§ A.I. · 3 MIN READ
The Robot Is on Your Power Bill
Data centers running AI are driving electricity demand up sharply, and regulators are letting the cost land on households. Where the money is going, and what a neighborhood can actually do about it.
By Culture
THE SHORT VERSION
Data centers built for artificial intelligence are driving a sharp rise in electricity demand, and much of the cost is being passed to households. PJM, the largest United States grid operator, attributed a 6.3 billion dollar increase in consumer electricity costs over three years mostly to data center demand, and residential prices in Virginia rose more than 13 percent in a single year.
Artificial intelligence does not happen in the cloud. It happens in a warehouse full of machines that get hot, in somebody's county, drawing power off the same grid as your refrigerator. The bill for that is arriving, and it is not arriving at the companies.
PJM, the largest grid operator in the country, projected a 6.3 billion dollar increase in consumer electricity costs over three years and attributed most of it to rising data center demand. Goldman Sachs projected the AI buildout would push electricity costs up about 6 percent between 2026 and 2027, and another 3 percent by 2028.
The demand curve is steep. Worldwide data center power demand is expected to rise roughly 27 percent in 2026, and total United States data center energy demand is projected to nearly double between 2025 and 2028.
Where the centers cluster, households feel it first. Residential electricity prices in Virginia, the state with the most data centers, rose more than 13 percent in a single year. In North Carolina, Duke Energy moved on a 9.5 percent two-year residential increase. Projections for Ohio families run as high as 70 dollars a month more by 2028.
“The model is free to try. The electricity is not, and the invoice goes to the block.”
Because of how utilities are allowed to recover the price of new infrastructure. A data center arrives needing enormous power, the utility builds transmission and generation to serve it, and the cost of that buildout goes into the rate base that every customer pays into. Unless a regulator requires the data center to carry its own costs, the arithmetic quietly socializes them.
That is a decision, not a law of nature. It is made by state utility commissions, in public, on a schedule.
This is the part nobody reports. Between March and June 2025, community opposition blocked or delayed roughly 98 billion dollars of data center projects, and at least 25 were cancelled outright in response to local objections.
The demands that work are specific rather than oppositional:
A hundred and sixty years ago the fight in this city was over who was allowed to keep an acre, and it was won by neighbors who read a notice and turned up. The notice is different. The meeting is the same meeting.
- Are AI data centers raising electricity bills?
- In many places yes. PJM, the largest United States grid operator, attributed a 6.3 billion dollar increase in consumer electricity costs over three years mostly to data center demand, and residential prices in Virginia, the state with the most data centers, rose more than 13 percent in a year.
- Why do households pay for a data center's power?
- Because utilities recover the cost of new transmission and generation through the rate base that all customers pay into. Unless a regulator requires the data center to carry its own infrastructure costs, those costs are spread across everybody. That is a decision made by state utility commissions in public.
- Can a community stop a data center?
- It happens regularly. Between March and June 2025, community opposition blocked or delayed roughly 98 billion dollars in data center projects and at least 25 were cancelled. The effective demands tend to be specific: a separate rate class, written water commitments, and a real community benefits agreement.
- How much is data center electricity demand growing?
- Worldwide demand is expected to rise about 27 percent in 2026, and total United States data center energy demand is projected to nearly double between 2025 and 2028.
