The multi-year agreement marks the largest public-private investment in fusion energy development in North American history. Under the terms of the contract, Aevum Energy will lead the end-to-end deployment of three tokamak-stellarator hybrid facilities, each capable of demonstrating sustained net-positive energy output (Q ≥ 1.5) within the next six years.
The facilities will be strategically located in Texas, Colorado, and Ontario, leveraging existing Aevum infrastructure corridors and regional grid interconnections. Each pilot plant will operate under rigorous federal oversight while utilizing Aevum’s proprietary magnetic confinement architecture, advanced superconducting magnet arrays, and autonomous plasma stabilization systems.
Contract Highlights
Accelerating the Path to Commercial Fusion
This contract represents a critical inflection point for Aevum Energy’s fusion roadmap. While experimental fusion has long promised clean, limitless power, the transition from laboratory demonstration to grid-ready pilot infrastructure has required unprecedented capital, engineering precision, and regulatory coordination. Aevum’s multidivisional structure enables seamless integration of advanced materials from Zenth Advanced Research, high-precision manufacturing from Aevum Robotics Labs, and grid-integration software from Zenth Digital Systems.
“This contract isn’t just about building three facilities—it’s about proving that fusion can be engineered, scaled, and integrated into the modern energy grid within a single commercial decade. Aevum Energy has spent the last eight years perfecting our confinement architecture and supply chain. Today, we’re moving from promise to physics.” — Dr. Elena Rostova, President, Aevum Energy & Power Division
The $4.2 billion investment will be phased across six years, with initial construction mobilization beginning Q2 2027. Each pilot plant will cover approximately 42 acres, housing a 120-meter diameter toroidal facility, dedicated superconducting magnet foundries, and advanced tritium breeding loops. The projects are expected to create over 14,000 direct and indirect jobs across engineering, advanced manufacturing, and grid operations.
Grid Integration & Energy Security Impact
Unlike previous experimental programs focused solely on plasma physics, Aevum’s approach prioritizes grid compatibility from day one. The pilot plants will be engineered to deliver stable baseload power with automated load-following capabilities, allowing seamless integration with regional renewable portfolios. Successful completion of the 2032 net-energy milestone will trigger option clauses for up to twelve commercial-scale fusion reactors under the broader federal clean energy initiative.
- Phase I (2027–2028): Site preparation, magnet coil fabrication, and cryogenic infrastructure deployment
- Phase II (2028–2030): Vacuum vessel assembly, plasma heating systems installation, and control grid integration
- Phase III (2030–2032): Commissioning, sustained ignition trials, and grid-tied operation validation
The Department of Energy emphasized that Aevum’s cross-divisional capabilities and proven execution in megaproject delivery were decisive factors in the award. “We evaluated twelve proposals. Aevum’s integrated supply chain, autonomous maintenance protocols, and commitment to domestic advanced manufacturing made them the clear choice for this pivotal milestone,” said Director Marcus Chen, Office of Advanced Nuclear Technologies.