Grid-Scale Fusion Power
Near-aneutronic clean electricity with no carbon emissions and minimal radioactive waste.
The Challenge
Clean Baseload Energy Without Compromise
India’s electricity demand is projected to double by 2040. Solar and wind cannot provide round-the-clock baseload. Coal provides that baseload today — at an unsustainable environmental cost. Conventional nuclear carries public perception challenges around safety, waste, and proliferation. Fusion energy produces no carbon emissions, no long-lived radioactive waste, no risk of meltdown, and uses virtually unlimited fuel.
Our Approach
Near-Aneutronic Fusion via Magnetic Mirror
ASPL Fusion’s long-term vision is a near-aneutronic fusion power system using a progressively upgraded magnetic mirror device. This approach produces minimal neutron radiation compared to conventional deuterium-tritium fusion — less structural activation, less waste, easier maintenance.
The path to fusion power is funded by revenue from earlier phases: BNCT, medical isotopes, and hybrid energy systems each generate revenue while advancing the physics and engineering required for commercial fusion.
Why It Matters
Key Benefits
Zero Carbon Emissions
Fusion produces no greenhouse gases during operation — contributing directly to India’s climate commitments and net-zero targets.
Minimal Radioactive Waste
Near-aneutronic reactions produce dramatically less activation waste than fission, simplifying decommissioning and eliminating geological disposal requirements.
Commercially De-Risked
Revenue from earlier phases funds fusion R&D without depending on a single breakthrough — a staircase, not a moonshot.
Who This Serves
Industries & Applications
- National energy planners seeking clean baseload alternatives to coal
- Industrial electricity consumers requiring 24/7 reliable clean power
- Climate policy makers evaluating pathways to net-zero emissions
- Energy investors interested in commercially de-risked fusion development
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Related Applications
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