Georgia Power leans on eminent domain to feed AI data centers

The image that ought to stay with utility executives from the CBS News report is not the megawatt figures. It is a Georgia woman on camera saying her family sold the house she grew up in rather than fight Georgia Power's filing, and calling the outcome "theft."

The underlying project is a 35-mile transmission line that crosses more than 300 land parcels. By Georgia Power's own accounting, 70 to 80 percent of the new capacity will flow to data centers, with 20 to 30 percent going to homes and businesses. Ansley Brown, whose mother agreed to sell rather than face a court fight, told CBS "it's literally a billion dollar company stealing land from smaller people, people who can't fight back." Georgia Power, for its part, said eminent domain is "always … a last resort" and that it has "worked hard to be transparent, negotiate in good faith."

Why this matters beyond one household: AI infrastructure has, until now, been an abstract line item on hyperscaler capex slides. It is starting to show up as houses on a demolition map. That changes the politics. When a utility can no longer honestly tell state regulators that a transmission build is mostly for ordinary load growth, the eminent-domain calculus that has worked for a century starts to wobble. Legislators in Georgia and neighbouring states now have a made-for-TV constituent story to cite the next time a data-center-linked project comes up for approval.

The honest caveat is that the CBS piece is built around one family and the utility's own capacity split, not an independent audit of the route or the demand forecast. Georgia Power declined to name which data-center customers the line is being built for, citing "safety and security." That leaves out the piece of information that would make the trade-off legible: the companies whose training clusters are on the other end of the wires. The reporting also does not spell out how many of the 300-plus parcels will be full acquisitions versus easements.

The forward-looking read is that hyperscalers who move fastest to co-locate compute at existing generation sites, or to sign firm nuclear PPAs, will spend less of the next few years defending themselves in local news segments. The utilities that keep pushing new transmission through populated rural corridors should expect their approval timelines to lengthen.