Greg Abbott halts Texas grid hookups as AI power demands surge
- Texas froze new data center grid connections after power requests hit five times total capacity.
- AI hyperscalers are outbidding Bitcoin miners for power, driving miners toward stranded energy sources.
- Long utility wait times force tech firms off-grid to paired solar, batteries, and natural gas.
The physical limits of the electrical grid have caught up to the artificial intelligence boom. Big Tech's desperate demand for continuous baseload power is triggering an energy war, pushing state infrastructure to the brink and reshaping corporate balance sheets.
On Bitcoin And, host David Bennett explained how hyperscalers building massive AI clusters are actively evicting Bitcoin miners from grid-tied substations. Tech giants face multi-year interconnect delays, driving them to buy out existing power contracts and price crypto operations out of primary electricity markets. Yet Bennett argued this displacement pushes miners to energy fringes like flared natural gas, turning a grid eviction into an operational advantage.
"Being on prime electrical grids was an economic inefficiency born out of convenience, not necessity."
- David Bennett, Bitcoin And
The competition escalated the next day when Texas Governor Greg Abbott ordered an immediate freeze on new data center grid connections. The Electric Reliability Council of Texas reported 1,800 proposals totaling 474 gigawatts of requested power. That demand represents more than five times the state grid's peak record, with data centers making up 90 percent of all new interconnect requests.
On This Week in AI, Tax GPT CEO Kash Ali warned that tech companies face a severe bottleneck if Texas cannot absorb the expansion, given how few alternatives offer similar land and policy terms. State regulators must now audit proposed projects for local grid impacts, water usage, and tax incentives before granting power access.
Two days later on Moonshots, energy analyst Ramez Naam outlined the widening gap between chip manufacturing and grid capacity. While chip makers will deliver over 200 gigawatts of AI compute demand by 2030, U.S. utility buildouts will barely supply 100 gigawatts. Connection wait times have quadrupled, locking new data centers out of public utility lines until 2031.
"The bottleneck stems from transmission poles and wires, where connection wait times jumped from 15 months to nearly four years."
- Ramez Naam, Moonshots
To bypass utility delays, hyperscalers are deploying behind-the-meter natural gas turbines and continuous solar-battery plants. In Texas, new rules let data centers skip connection queues if they operate as interruptible loads that draw power during off-peak hours. Others are planning to export data centers -rich nations with flexible regulations. The winner of the AI race will not be the company with the best software, but the one that secures electricity first.