There’s a quiet revolution happening in energy markets right now. And most investors are completely missing it.
While Wall Street obsesses over the latest AI chip stocks and meme-driven momentum plays, the single most important commodity powering the future of artificial intelligence is trading at a fraction of where it needs to be. That commodity is uranium — and the supply-demand math is about to become impossible to ignore.
The AI Power Problem Nobody Wants to Talk About
Here’s a number that should stop you cold: according to the International Energy Agency, global electricity consumption from data centers is projected to more than double by 2030, potentially reaching 945 terawatt-hours. That’s more electricity than Japan — the world’s third-largest economy — uses in an entire year.
In the United States alone, data centers consumed roughly 183 TWh in 2024, accounting for over 4% of the country’s total electricity consumption — equivalent to the annual demand of the entire nation of Pakistan. By 2030, that figure is projected to grow 133% to 426 TWh, according to Pew Research.
And it’s not some far-off projection. Every major tech company on the planet is scrambling to secure reliable, baseload power for their AI infrastructure. And they’ve all arrived at the same conclusion: nuclear is the only realistic answer.
Microsoft signed a 20-year power purchase agreement to restart Three Mile Island’s Unit 1 reactor through Constellation Energy — 835 megawatts of carbon-free baseload power targeted for 2028. Google inked the first-ever U.S. corporate deal for a fleet of small modular reactors through Kairos Power, aiming for 500 megawatts by the early 2030s. Amazon has committed over $20 billion to nuclear-adjacent data center infrastructure, including SMR investments and deals tied to the Susquehanna nuclear plant. Meta issued a request for proposals seeking 1 to 4 GW of new nuclear generation capacity.
These aren’t press releases from startups. These are the largest, most sophisticated companies on Earth making multi-decade, multi-billion-dollar bets on nuclear energy. When Microsoft, Google, Amazon, and Meta all independently arrive at the same conclusion, you’d better pay attention.
The Supply Deficit That Won’t Close
Now here’s where it gets interesting for investors.
Global reactor demand currently sits at approximately 180 million pounds of uranium per year. Primary mine production? About 130 million pounds. That’s a 28% shortfall — and it’s structural, not temporary.
The cumulative supply deficit through the next decade is staggering. Goldman Sachs has flagged a gap approaching 1.9 billion pounds when you factor in new reactor construction worldwide. The World Nuclear Association counts over 60 reactors under construction globally, with another 110 planned and 330 proposed.
Meanwhile, the supply side is deeply constrained:
- A decade of underinvestment. When uranium crashed from $140/lb in 2007 to below $20/lb by 2016, mines closed, exploration budgets evaporated, and the development pipeline dried up. New mines take 10-15 years from discovery to production. That timeline can’t be compressed.
- The Russian ban. In 2024, the U.S. banned imports of Russian uranium, cutting off a supplier that had provided roughly 20% of American reactor fuel. Utilities are scrambling to secure alternative supply through long-term contracts.
- Rising demand from restarts. Japan — which shuttered its entire nuclear fleet after Fukushima in 2011 — is restarting reactors at an accelerating pace. The Kashiwazaki-Kariwa plant, the world’s largest nuclear power station, began restart procedures in early 2026 after a 14-year shutdown. Every reactor that comes back online adds millions of pounds of annual demand.
- New builds worldwide. China has 27 reactors under construction. India is expanding aggressively. The UAE’s Barakah plant is operational. Even countries across the Middle East and Eastern Europe are launching nuclear programs for the first time. Over 25 countries signed a pledge at COP28 to triple nuclear capacity by 2050.
Uranium spot prices have traded between $78 and $100 per pound recently, with long-term contract prices pushing toward $86. But analysts widely agree prices need to reach $120-150 per pound to incentivize significant new mine development in many jurisdictions. The math demands prices go higher. Substantially higher.
The Small Modular Reactor Revolution
One of the most exciting developments in the nuclear renaissance is the emergence of small modular reactors (SMRs). These factory-built, modular units promise lower capital costs, faster construction timelines, and the ability to site reactors directly adjacent to the facilities that need power — including data centers.
NuScale Power received the first-ever SMR design approval from the U.S. Nuclear Regulatory Commission. Kairos Power is developing its fluoride salt-cooled reactor with Google as its anchor customer. X-energy is working with Dow Chemical to deploy SMRs at industrial facilities.
The Susquehanna-Cumulus model — where a hyperscale data center taps directly into an existing large nuclear plant — is the closest real-world analog to what many envision as the future: purpose-built nuclear-powered data center campuses.
SMRs won’t solve the uranium supply equation overnight. Many advanced designs use high-assay low-enriched uranium (HALEU) fuel, which adds another supply chain constraint. But they dramatically expand the addressable market for nuclear power and, by extension, for uranium.
How to Position Yourself
If you’re convinced — as I am — that uranium is in a multi-year structural bull market, the question becomes: how do you play it?
Cameco (CCJ) — The blue-chip of uranium. Cameco is the world’s largest publicly traded uranium producer, operating mines in Canada’s Athabasca Basin — home to the highest-grade uranium deposits on Earth. They also hold a significant stake in Westinghouse, giving them exposure across the entire nuclear fuel cycle from mining through fuel fabrication to reactor services. Their long-term contract book — commitments averaging 28 million pounds per year from 2026 through 2030 — is positioned to capture rising prices. If you want one position in this space and want to sleep at night, this is it.
NexGen Energy (NXE) — NexGen’s Rook I project in Saskatchewan’s Athabasca Basin is arguably the most significant undeveloped uranium deposit in the world, with grades several times the global average. Conservative analyst projections value the stock at $20-21 per share within a decade — roughly three times recent prices. If uranium breaks above $100 per pound sustainably, some analysts see $30-40. This is a development-stage company, so the risk is higher, but the upside is enormous.
Denison Mines (DNN) — Another Athabasca Basin player, Denison is developing the Wheeler River project using an innovative in-situ recovery method that could dramatically lower production costs. They also hold a stake in the McClean Lake mill, one of the world’s few operational uranium processing facilities. A smart, leveraged bet on higher uranium prices.
Uranium Energy Corp (UEC) — The largest U.S.-focused uranium company, with fully permitted and past-producing projects in Texas and Wyoming using low-cost in-situ recovery. With growing political momentum behind domestic uranium production and energy security — and the Russian supply now cut off — UEC offers direct exposure to the “American nuclear renaissance” narrative.
Sprott Physical Uranium Trust (U.UN/SRUUF) — This trust holds physical uranium and acts as a direct price proxy without mining risk. When the trust trades at a premium to NAV, it purchases uranium on the spot market, effectively tightening supply further. It’s been a key driver of spot price movements since its inception.
Sprott Uranium Miners ETF (URNM) — For diversified exposure across the sector without picking individual winners, URNM holds a basket of uranium miners and the physical trust. It’s the simplest way to bet on the sector as a whole.
The Contrarian Case — and Why This Time Is Different
I know what some of you are thinking. Nuclear has been “the next big thing” before. Uranium spiked to $140 per pound in 2007, then crashed. Why is this time different?
Three reasons:
First, the AI power demand catalyst didn’t exist in 2007. The sheer scale of electricity required for artificial intelligence is unprecedented and growing exponentially. Goldman Sachs projects a 165% increase in data center power demand by 2030. This isn’t cyclical — it’s structural.
Second, the supply side is in far worse shape than it was then. A decade of underinvestment has left the development pipeline nearly empty. In 2007, there were dozens of projects at various stages of development. Today, the number of shovel-ready projects that can meaningfully move the needle can be counted on two hands.
Third, the political winds have shifted decisively. Nuclear is now embraced across the political spectrum as essential for both energy security and climate goals. Bipartisan legislation, defense spending, and tech company investments have created a policy environment that hasn’t existed for nuclear in decades.
Agora Financial’s Byron King has published his own “Manhattan 2.0” thesis focused on the uranium supply chain. You can check it out here.
The setup here isn’t speculative. It’s mathematical. Demand is growing. Supply can’t keep up. Prices must rise to incentivize new production. And the companies positioned in the right basins, with the right projects, will be the primary beneficiaries.
Banyan Hill’s “Manhattan 2.0” research makes a compelling case for why the current nuclear buildout mirrors the original Manhattan Project in scale. Read their analysis here.
This isn’t a trade. It’s a thesis. And it’s one of the most compelling I’ve seen in years.
Stansberry Research’s “Limitless Energy 2.0” report dives deep into the nuclear renaissance and the companies positioned to benefit most. It’s well worth your time.
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