On June 18, 2026, the five commissioners of the Federal Energy Regulatory Commission voted five to zero to speed how AI data centers connect to the American power grid. In the same orders, they said nothing about whether there is enough power to connect them to. A faster on-ramp is not the same thing as a wider road. Only one of those two problems got an answer.
The order speeds the paperwork, not the power
FERC did not flip a switch. On June 18 the commission issued six tailored show-cause orders to PJM, MISO, SPP, CAISO, ISO New England and the New York grid operator, the regional systems that move electricity for about 200 million people across more than 30 states and the District of Columbia. That covers close to two-thirds of US electricity demand. Each operator now has 30 days to report how much spare generating capacity it actually holds, and 60 days to either defend the rates it charges large users or rewrite them.
Notice what that is. It is a deadline, not a connection. FERC chair Laura Swett, who has run the commission since October 2025, called the action charting new territory for integrating large energy loads while protecting consumers. The orders set a clock running. They did not add a watt of generation.
Who pays splits at a line FERC will not cross
The fast version of this story is that regulators made the data centers foot the bill. That is half right, and the missing half is the interesting one. The orders advance a 100 percent participant-funding model: a data center that wants to plug in has to cover the full cost of the wires and substations built to serve it, whether or not the project ever comes online.
Here is the catch. FERC governs the wholesale grid, the part where power is bought and moved in bulk. Retail rates, the numbers on a household bill, are set by the states. Swett was explicit that nothing in the orders intrudes on state authority over retail sales of electricity. So the commission closed one door, cost-shifting between large wholesale customers, and left a second door open: the retail door, decided fifty separate times by fifty state regulators. "Data centers pay, not households" is a promise FERC can only make on its own side of the line.
The waiting list is longer than the grid
Data centers drew about 4.4 percent of US electricity in 2023, a small slice on a steep curve. The pressure shows up not in the slice but in the line behind it. By the end of 2024, roughly 2,290 gigawatts of generation and storage were sitting in interconnection queues. Against that, the country's entire installed capacity at the same point was around 1,320 gigawatts. The line to get onto the grid is nearly twice the size of the grid.
Most of that queue will never be built, and much of it is storage rather than new supply. The gap is still the signal: demand is concrete and supply is a question. And the squeeze already shows in prices. At some grid nodes near heavy data-center activity, wholesale electricity rates have climbed as much as 267 percent over five years, per a Bloomberg analysis of about 25,000 pricing points. That figure is wholesale, measured at the worst-hit locations, not the number on your statement. Wholesale is what retailers buy at, though, and what they eventually pass through.
The fast lane runs against local traffic
While Washington built an on-ramp, the towns started laying speed bumps. In the first quarter of 2026, at least 75 data-center projects worth about $130 billion were blocked or delayed, and the count of organized local opposition groups more than doubled, to roughly 833 across 49 states. Robert Montejo, a lawyer who represents data centers, told the Associated Press that AI "has fundamentally changed the electricity landscape." He is right, and the change pulls in two directions at once: federal policy accelerating, local consent eroding.
Why it matters
Three problems sit inside this story. One is speed, how long a large load waits to connect. Another is supply, whether the power exists at all. The last is distribution, who absorbs the cost when it arrives. FERC answered the first with a unanimous vote, gave the second a 30-day homework assignment, and left the third to the states.
The decisive action went to the easy problem. A grid serves everyone connected to it at the same instant, so when AI's appetite outruns the supply, and the queue numbers say it will, someone gets served first and someone waits.
FERC has now decided how quickly the first group reaches the front of the line. It has not said who is standing behind them. So when the grid runs short on the hottest afternoon of 2027, will the story be how fast we connected the data centers, or how quietly we agreed they should go first?
Originally published as an Instagram carousel on @recul.ai.