The picture that emerged from Virginia
According to a report published by MIT Technology Review, growing discontent with data centers in the United States reportedly has a more concrete root than the big technology industry claims: demand for electricity. The journalist visited Ashburn, Virginia, an area known as Data Center Alley and considered the world's largest hub of such facilities, where the protest is said to have begun taking shape before spreading across the country.
The thesis being challenged is the one expressed by Chris Lehane, OpenAI's head of global affairs, according to whom data centers have become a symbol of public unease over the cost of living, corporate power and loss of control over one's own future. The report calls this reading into question: local opposition is said to be linked first and foremost to the physical consequences of very high electricity consumption, not merely to a generic cultural hostility toward technology.
Power grid, rules and local costs
In Loudoun County, where these facilities are concentrated, most data centers are connected to the existing grid. An Equinix facility visited by the journalist has large backup diesel generators but receives power from the local utility, Dominion Energy, which produces a great deal of electricity from natural gas. According to the material, an average data center in this area now has a capacity of 54 megawatts, more than the demand of Denver International Airport.
Recent protests are said to have led Virginia to introduce new rules: data centers must pay the full cost of new transmission lines, without passing it on to other users. Developers, the source reports, are preparing for rules that would disconnect them from the grid at peak demand times. Activist Elena Schlossberg links the mobilization to the electrical power the facilities require and fears indirect effects, such as greater use of diesel generators or Dominion's expansion of fossil fuels to meet demand.
Self-generated power and community impacts
Most new data centers for artificial intelligence would be designed differently. The required dimensions are so large that companies settle in rural areas lacking adequate grid infrastructure, bringing their own power through natural gas turbines and backup diesel generators. The source cites a $3.4 billion Anthropic agreement for gas turbines, described as the largest purchase of electricity generation by an AI company.
The text indicates that the smaller data centers of interest for model training start at 300 megawatts, while the ideal ones reach about 6,000 megawatts, equal to Chicago's estimated demand. Generating power independently would avoid burdening the grid, but would still fall on nearby communities, with polluting emissions from turbines and generators. The source also recalls that the rush to start up plants has in some cases made companies bad neighbors, citing air-quality rule violations contested against Elon Musk in Memphis. The rules actually in force, capacity estimates and the effects of the new rules approved or announced remain to be verified.
