TL;DR — Unpaid utility bills in the US climbed from $15 billion to $25 billion since 2022, the same years AI data center electricity demand went vertical. Regulated utilities are passing the cost to ratepayers while data centers negotiate their own contracts.
In Virginia, the country’s largest data center market, electricity prices near data centers have risen more than 260% over the past five years, according to Bloomberg reporting. Nationally, unpaid utility bills climbed from roughly $15 billion in 2022 to $25 billion in 2025, and the number of households having their power shut off for non-payment is rising with it. Both of those trends accelerated in the same years electricity demand from AI data centers went vertical. None of that shows up in a single hyperscaler’s capex guidance. It shows up on a residential electric bill.
The Demand Math Nobody Voted On
Data centers need enormous, constant power, and the U.S. grid, much of it built decades before anyone was training a language model, wasn’t sized for it. Morgan Stanley Research projects U.S. data center demand could reach 74 gigawatts by 2028 against a roughly 49-gigawatt shortfall in available power access. The average wait time for a new grid connection in major data center markets now exceeds four years. When demand for a shared, physically constrained resource spikes faster than the infrastructure that delivers it, prices for everyone drawing on that grid rise — not just the new industrial customer that triggered the buildout.
Who Pays, and Who Doesn’t Get a Vote
Regulated utilities recover the cost of grid upgrades through rate cases approved by state regulators, and those costs get spread across the entire customer base connected to that grid — residential, commercial, and industrial alike. A data center operator typically negotiates a long-term power contract with committed pricing before it ever breaks ground. The household three miles away didn’t negotiate anything. It gets the rate increase that shows up after the utility argues, successfully or not, that the new transmission lines and substations were necessary to keep the lights on for everyone, data centers included.
The Utilities Playing Both Sides
Not every utility is exposed to this the same way. NextEra Energy, one of the largest utilities in the world, is acquiring Dominion Energy and leaning directly into AI-driven demand growth — but as a regulated utility, it also has to justify the resulting rate increases to state regulators, a political and reputational burden that comes bundled with the growth. Constellation Energy sits on the other side of that line entirely. It sells power under long-term contracts at negotiated prices to customers like Meta and Walmart, outside the regulated framework, which means it captures the upside from AI power demand without carrying the burden of explaining a residential rate hike to a public utility commission. Two very different business models, both labeled “power company,” and only one of them has to answer to angry ratepayers.
Why This Bill Doesn’t Show Up in Big Tech’s Capex Guidance
Every capex number we’ve covered this earnings season — Meta’s climb toward $145 billion, TSMC’s raised guidance to $60 billion to $64 billion, Alphabet’s debt and equity raises — sits on a company’s own balance sheet, disclosed, discussed on an earnings call, priced into a stock. The rising cost of residential electricity near data centers is a real cost of the same buildout, but it doesn’t appear on any of those balance sheets. It shows up in a utility rate case, then in a monthly bill, then eventually in a headline about $25 billion in unpaid balances and rising shutoffs. That’s a cost this cycle is generating that none of the companies driving it are the ones paying, and it’s becoming visible enough that regulators and voters are starting to notice, even if it never makes it into a quarterly earnings deck.
This is the same capital-allocation story we’ve tracked all season, just relocated to a part of the supply chain that doesn’t get an earnings call — Meta’s near-doubling of its AI infrastructure spending and the packaging capacity that spending is chasing both ultimately draw on the same finite grid that residential customers are paying more to stay connected to.
Sources: Bloomberg reporting on Virginia electricity pricing, 2025; Morgan Stanley Research data center power demand forecasts, 2026; utility industry unpaid balance data via The Motley Fool, July 2026. Third Pole Markets holds no position in the utilities named as of publication. This is not investment advice — see our About page for our full disclosure policy.
Utility cost data is tracked by the U.S. Energy Information Administration, with broader coverage from Reuters Energy.
