Data centers are on track to consume more power than entire countries, utilities are pausing new hookups, and household electric bills are rising to feed them.
By 2026 the world's data centers are on track to pull roughly 1,050 terawatt-hours of electricity a year. Draw a border around them and call it a country, and it would be the fifth-largest power consumer on Earth, wedged between Japan and Russia. Almost all of the growth is AI.
And most of what that power buys is real. A researcher who once waited weeks for a result gets it over lunch. A teenager with a laptop ships working software. Translation, diagnosis, tutoring, code. The demand is not frivolous. It is what it costs to put something like intelligence into a wall socket, and for most of recorded history human progress has tracked one thing above all: how much energy we could command.
Then the other ledger. AEP Ohio stopped accepting new data-center hookups because it simply did not have the power to give. In Virginia, Dominion proposed its first base-rate increase since 1992 — about $8.51 a month for a typical household — and people began asking why their bill should climb so a hyperscaler's could stay flat. Two-thirds of the data centers built since 2022 sit in places already short on water, and towns like The Dalles, Oregon spent years fighting Google over how much its cooling towers drink. The question stopped being abstract the month the electric bill went up.
Everyone agrees on the hard part: the demand is real and the grid was never built for it. The fight is over who covers the gap and what powers it. The say the answer to scarce power is obvious — build more of it, and treat this boom as the first demand signal in a generation large enough to finance new energy. The don't care how much gets built, only who pays: a campus that triggers a billion dollars of upgrades should foot that bill, not smear it across every household. The sees the forcing function clean power has lacked for forty years — a round-the-clock customer that finally makes a reactor worth financing. And the keep pointing at the unglamorous truth that a company building its own plant is what happens when the shared grid can no longer keep up.
The nuclear-and-gas campuses now breaking ground are the live experiment. In a few years they will either prove a data center can power itself cleanly without touching your bill — or prove that "behind the meter" was just a nicer way to jump the queue.
The world's data centers now draw more electricity than Japan, almost all of it to run AI. In Virginia the power bill went up to help pay for it. The real fight isn't whether the intelligence is worth the energy — it's who should be footing the bill.
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