Nvidia’s Jensen Huang Reveals Why AI’s Future Hinges on Nuclear Power

Forget solar panels and wind farms—the next frontier for artificial intelligence might be radioactive.

Nvidia CEO Jensen Huang just dropped a bombshell prediction that's sending shockwaves through Silicon Valley and Wall Street: the explosive growth of AI demands a power source as revolutionary as the technology itself. Huang argues that only nuclear energy can provide the massive, reliable electricity required to fuel tomorrow's data centers.

The Power Paradox

AI models are getting smarter, but they're also getting hungrier. Training a single large language model can consume more electricity than a small town uses in a year. The current grid, Huang suggests, simply can't scale to meet this demand. Renewable sources are intermittent, and fossil fuels come with political and environmental baggage. That leaves one controversial contender.

A Calculated Bet on Atoms

Huang's vision points toward next-generation nuclear—think small modular reactors (SMRs) that could be built adjacent to AI campuses. This isn't about reviving 20th-century plants; it's about deploying compact, safer fission technology as critical infrastructure. The message is clear: if you want artificial general intelligence, you need to get comfortable with splitting atoms.

Silicon Valley's Radioactive Roadmap

The tech industry is listening. Major cloud providers are already scouting locations and lobbying for regulatory changes. The race isn't just to build better algorithms anymore—it's to secure the megawatts needed to run them. Huang's comments aren't just speculation; they're a strategic signal to energy markets and policymakers.

Of course, Wall Street analysts are already calculating the potential ROI per kilowatt-hour—because nothing says "innovation" like betting billions on a power source that terrifies half the population and delights the other half with its profit potential.

The future of intelligence, it seems, will be powered by the same force that lights the stars—or bankrupts the companies that bet wrong on the regulatory timeline.

TLDR

• Nvidia CEO Jensen Huang told Joe Rogan that energy, not chips, is now the main limit for AI growth
• Huang predicts tech companies will run small nuclear reactors near data centers within six to seven years
• Alphabet has already ordered 500 megawatts from Kairos Power with the first unit planned for 2030
• Goldman Sachs projects data center energy use will rise 175% by 2030 from 2023 levels
• The International Energy Agency expects global data center energy demand to reach 945 terawatt hours by 2030

Nvidia CEO Jensen Huang appeared on Joe Rogan’s podcast this week and made a clear statement about AI’s future. He said energy is now the main limit for AI growth, not computer chips. Huang explained that the power grid cannot keep up with rising demand from AI data centers.

JENSEN HUANG:

"In the next 6-7 years you are going to see a bunch of small nuclear reactors… we will ALL be power generators, just like somebody's farm."

Are "mini" nuclear reactors the solution to the impending energy shortage caused by AI? pic.twitter.com/GMm0VA7aAv

— The Kobeissi Letter (@KobeissiLetter) December 3, 2025

Huang said large tech companies may need to run small nuclear reactors near their data centers. He expects this to happen within six to seven years. These compact plants WOULD provide steady power directly to the facilities that need it most.

The Nvidia CEO described modern AI data centers as “gigawatt factories” that need huge amounts of electricity. He said these concentrated power needs cannot easily connect to the existing public grid. Adding them could create stability problems for the wider power network.

Huang suggested that on-site nuclear plants could help solve this problem. The reactors would be in the hundreds of megawatts range. When the data centers don’t need all the power, the extra electricity could FLOW back to nearby towns.

Major Tech Companies Already Making Nuclear Deals

Several large tech firms have already started making deals for nuclear power. In late 2024, Alphabet announced it would buy 500 megawatts from Kairos Power. The company plans to have the first unit running by 2030.

In mid-2025, Kairos Power and the Tennessee Valley Authority made another deal. They agreed to build a small plant in Oak Ridge that will generate 50 megawatts. This power will go to sites that support Google’s data operations.

These deals show that tech companies are taking the energy problem seriously. They are looking for long-term solutions that can provide reliable power at large scale. Nuclear energy offers this combination in ways that other power sources may not.

Energy Demand Numbers Show Growing Need

Data from major financial firms shows why tech companies are worried about power. Goldman Sachs predicts data center energy use will jump 175% by 2030 compared to 2023 levels. This growth reflects the rapid expansion of AI tools and cloud computing services.

The International Energy Agency has similar projections for global energy demand. The agency expects data centers worldwide to use 945 terawatt hours by 2030. This is up from 415 terawatt hours in 2024, more than doubling in just six years.

Both organizations identify grid capacity as a key challenge for the coming years. The existing power infrastructure was not built to handle such concentrated demand. Traditional grids spread power across many different users and locations.

Small Nuclear Reactor Companies Face Investor Questions

Nuclear stocks dropped in November as investors questioned how these companies would fund their projects. Small nuclear reactor developers like NuScale Power, Nano Nuclear Energy, and Oklo saw their share prices fall. These companies currently have little revenue but face expensive, multi-year development timelines.

Huang’s comments may help these companies regain investor confidence. He connected small nuclear reactors directly to AI growth, one of the hottest sectors in technology. His six to seven year timeline gives investors a clear timeframe to watch for progress.

The statement from Nvidia’s CEO validates the business case for small modular reactors. It confirms that demand exists and comes from companies with DEEP pockets. Tech giants need reliable power solutions and appear willing to invest in nuclear technology to get them.

NVIDIA Corporation, NVDA

Nvidia’s stock closed at $182.41 on Friday, down slightly for the day. Kairos Power and the Tennessee Valley Authority completed their Oak Ridge deal earlier this year.