Sign In or Create an Account.

By continuing, you agree to the Terms of Service and acknowledge our Privacy Policy

Technology

Big Tech Will Rule the Grid in 2025

With continued subsidies a big “if” going into next year, deep-pocketed purchasers will have outsized impact.

Circuits and power lines.
Heatmap Illustration/Getty Images

As Donald Trump prepares to take office (again), the future of the tax policy that underlies clean energy development in the United States has never been more in doubt. Will the clean energy tax credits survive? What about advanced manufacturing? Or will it just be the electric vehicle credits that get tossed aside?

In any case, one thing seems far closer to certain: Big companies, especially large technology companies, will continue to buy renewable and clean power to fulfill their own sustainability goals and keep up their massively expanding data center operations. For them, speed may be the thing that matters most, and reasonable costs and carbon abatement will have to come along with it.

From 2025 to 2028, Morgan Stanley estimates that there will be 57 gigawatts worth of demand from new data centers, with around 6 gigawatts of that currently under construction, and a substantial shortfall in available power to build everything hyperscale technology companies want. This means that there will be a huge need to buy power, no matter the tax credit situation, which would mean continued upward pressure on prices.

Even before the election, power purchase agreement prices for solar power were creeping up due to tariffs on solar equipment, according to LevelTen Energy. Those will likely be maintained and could be ramped up in the new administration.

“Repeal of the tech neutral tax credits and of the manufacturing production tax credits has the potential to increase PPA prices by almost 40%,” Nidhi Thakar, the senior vice president for policy of the Clean Energy Buyers Association, told me, referring to two of the most powerful provisions of the Inflation Reduction Act. She added that repeal would “essentially have an inflationary effect.”

“We have this opportunity right now to capture that economic development if we do things right,” Thakar said. “That is going to require having critical policies in place that are going to support the deployment of more clean firm resources on the grid.”

At least so far, the prospect of repeal has not slowed energy procurement among the biggest buyers. This month, Alphabet announced a $20 billion investment plan with Intersect Power and TPG to build carbon-free power near datacenters with the hope of bringing power and data centers online more quickly. Meta, meanwhile, announced earlier in December that it would build a $10 billion data center campus in Northeast Louisiana, complete with gas and renewable power provided by Entergy, the local utility. The project will come with “at least” 1.5 gigawatts of new renewable power, Entergy said; it also filed an application with the Louisiana utilities regulator for over 2 gigawatts of new gas-fired power plants, including two plants adjacent to the data center site, according to S&P Global Commodities Insights.

While a “double digit” increase in power purchase agreement sale prices could result from tax credits vanishing, there is still “more demand for renewable energy than supply for a whole bunch of reasons,” Peter Freed, the former director of energy strategy at Meta and the founding director of the consultancy Near Horizon Group, told me.

“Obviously the tax credits are pretty central to the pricing on projects,” he said.

Freed was enthusiastic about grid technologies that could enhance capacity, but he also acknowledged “it is very likely we’re going to have a variety of compromises that have to be made over the course of next seven, eight, nine years, in terms of how we’re going to accommodate load that’s coming in the cleanest possible way.”

“That probably means we’re seeing more gas built,” he added.

A significant portion of that gas could be built on-site. Anything involving the grid — whether fossil or renewable — involves large investments of cash and time for hyperscalers and developers. “Given the increasing time required to connect to power grids, especially in the U.S., we believe there could be more upcoming ‘off grid’ approaches to powering data centers,” Morgan Stanley analyst Stephen Byrd wrote in a note to clients. “Batteries and smaller gas-fired turbines could be combined with large combined cycle natural gas turbines to provide a robust power source.”

Elon Musk’s xAI has done this the quick-and-dirty way by installing mobile natural gas generators to power its facility in Memphis. GE Vernova, the turbine manufacturer, is also “having direct conversations with hyperscalers for gas orders,” according to Jefferies analyst Julien Dumoulin-Smith in a note to clients, with the first order from a hyperscaler possibly coming in the second half of next year.

Gas isn’t the only answer, however — at least not on its own. A group of energy researchers from Stripe, Paces, and Scale Microgrids, wrote in a white paper published mid-December saying that solar microgrids could provide a “fast, scalable, clean, and cheap enough” option for data center power.

These “off-grid solar microgrids” could potentially be put into operation in “around two years” and would combine solar panels, batteries, and some natural gas backup. Installed across the Southwest, they would be able to power some 1,200 gigawatts of data center demand with 90% solar power, according to Scale Microgrids’ Duncan Campbell, at costs below repowering Three Mile Island. A 44% solar system would be “essentially the same cost” as off-grid gas turbines, the whitepaper said.

No matter what solution hyperscalers pursue — bringing their own power behind the grid, locating near power on the grid, or building out more clean, firm power on local grids — the question will ultimately always be how fast they can get online.

“I think people are initially thinking about colocating a large load with a project — renewable, gas, or anything else — as a fact track to getting load online, and there’s some truth to that,” Freed told me.

“My perspective as someone who is adding new load is that you should be indifferent to location for generation,” Freed said. “What you really should be caring about is when you can interconnect and turn lights on at the scale you desire.”

Green

You’re out of free articles.

Subscribe today to experience Heatmap’s expert analysis 
of climate change, clean energy, and sustainability.
To continue reading
Create a free account or sign in to unlock more free articles.
or
Please enter an email address
By continuing, you agree to the Terms of Service and acknowledge our Privacy Policy
Energy

Everyone Wants to Know PJM’s Data Center Plan

How will America’s largest grid deal with the influx of electricity demand? It has until the end of the year to figure things out.

Power lines and a data center.
Heatmap Illustration/Getty Images

As America’s largest electricity market was deliberating over how to reform the interconnection of data centers, its independent market monitor threw a regulatory grenade into the mix. Just before the Thanksgiving holiday, the monitor filed a complaint with federal regulators saying that PJM Interconnection, which spans from Washington, D.C. to Ohio, should simply stop connecting new large data centers that it doesn’t have the capacity to serve reliably.

The complaint is just the latest development in a months-long debate involving the electricity market, power producers, utilities, elected officials, environmental activists, and consumer advocates over how to connect the deluge data centers in PJM’s 13-state territory without further increasing consumer electricity prices.

Keep reading...Show less
Green
Energy

Exclusive: U.S. Startup Lands Deal to Develop International AI-for-Nuclear Rules

Atomic Canyon is set to announce the deal with the International Atomic Energy Agency.

An atom and AI.
Heatmap Illustration/Getty Images

Two years ago, Trey Lauderdale asked not what nuclear power could do for artificial intelligence, but what artificial intelligence could do for nuclear power.

The value of atomic power stations to provide the constant, zero-carbon electricity many data centers demand was well understood. What large language models could do to make building and operating reactors easier was less obvious. His startup, Atomic Canyon, made a first attempt at answering that by creating a program that could make the mountains of paper documents at the Diablo Canyon nuclear plant, California’s only remaining station, searchable. But Lauderdale was thinking bigger.

Keep reading...Show less
Blue
AM Briefing

Trump’s SMR Play

On black lung, blackouts, and Bill Gates’ reactor startup

Donald Trump and Chris Wright.
Heatmap Illustration/Getty Images

Current conditions: The Northeastern U.S. is bracing for 6 inches of snow, including potential showers in New York City today • A broad swath of the Mountain West, from Montana through Colorado down to New Mexico, is expecting up to six inches of snow • After routinely breaking temperature records for the past three years, Guyana shattered its December high with thermometers crossing 92 degrees Fahrenheit.

THE TOP FIVE

1. Energy Department shells out $800 million to two nuclear projects

The Department of Energy gave a combined $800 million to two projects to build what could be the United States’ first commercial small modular reactors. The first $400 million went to the federally owned Tennessee Valley Authority to finance construction of the country’s first BWRX-300. The project, which Heatmap’s Matthew Zeitlin called the TVA’s “big swing at small nuclear,” is meant to follow on the debut deployment of GE-Hitachi Nuclear Energy’s 300-megawatt SMR at the Darlington nuclear plant in Ontario. The second $400 million grant backed Holtec International’s plan to expand the Palisades nuclear plant in Michigan where it’s currently working to restart with the company’s own 300-megawatt reactor. The funding came from a pot of money earmarked for third-generation reactors, the type that hew closely to the large light water reactors that make up nearly all the U.S. fleet of 94 commercial nuclear reactors. While their similarities with existing plants offer some benefits, the Trump administration has also heavily invested in incentives to spur construction of fourth-generation reactors that use coolants other than water. “Advanced light-water SMRs will give our nation the reliable, round-the-clock power we need to fuel the President’s manufacturing boom, support data centers and AI growth, and reinforce a stronger, more secure electric grid,” Secretary of Energy Chris Wright said in a statement. “These awards ensure we can deploy these reactors as soon as possible.”

Keep reading...Show less
Blue