Big Tech wants more power. Literally.
American families are the ones who could pay the price.
And a massive data center boom threatened this scary collapse.
DeFrank’s Warning Puts A Hard Number On The Risk
Pennsylvania could experience as many as 13 loss-of-load events per year by 2030 if more data centers connect than currently anticipated and no new plants come online, Pennsylvania Public Utility Commission Chairman Stephen DeFrank warned.
America’s AI gold rush could soon drive the nation’s largest power grid to blackouts, as Pennsylvania regulators warn that power-hungry facilities are arriving faster than new generation.
DeFrank’s statements are based on a recent PAPUC analysis assessing electricity within the state.
“Pennsylvania is at an energy crossroads,” DeFrank said in a press release.
“Data center development brings significant opportunities, but that growth cannot come at the expense of the families and businesses that already depend on reliable and affordable electric service.”
That is about as blunt as a state utility regulator gets.
The PAPUC-commissioned analysis found that data centers are a major driver of the tightening power supply across PJM Interconnection, the nation’s largest regional transmission organization. The report was prepared by Synapse Energy Economics and other consultants.
PJM is not some obscure regional outfit. It is the backbone of electricity for tens of millions of Americans stretching well beyond Pennsylvania’s borders.
The Numbers Behind The Big Tech Power Grab
PJM projects roughly 32 gigawatts of additional peak electricity demand by 2030, with about 30 gigawatts, or roughly 94 percent, coming from data centers.
Read that again. Ninety-four percent. This is not a broad-based increase in electricity use from ordinary families running air conditioners in the summer heat. This is Silicon Valley’s server farms eating almost the entire growth in demand for themselves.
On July 2, PJM’s electricity demand reached an all-time high of about 168,158 megawatts after accounting for customers who were paid to cut their electricity use, according to PJM grid operator.
That record did not happen in a vacuum. The Department of Energy issued emergency orders in late June and again in July specifically aimed at reducing blackout risks across the Mid-Atlantic, allowing PJM to call on additional power plants and backup generators as electricity demand climbed during extreme heat.
In other words, the federal government already had to step in with emergency measures just to keep the lights on this past summer, and that was before the bulk of the AI data center buildout even hits the grid.
Between 2029 and 2030, rising demand, primarily from data centers, causes the modeled risk of electricity shortages to triple under the baseline scenario.
The picture gets darker from there. Under a scenario with even faster electricity demand growth and fewer new power supplies, that figure jumps to more than 13 days per year in which the grid could lack enough electricity to meet demand, while a scenario assuming no new data centers connect to PJM beginning in 2027 produced an estimated shortage once every 20 years.
That contrast tells you almost everything you need to know. Take away the data center stampede and the grid is fine for two decades at a time. Let it keep going unchecked and you are looking at outages more than a dozen days a year.
Meanwhile the supply side of the ledger is not exactly reassuring either. PJM warned in August that large new electricity users could add demand through 2038, even as about 15 gigawatts of power-plant capacity has gone offline since 2022.
And it is not just electricity. The artificial intelligence boom is also expected to dramatically increase demand for natural gas, with American data centers projected to consume an additional 15 billion cubic feet of natural gas per day to generate electricity by 2035, according to BloombergNEF.
PJM did not immediately respond to The Daily Caller News Foundation’s request for comment.
What Does It Mean For Working Families In Pennsylvania?
This is the part that gets glossed over every time a tech giant breaks ground on another server farm in a rural county. Local officials get promised jobs and tax revenue. What they usually get instead is a facility that requires as much power as a mid-sized city, employs a small permanent staff once construction wraps up, and leaves everyone else on the grid competing for electricity that used to be plentiful. Pennsylvania families and small businesses did not vote for their monthly power bill to become collateral damage in a race between Big Tech companies chasing artificial intelligence dominance. Yet that is exactly the bind DeFrank is describing. The same corporations racing to build these facilities are, in many cases, the same Big Tech companies that spent years throttling, shadow-banning, and demonetizing conservative voices over COVID policy, the 2020 election, and the events of January 6. Now those companies want ordinary ratepayers to absorb the strain their AI ambitions put on the electric grid.
There’s also a longer-term question lurking behind all this server-farm construction that rarely gets asked in the mainstream coverage: what exactly is all this computing power for? Anthropic CEO Dario Amodei has himself warned that AI could wipe out half of all entry-level white-collar jobs and push unemployment as high as 10 to 20 percent within one to five years. So the same industry asking Pennsylvania families to shoulder higher electric bills and a rising risk of blackouts is also, by its own executives’ admission, building the machine that could automate away a huge share of entry-level American jobs. None of that is a reason to panic. It is a reason to ask hard questions before state and local governments hand out tax breaks and fast-track permits for facilities that concentrate enormous power demand and enormous profit in very few hands.
DeFrank’s warning is not the first sign of trouble. Pennsylvania lawmakers already spent months debating data center legislation without reaching a resolution, even as more projects got proposed across the commonwealth. This report simply puts a hard number on what regulators and grid operators have been muttering about for a while: the current pace of data center construction is outrunning the pace of new power plant construction, and something is going to have to give.
The question going forward is whether Pennsylvania decides that “something” is the reliability of the lights staying on for ordinary families, or whether it decides that “something” is Big Tech’s appetite for ever more computing power. Based on DeFrank’s own words, the state’s top utility regulator is not willing to let it be the former.
Sources: The Daily Caller, WHYY, Utility Dive, NewsBreak