timelines ranging from 2029 to 2040. The Fusion Report examines what early lunar mining operations would look like, who's working on it, and the technical hurdles standing between the Moon and commercial fusion fuel.
How Much Funding Has Fusion Received, And How Much More Does It Need?
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.
