Fusion energy powers the stars. But here on Earth, its promise as a clean, virtually limitless power source has remained beyond reach. At SHINE, we’re changing that.
We’re building fusion the practical way—through revenue-generating systems, measurable results, and steady reinvestment in progress. Meanwhile, we’re earning as we learn, bringing reliable, scalable fusion energy closer to reality.
Global electricity demand is surging—driven by energy-intensive AI infrastructure and the rapid electrification of transport and industry. But fossil fuels can’t meet that demand without worsening climate risk. Renewables can’t provide reliable, round-the-clock power. And nuclear fission depends on expensive safety systems and produces long-lived radioactive waste. Fusion will close the gap with a unique combination of advantages.
Fusion releases millions of times more energy per unit mass than fossil fuels—enough to power a city from a glassful of fuel. Its concentrated output means fewer plants, smaller footprints, and far less extraction of fuel and materials to meet global demand.
Fusion operates with built-in safety. There is no chain reaction and no risk of meltdown. When conditions change outside of normal, the reaction simply stops. Unlike fission, fusion produces easier-to-manage waste. Most materials become activated only briefly and can be recycled or repurposed.
Fusion draws its fuel from abundant elements found on Earth. Hydrogen isotopes in water and lithium in the planet’s crust are plentiful enough to power civilization for any forseable need, enabling true energy prosperity for all.
Our roadmap to fusion energy is deliberate, data-driven, and cumulative. Each milestone builds on proven systems, validated results, and operational experience. This approach reduces risk while accelerating fusion’s readiness for energy generation.
Current Operations
Expand commercial fusion operations and increase isotope-production and testing throughput. Continue improving system efficiency and performance in regulated, real-world markets.
Develop next-generation accelerator and target designs to raise neutron yield and enhance system reliability. Integrate verified upgrades into operating systems to extend uptime and performance.
In Development
Provide the fusion neutron sources informing future fusion-energy designs, including DOE’s FIRE program and UKAEA LIBRTI to study materials behavior and tritium-breeding approaches.
Toward Energy Production
Lay the foundation for regional fusion facilities capable of providing dependable, carbon-free power for grids and industry—building directly on SHINE’s proven fusion operations and technical expertise.
SHINE operates the only commercial fusion systems in the U.S., demonstrating fusion’s value in real markets today. Our model is straightforward: generate revenue, reinvest strategically, and continually improve. This steady progress toward fusion-energy production can ultimately redefine industries, strengthen energy security, and sustain lasting prosperity.
