The AI Boom Just Hit a Wall Made of Concrete and Water

North American data centers absorbed a record 2,497.6 megawatts in 2025, a 38 percent increase over the year before. But total capacity under construction fell for the first time since 2020, dropping to 5,994.4 megawatts. Grid power in most U.S. markets is now committed through 2030. As CBRE's Gordon Dolven put it, once a project requests 500 megawatts or more, it needs its own onsite substation ^[1]. The boom is hitting a ceiling — and the ceiling is not made of code. The physical damage that explains the ceiling is concrete and documented. In Dodge County, Wisconsin, officials paused data center permits after contaminated drinking water and dried-up creeks were linked to a $1 billion Meta facility ^[2]. In Clark County, Illinois, bulk power purchase agreements for data centers drove resident electricity prices up 20 percent; in Laffite, Louisiana, the increase was 39 percent ^[3]. NERC, the continent-wide reliability regulator, warned that data center growth is increasing blackout risk across North America, with winter electricity demand running 20 gigawatts higher than the previous year and outpacing supply ^[4]. The response to this wall is a three-way jurisdictional war over who controls access to the physical grid.

who controls access to the grid

Local governments pause: At least 75 projects worth nearly $130 billion were blocked or delayed in the first quarter of 2026 alone, and grassroots opposition groups have more than doubled to 833 across 49 states ^[5]. St. Charles, Missouri enacted a permanent ban. Palm Coast, Florida reclassified data centers as a prohibited use ^[6]. New York became the first state to enact a statewide moratorium on certain AI data center developments, with Governor Hochul also moving to repeal sales tax exemptions ^[7]. Public opinion has shifted with unusual speed: opposition to data centers within three miles of homes rose from 28 percent to 41 percent in months, and 53 percent of Americans now oppose AI data centers in their neighborhoods ^[8].

Federal regulators accelerate: Energy Secretary Chris Wright directed FERC to speed grid connections for AI data centers, calling it key to winning the AI race ^[9]. On June 18, 2026, FERC issued show-cause orders to six regional grid operators, requiring them to reform tariffs for large energy users and mandating that data centers pay the full cost of necessary grid upgrades ^[10]. Former FERC Chairman Mark Christie called Wright's directive an unprecedented expansion of federal control and intrusion on the states' historic retail regulatory authority ^[9].

The industry bypasses both: Oracle is using behind-the-meter natural gas to power Stargate campuses. xAI deployed temporary gas turbines for its Colossus facility ^[11]. In Michigan, Stargate developers sued a township to overturn a rezoning denial and secured a consent judgment allowing construction in exchange for $14 million in community benefits ^[7]. The industry is also pressing the argument that the resource concerns are overblown: the Manhattan Institute's Judge Glock claims data centers have little to no effect on local electricity prices and that opposition is based on incorrect ideas about their water usage ^[12].

These three vectors are not coordinated. They are contradictory. Nebraska passed a shot-clock bill mandating strict timelines for permit approvals, forcing projects through while towns in the next county ban them ^[13]. FERC is simultaneously accelerating grid connections and ordering data centers to pay for the upgrades those connections require ^[10]. The industry builds its own gas-fired power to bypass local bans, then sues to overturn those same bans — and in some cases wins. In Hill County, Texas, the county's own attorney warned commissioners there was no legal basis for a moratorium, and developer RCM Hill filed a $100 million federal lawsuit alleging regulatory taking ^[14]. Even communities that welcome data centers are now negotiating physical resources as the primary term. Shreveport, Louisiana unanimously approved 25-year tax exemptions for a multi-billion dollar facility — but required the project to fund its own electrical, water, and sewer infrastructure ^[15]. Bessemer, Alabama zoned for a $14 billion complex, the largest investment in state history, but specified that water must come from the Black Warrior River rather than city supplies ^[16]. The bargaining is no longer about zoning or tax revenue. It is about who gets the water and who pays for the power lines. Australia's Energy Minister Chris Bowen proposes a different path entirely: data centers that build extra capacity and function as flexible shock absorbers for the grid, turning a drain into an asset ^[17]. The jurisdictional question has no settled answer. The Energy Secretary claims federal authority to accelerate grid connections in the name of AI dominance. The former FERC chairman calls that an unprecedented federal intrusion on state authority. Local governments assert the right to say no, and state legislatures in Texas and West Virginia are stripping them of that right ^[6][5]. Even Texas — the state leading the nation in data center project growth, with $3.2 billion in expected lost sales tax revenue — is now moving to regulate: the Public Utility Commission chairman says the state must prioritize affordability, reliability, and the interests of the residents who depend on the grid, and is seeking legislation to require data centers to register with the state ^[18][19]. None of these claims is obviously wrong, and none has been reconciled under the current legal framework. The physical grid is the contested resource, and the fight over who controls access to it will determine whether the AI race runs at the speed of code or the speed of concrete.