The Dark Energy Boom Is Here

Everyone knows artificial intelligence needs chips…

That’s why Nvidia became one of the most valuable companies in history. 

And it’s why investors poured billions into semiconductors, servers, networking equipment, cooling systems, and data centers.

But the AI race has moved on, because the biggest problem today isn’t finding enough chips…

It’s finding enough electricity to turn them on.

And that’s created one of the strangest investment opportunities I’ve seen in years.

Because while everyone else is watching utilities scramble to build new power plants, transmission lines, substations, and transformers…

Some of the biggest companies in the world have quietly decided they can’t afford to wait.

So they’re going around the grid.

They’re building their own power plants, making private deals with energy producers, and connecting data centers directly to generation. 

They’re also reopening old power facilities, converting former crypto mines, building microgrids, and installing turbines, fuel cells, batteries, and generators directly beside the computers that need them.

I call it “dark energy.” And I think it’s about to become one of the biggest investment stories of the AI boom.

The Grid Wasn’t Built for This

For most of modern history, electricity demand grew slowly and predictably.

Utilities could forecast how much power a city or region would need, build new generation and transmission capacity over time, and connect new customers to the system.

But AI blew that model apart…

The newest data center campuses aren’t just large buildings filled with computers. They’re industrial-scale consumers of electricity.

A single campus can require hundreds of megawatts. The largest projects are pushing toward the gigawatt scale.

That’s roughly the power demand of an entire city.

And the companies building these facilities don’t have years to wait for the traditional utility system to catch up.

The AI race is happening now.

Whoever builds the most computing power gets to train the biggest models, attract the most customers, control the most data, and potentially dominate industries that don’t even exist yet.

But getting connected to the grid can take years…

New transmission lines have to be approved. Transformers and switchgear have to be ordered. Substations have to be expanded. New generation has to be built. 

And, of course, regulators, utilities, local governments, and grid operators all have to get involved, too.

You can literally build a data center faster than you can connect it to the grid. And that’s a BIG problem.

But dark energy is the solution.

What Happens Behind the Meter

The traditional electricity system is easy to understand…

A power plant generates electricity. The grid carries it across long distances. A utility delivers it to the customer. A meter measures how much power the customer uses.

But dark energy happens entirely behind that meter…

Instead of waiting for the grid to deliver all the electricity a data center needs, developers bring the power directly to the data center.

Sometimes that means building a natural gas plant next door. Sometimes it means connecting directly to an existing power facility. 

Sometimes it means building a private microgrid with multiple sources of generation and backup power.

And sometimes it means taking an old industrial site, power plant, or cryptocurrency mine that already has access to huge amounts of electricity and turning it into an AI facility.

The exact arrangement changes from project to project. But the important thing is what they all have in common…

They bypass the bottleneck.

That can potentially get a billion-dollar data center operating years sooner. And in the AI race, time may be worth more than electricity.

The Shadow Grid Is Already Being Built

I want to be crystal clear here. This isn’t some theory about what might happen 10 years from now. It’s happening today…

Data center developers are making deals for hundreds of megawatts of behind-the-meter generation. 

Power companies are planning plants specifically designed to serve individual AI campuses. 

Old generating assets that might once have been shut down are suddenly valuable again.

Some projects are even being designed to operate without connecting to the traditional grid at all, at least initially.

The grid may eventually catch up. But AI companies aren’t waiting for “eventually.” They need power now.

And that changes the value of energy assets all over the country…

A natural gas pipeline can become AI infrastructure.

An old power plant can become AI infrastructure.

A former cryptocurrency mine can become AI infrastructure.

A fleet of industrial turbines can become AI infrastructure.

Even a stack of diesel generators can become AI infrastructure.

That’s why I think investors need to stop thinking about the AI boom as purely a technology story.

Because it’s become an energy story.

The First Big Winner Is Natural Gas

The most obvious winner from the dark energy boom is natural gas.

For years, the technology industry promised to power its growth with wind, solar, and other renewable sources. And those sources will absolutely play a role.

But AI data centers need enormous amounts of power every second of every day.

The servers don’t stop running because the wind stops blowing. They don’t shut down when clouds move across a solar farm. 

And developers can’t always wait years for a new nuclear reactor to be licensed and built.

Natural gas is available now.

It can produce power around the clock. It can ramp up and down. The United States has enormous supplies of it. 

And much of the infrastructure needed to move it is already in place.

That makes gas producers, pipeline companies, and gas-fired power developers some of the biggest potential beneficiaries of the dark energy boom.

But they aren’t the only ones…

The companies building the machines that turn fuel into electricity could be even more interesting.

Large industrial gas turbines are suddenly some of the most valuable pieces of equipment in the world. So are smaller turbines that can be installed directly at a data center.

Then there are fuel cells, generators, batteries, switchgear, transformers, and microgrid controls.

The old energy business was built around giant centralized power plants sending electricity across hundreds of miles of wires.

Dark energy will be much more distributed…

Power gets produced where it’s consumed. A data center campus becomes its own little utility. And the winners won’t just be the companies selling electricity.

They’ll be the companies selling the machinery that makes private electricity possible.

The Market Is Looking in the Wrong Place

But most investors are still watching the grid…

They’re looking at utilities, transmission projects, new power plants, and government spending.

There’s nothing wrong with that. The grid is going to require trillions of dollars of investment.

But the AI companies can’t wait for all of it to be built. So another energy system is emerging behind the first one…

Private. Dedicated. Distributed. And largely invisible to the average investor.

That’s dark energy.

And the companies building it may become some of the biggest winners of the next phase of the AI boom.

We’ve put together a new research report on this opportunity, including the investments we believe are best positioned to profit.

But dark energy is only part of the story…

The race to build AI infrastructure is creating new markets in energy, land, data centers, critical materials, advanced power systems, and technologies most investors still aren’t watching.

Some of these markets are already moving. Others are just getting started.

And if you’re interested in learning more about all of them, you can click here to get our full research report on the other markets we believe are about to explode with profit as the race to build the world’s AI infrastructure accelerates.