By Anthony Watts H. Sterling Burnett
Donald Trump’s call for “American energy dominance” once drew eyerolling from Silicon Valley. Now, in a twist no one saw coming, Meta and other big-tech AI giants are beginning to embrace Trump’s energy vision.
The Wall Street Journal recently reported that Meta has struck sweeping agreements to develop nuclear power with Oklo, Bill Gates–backed TerraPower, and Vistra Corp. The company will anchor new small-reactor projects while buying secure output from existing nuclear plants in Ohio and Pennsylvania.
Meta’s AI data centers consume electricity on the scale of small cities. They can’t tolerate disruptions every time the wind stalls or clouds roll in. These facilities need constant 24-hour-per-day power, disqualifying unreliable and weather dependent wind and solar.
For years, Big Tech was part of the problem, lobbying for wind and solar and embracing a “net-zero” marketing campaign, in which their companies bought renewable energy credits to appear green while their servers quietly drew from fossil fuel and nuclear power. Meta’s new approach drops the pretense. Its 20-year deal with Vistra will add upgrades to boost output at existing nuclear power plants while funding the construction of the next generation of reactors.
On the latter point, Meta is partnering with Oklo, a company building advanced small modular reactors. If they prove out, Oklo’s Aurora microreactors will produce roughly 15 to 50 megawatts each, making them available for rapid deployment with long operating lifetimes without refueling and designed for small factory manufacturing. This would make them ideal for hyperscale data centers that need constant, on-site power.
Meta is also partnering with TerraPower, the advanced-reactor company founded by Bill Gates. Gates once championed climate doomerism, insisting that only drastic limits on modern energy could prevent a so-called climate disaster. His support for nuclear now represents an acknowledgement of the reality that reliable power is necessary for growth. TerraPower’s Natrium reactors are projected to add up to 2.8 gigawatts of new nuclear capacity by 2035.
If Meta keeps it commitments, helping bring new plants to fruition, it will be precisely the kind of private-sector initiative the Trump administration hoped to unleash when it cut red tape around nuclear licensing and revived interest in small modular reactors. Trump’s critics mocked “energy dominance” as a campaign slogan, but in fact it was a call for reliability, affordability, and independence. Nuclear power can deliver on those goals.
Intermittent power never truly worked for household lighting, not without fossil fuel and nuclear power to underpin it, and it certainly doesn’t work for data centers that run supercomputers. The more society electrifies, from AI to electric vehicles, the more dangerous dependence on unstable wind and solar becomes. Reliability isn’t a luxury; it’s the backbone of modern civilization.
That said, Big Tech’s wind and solar lobbying contributed to higher costs and increased blackouts. Meta’s power-purchase agreements are anchored to existing nuclear plants that were already licensed to operate well into the 2030s and 2040s. The equipment upgrades are promises for the future. Most of the contracted power would have served the grid anyway, meaning that in the near term, other consumers could be saddled with higher costs for power, while Meta locks in premium firm power.
This arrangement is defensible only if regulators require that the promised reactor upgrades and new reactors are completed, perhaps with bonding requirements. If Meta changes its mind and decides not to fund the plants to completion, its access to power from the existing plants should be cut off, and money paid from the bonds be returned not to the utilities but to ratepayers. This would incentivize Meta to keep its contract. If they want special dispensations for power, they should be part of the solution for everyone else. Without such accountability, today’s nuclear buildout risks becoming tomorrow’s quiet cost shift.
Companies like Meta and Microsoft must also cease green lobbying. If they want reliable power for themselves, they should oppose further wind and solar mandates and instead support efforts to keep existing coal and nuclear power plants online, and even reopening recently closed, but still usable, coal plants. Residential and business power users want and deserve affordable, reliable power.
Trump’s “energy dominance” agenda isn’t nostalgia. It is foresight, a belief that a strong America must control its own energy destiny, powered by sources that are abundant, affordable, and reliable. Silicon Valley is finally catching up.
AI may be the future of computing, but nuclear, along with natural gas and coal, remain the present and future of dependable and affordable power. Big tech working alongside the Trump administration to keep the lights on and the computers humming might make American energy dominant again.
Anthony Watts awatts@heartland.org is a Senior Fellow with and H. Sterling Burnett, Ph.D. is director of the Arthur B. Robinson Center for Climate and Environmental Policy at The Heartland Institute.
This article was originally published by RealClearEnergy and made available via RealClearWire.
The minor little problem was that wind and solar were never fit for purpose without science fiction quality energy storage. Shipstones, any time soon?
The major big problem is, while pushing the climate and renewable scam , it seems that everybody knew all the time that green energy is BS.
They knew it so well that they instantly did the right and most obvious thing by going nuclear as soon as they realized that they need real energy for AI..
SMRs: If fantasies could create energy…
Even trump can’t bring back coal
Colorado co-ops to Trump: Let us close our aging coal plant
US postpones Wyoming coal lease sale after disappointing Montana auction
–
Microsoft Signs $6 Billion Deal for 100% Renewable Energy-Powered AI Computing Capacity
–
How Meta is Powering AI & Data Centres with Renewable Energy
There are no green colored electrons. You have to assume new demand comes from the very worst primary generation sources.
Sure. We don’t like facts anyways. Just assume what fits your preferences.
Introducing new demand keeps the least efficient generation sources online longer. Your attitude is dismissive and as you suggest fact free.
Gas Expansion in USA 2026
The U.S. natural gas market is set for significant expansion in 2026, driven by several key factors:
LNG Exports: The LNG sector is expected to see a rise in exports, with new liquefaction trains going online, increasing from 14-15 Bcf/d in 2025 to 16+ Bcf/d in 2026.
Power Demand: The demand for natural gas in power generation, particularly from data centers, is projected to increase significantly, with a 45 Bcf/d increase in North American demand by 2035.
Pipeline Expansion: The Gulf Coast is undergoing the largest natural gas pipeline expansion since 2008, adding 18B cubic feet/day of new capacity in 2026, supporting the development of new LNG export terminals.
Market Outlook: The EIA’s outlook projects that lower 48 marketed production will be near or above 118 Bcf/d in 2026, with Henry Hub Spot Pricing Chart indicating a shift in market dynamics.
These developments indicate a robust expansion in the natural gas sector, with a focus on increasing supply to meet rising demand
Re LNG the IEA say consumption has increased twice as fast as that of natural gas since 2015 and from 2025 -2030 an unprecedented 300bcm of new LNG export capacity will come on line leading to a 50% increase in available global supply.
IEA ‘World Energy Outlook 2025’ (Nov. 2025)
Watch the pea. They are contracting 200 MW from the grid, redundant so a 99.999 capacity factor. They will OFFSET with 200 mw wind with a <20% rating factor or about 40 MW rated power. So is the utility going to have to eat the cost of the backup for the 40 MW? Is the utility going to have to eat the cost for peak 200MW transmission lines that will only average 40 MW?
I’m seeing a lot of pushback from local electricity customers all over the country to having their electric bills go higher just to subsidize power hungry Data Centers.
The Data Centers are going to have to bear the costs of their operations, including them adding windmills and solar to the electrical grid. Otherwise, they are going to face fierce local opposition.
Trump says Data Centers should pay their own way, and they should. I don’t want to spend my money subsidizing Trillion-dollar companies.
Simple question for the troll:
Do you believe it possible to run a country, for instance the UK, off wind and solar?
If so, just say how much faceplate you would install. And how much power you expect it to produce one calm evening in January.
And answer came there none.
Because this is a troll, not interested in having a discussion, persuading anyone, or dealing in facts and logical argument. This is someone only interested in provoking a series of pointless irritated replies. Don’t give them what they want. Don’t reply, its pointless. Every inch of space they take up with this silliness is giving them some kind of weird satisfaction.
There are some interesting questions about the tech companies turning to SMRs. But you won’t be able to discuss any of them (or anything else for that matter) with this person. Or bot.
So, no Meta on a still evening. ! Will not be missed.
In the mean time
Coal demand hits fresh high as US output rises — IEA – MINING.COM
and global coal demand continues to increase.
I recently saw something about coal to liquids – diesel and jet fuel and H2 from coal. Maybe the latest tech will make it economical in some cases. There are countries between N and S 40 degrees latitude that could economically use some solar.
Coal is still king!
Greenwash
It is possible META knows as much about Oklo and TerraPower as they did about green wind and solar.
Liquid sodium cooled fast reactors have been around a long time. There are two old ones in Russia since about 1985, and a small (13MW) test one in India.
That India test went sufficiently well that India decided to build a 500MW commercial unit. It was supposed to start up in 2010. It is now scheduled to start up in late 2026!
TerraPower has been around for over 20 years. When Gates invested, the idea was a traveling wave reactor that never needed refueling. Gates finally got the Chinese to fund a demo—and a year later, the Chinese backed out. So the current liquid sodium fast reactor concept, on which construction just started, is a complete do over. Bet it won’t be completed by the end of 2030.
Oklo is working on a much smaller 17Mw demonstration unit at INL (intended for spent fuel reprocessing), supposedly just now starting construction—without an NRC permit yet! Bet it won’t be ready to startup by ye 2027.
They backed green energy because that’s what both the public and DC wanted. Now DC is pushing for a realistic energy policy and public opinion is starting to change too they’ll back that. Have to remember business survives by not pissing off those who make the rules and those who buy their product.
Very nice Anthony. While it is true AI and outfits like them require 24/7 power the same is just as true for the rest of us. The difference being that META and Microsoft have immense influence and power where as granny sitting in her old rickety house has none.
Don’t underestimate Granny! 🙂
Fast permitting of combined cycle gas will dominate new baseloads. Brilliant of Trump to let companies built their own reliable plants!
And necessary. Otherwise, all of us have to pay higher prices. Some of us can’t afford to do that and won’t appreciate Meta putting us in such a position.
Energy intensive industries have always had to provide for their own power requirements, relying on the grid only for back-up power.
Every major energy intensive industrial project I have ever worked on included its own generation capacity required for normal operations.
Why should data centres be treated any differently?
Ultimately cost benefit rules all.
For static heat and electricity, given sensible regulation nuclear is far and away the cheapest solution to reliable energy, and for portable power – even though batteries have climbed the curve of diminishing returns to a niche place -, by far and away the optimal power source is hydrocarbon liquid fuel using atmospheric oxygen.
Alarmists cannot object to nuclear power on a CO2 basis.
Irrespective of climate, Nuclear power wins.
And I predict with some confidence that synthetic hydrocarbons will in the end dominate transport off grid. At a heavy price, Not for ideological reasons, but simply because nuclear powered synFuel™ will in fact be cheaper than extracting the last dregs of frackable hydrocarbon from the earths crust,…
It is inevitable, and the current wars in Iran, Ukraine etc are all about putting the inevitable off as long as possible.
2025 saw the highest energy output from nuclear power (globally) ever...
I believe that you can’t run a first-world industrial or technical society on irregular power. Or expensive power, either, but that’s a different discussion.
I’m skeptical about the small modular reactors, with the possible exception of multiple units at one site. The licensing, technical specifications (operating limits), and security requirements are yet to be determined. Staffing operators, craft, and engineering needs are likewise uncertain. The benefit of a large baseload unit is the power output to personnel expenses are predictable.
Another SMR issue is the nature of a single design and construction process, in that a single generic issue can shut down the entire fleet. France licensed a three loop design from Westinghouse and proceeded to build a number of identical units. They’ve had a couple problems with generic technical issues jeopardizing keeping them all on line. It’s rare, but it only takes one or two problems like that.
As an aside, Mark Carney’s Brookfield Asset Management Now Owns 6.40% of Vistra Energy (VST)(as of Feb. 2024).
Had to look up VST. Turns out I own stock as part of a mutual fund. Many power companies have changed their names. Others are proud of their public service name like Duke, AEP, and PP&L come to mind.