Google on Friday announced a $40 billion investment in Texas in the form of three new data centers in West Texas and the Panhandle.

Beyond impacting demand for power and natural gas in the Permian Basin, data centers are also influencing plans for pipeline investments in the region.

The shale play that provides the most US energy production is struggling to find ways to power itself.

The company noted that the project received significantly more interest than the current capacity due to a surge in data center and utility demand. As a result, they could upgrade the pipeline from 42 inches to 48 inches, allowing it to carry 2.0 to 2.5 Bcf/d from the Permian to Arizona.

Aim to pair the power equipment with natural gas microgrid systems.

Texas is fast becoming America’s AI power base. As gigawatt-scale data centers chase cheap energy and quick permits, the Lone Star State gains on Virginia’s long-held lead.

For data centers, power must be engineered locally through redundant feeds, on site backup, and, increasingly, dedicated generation built alongside the campus.

The US data center pipeline added 45 GW in Q3, as developers increasingly seek to bypass utilities by chasing natural gas supply.

America doesn’t suffer from a lack of energy resources. The real problem is getting the electricity that’s already, or soon could be, generated from these energy sources to the data centers where it’s needed.

Rising power demand driven by data centers is shrinking U.S. electricity supplies and increasing the risk of energy shortages if extreme winter weather strikes this year, the North American Electric Reliability Corporation said on Tuesday.

Why ERCOT quietly approved one of its most significant reliability projects and what it signals about the future of power-hungry digital infrastructure.

ERCOT’s new Real-Time Co-Optimization Plus Battery (RTC+B) initiative launches December 5, 2025, bringing faster, smarter dispatch to Texas’s power grid. Here’s what changes — and why it matters for energy and Bitcoin mining.

PJM members, which include power generators, utilities and large energy users, cast votes on Wednesday that rejected about a dozen proposals aimed at quickly linking up data centers to the PJM grid while attempting to reduce the reliability risks of doing so. Following the results, representatives of the PJM Board of Managers said they still intended to advance a plan to handle its surging data center interconnection requests and aimed to finalize it by December.

Because traditional data center development faces years of regulatory and grid interconnection delays, Bitcoin miners with existing, large-scale energized power capacity have become strategic assets. Hyperscalers like Microsoft and AWS are turning to these operators to meet their immediate deployment needs.

IREN is among a handful of companies initially focused on bitcoin mining that have pivoted to AI while tech companies pursue one of the most expensive infrastructure build-outs in U.S. history.

Siemens will design and deliver a power conversion system for Oklo's 75MW modular nuclear reactor.

Meta and others have thrown their backing behind experimental geothermal projects as energy demand from AI continues to rise.

He said: “We've got to build a lot of natural gas, be that combined cycle or combustion turbines. We're going to extend coal plants as long as we can because we need those resources on the grid."

One burning question is whether the forecasts are based on data center projects that may never get built — eliciting concern that regular ratepayers could be stuck with the bill to build unnecessary power plants and grid infrastructure at a cost of billions of dollars.

Texas Tech University announced that its Global Laboratory for Energy Asset Management & Manufacturing (GLEAMM) has received a $1.25 million investment from Google.org to develop advanced strategies for managing AI data center electricity demand and improving grid flexibility across Texas.

Charles Beck’s LinkedIn post has some interesting ideas.

Hill Country residents have been told the 160-foot towers carrying the highest-voltage lines ever seen in Texas are necessary to meet the state's booming energy demand. But they're questioning why pristine land and rivers must be sacrificed in the process.

From Virginia’s permit-driven politics to Texas’s developer-built grids and the UAE’s sovereign AI alliances, a new pattern is emerging: whoever controls the approvals, controls the future. The old map of energy and data has been redrawn — and the new borders aren’t national, they’re jurisdictional.