AI Boom Fuels National Fight Over Electric Bills as States Push Back Against Data Centers
- Black Press Media USA

- 7 days ago
- 4 min read
Black Press Media USA Staff
The race to build the infrastructure powering artificial intelligence is colliding with an aging electric grid, rising utility bills, and growing political resistance, setting off battles from Virginia to Maryland over who should pay for one of the largest technology expansions in American history.
The latest flashpoint emerged this week after PJM Interconnection, the operator of the nation's largest electric grid, released results of its annual capacity auction that are expected to add roughly $6.3 billion in electricity costs over the next three years across 13 states and the District of Columbia. PJM said the increase reflects electricity demand that continues to outpace available generation, driven largely by the rapid expansion of data centers.
"These auction results show that demand for electricity continues to grow faster than electricity supply," PJM President and Chief Executive Officer David Mills said. "We are working with government and industry leaders on multiple fronts to restore that balance by bringing on new generation as fast as possible and managing the growth of new load on the grid."

The auction results add urgency to a debate that is spreading well beyond the technology industry.
A Gallup survey released this year found that 71% of Americans oppose building artificial intelligence data centers in their own communities, including nearly half who strongly oppose them. Those surveyed most often pointed to concerns about electricity demand, water consumption, environmental impacts, and higher utility bills. Supporters cited economic growth, tax revenue, and employment opportunities.
The Washington metropolitan region has become the center of that national debate.
Northern Virginia is home to the world's largest concentration of data centers, processing enormous volumes of cloud computing, artificial intelligence workloads, and internet traffic. Washington serves as one of the country's principal communications hubs, with facilities supporting federal agencies, financial institutions, defense contractors, and international network connections.
As construction has accelerated, so have questions about who should finance the transmission lines, substations, and power plants needed to serve the industry.
Virginia Gov. Abigail Spanberger's administration has urged regulators to prevent those costs from falling on residential customers.
In comments filed with the Virginia State Corporation Commission, Chief Energy Officer Josephus Allmond argued that utilities should assign transmission costs to the large electricity users creating the need for new infrastructure rather than spreading those expenses across households and small businesses.
The filing says recent changes shifted approximately $58 million in transmission costs away from residential customers and onto large-load users while reducing the projected monthly surcharge for a typical household. It also argues that future investments should be tied more directly to the companies driving electricity demand.
The administration also questioned whether utilities are planning billions of dollars in transmission projects based on electricity demand that has not yet materialized.
According to the filing, Dominion Energy expects billions of dollars in additional transmission investments, with more than 76% supporting data centers or mixed-use projects concentrated primarily in Northern Virginia. The filing warns that constructing infrastructure for speculative projects could leave ordinary customers paying for assets that never reach their anticipated use.
Maryland officials are moving in a different direction.
Prince George's County recently adopted a two-year moratorium on new hyperscale data center development, giving lawmakers time to determine where the facilities should be permitted and how they should be regulated. County leaders cited unanswered questions involving land use, water consumption, and environmental effects.
Local resistance has intensified even in communities where data centers already dominate the landscape.
In Loudoun County, Virginia, residents recently packed a public meeting to oppose new high-voltage transmission lines proposed to serve additional data center development. Some homeowners objected to towers that could approach the height of the Statue of Liberty and questioned whether the pace of construction has exceeded the region's ability to support it.
The conflict illustrates a challenge now confronting states across the country.
Artificial intelligence companies are investing billions of dollars in new computing facilities, but the electricity infrastructure needed to support them often requires years of planning, regulatory approvals, and construction.
PJM says developers can build new data centers two to three times faster than they can build many of the generating facilities needed to serve them. The organization is pursuing faster interconnection studies, new generation projects, expanded transmission planning, and operating agreements allowing large electricity users to reduce demand during periods of grid stress.
The issue has already prompted action outside the Mid-Atlantic.
New York recently approved the nation's first statewide moratorium on new data center construction while state officials study the industry's effects on electricity demand, environmental quality, and energy policy.
For utilities, regulators and elected officials, the question is no longer whether artificial intelligence will require enormous amounts of electricity.
The question is how to build that infrastructure without shifting billions of dollars in new costs onto consumers.
"It is a core policy of the administration of Governor Abigail Spanberger ... to foster an affordable, reliable, and clean energy system," Allmond wrote. "This includes strong support for proactive, right-sized, and cost-effective transmission development."


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