The world is in a
power super cycle.
We invest in the energy
that powers all of it.

Nuclear is not a bridge fuel — it's the solution. The highest-density, lowest-carbon, most reliable baseload energy source available.

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Why Nuclear,
Why Now

Highest density

Lowest-carbon, most reliable baseload energy source on Earth.

Power super cycle

AI, data centers, and electrification are driving unprecedented energy demand.

Regulatory momentum

IRA incentives, NRC modernization, bipartisan support. The window is open.

Investment Edge

How we see it differently

Technoeconomic Lens

We evaluate commercially, not academically. Brilliant reactor designs fail all the time. Can it get built, financed, and permitted?

Both / And

We need both water-cooled reactors and advanced reactors, not one or the other. Insatiable demand means many winners.

Full Capital Stack

Nuclear needs financial, political, regulatory, and stakeholder capital. We map these relationships and know how deals get done.

Fuel Cycle Thesis

All reactors need fuel regardless of design. Enrichment, conversion, and fuel infrastructure — the most durable layer of the value chain.

Nuclear Network

From Oak Ridge to the Paul Scherrer Institute, we sit inside the conversation — months before headlines hit. Access is the edge.

Enabling Technologies

We invest in tangential technologies that empower nuclear to thrive — grid infrastructure, thermal storage, and deployment enablers.

Portfolio

Manufacturable form factors.
Commercial scalability.

Thorium Abundance

Copenhagen Atomics

Danish company building manufacturable thorium-fueled molten salt reactors designed for factory production.

Reactors for AI Data Centers

Aalo Atomics

Compact, fast-spectrum reactors optimized for industrial heat and remote power applications.

Military Base Power

Radiant Nuclear

Helium-cooled, TRISO-fueled. Designed for military and remote use. Built for rapid deployment.

Team

Operator-investor with execution discipline.

Andrew Meehan

Founder & Managing Partner

Chemical engineer turned operator-investor. Spent a career scaling complex, regulated technologies from lab bench to global deployment — including scaling CAR-T cell therapies from benchtop to global supply chain.

When advanced nuclear hit the same inflection point, the pattern was clear: manufacturing edge wins markets. NPV applies that execution discipline to the companies building the 2030s power stack.

Full bio →

Interested in nuclear's next chapter?

We're building the portfolio for the 2030s power stack.

The world is in a power super cycle. We invest in the energy that powers all of it.