Anthropic이 2,842에이커 규모의 전담용 가스 화력 발전소로 뒷받침된 텍사스 데이터 센터를 임차 중인 것으로 알려졌다.

Anthropic is in discussions with BlackChamber Partners LLC (Washington, D.C.) and Pacifico Energy LLC (Dallas) to develop a massive data center in Bastrop County, east of Austin, according to KXAN. The proposal includes a 2,842-acre gas-powered generation facility in the Cedar Creek area connected to the data center development, though no deal has been finalized.

The project represents a significant expansion of Anthropic's Texas footprint, following the company's previously reported lease for a large data center in Milam County near Austin. Together, these efforts signal Anthropic's effort to secure substantial computing capacity for training and operating AI systems.

The implications extend across Texas's power infrastructure. ERCOT is already planning for sharp growth in electricity demand. Energy-intensive data center facilities fundamentally reshape generation requirements and the distribution of infrastructure costs—determining which users bear the expenses of new generation and grid upgrades versus everyday ratepayers.

AI systems demand enormous computing power, which in turn requires enormous amounts of electricity. While AI can optimize clean energy systems, improve forecasting, and enhance grid efficiency, the infrastructure required to run it consumes massive amounts of water for cooling, raises security and misuse concerns, and can drive higher utility costs if new generation and upgrades carry significant price tags.

A gas-fired generation facility serving a data center can reduce reliance on the broader grid at specific times, yet underscores the energy intensity of modern AI infrastructure. Fossil-fuel generation introduces climate pollution and local air-quality concerns, even as its advocates argue it provides reliable power.

Texas has actively courted major tech investment for years, but the AI build-out is operating at dramatically larger scale. Data centers are no longer simply large buildings housing servers; they increasingly function as energy projects in their own right.

New data center development can be paired with regulatory frameworks requiring large users to bear a greater share of generation and transmission costs, rather than shifting burdens to everyday ratepayers. Public meetings, regulatory filings, and county-level development discussions will shape who ultimately pays for the energy infrastructure behind the next wave of computing.