The Permian AI Intelligence Brief
SIGNIFICANT FEDERAL DEVELOPMENT — U.S. HOUSE PASSES DATA-CENTER POWER-COST BILL 417–3
The development we were watching earlier today has now moved materially forward. On September 16, 2026, the U.S. House passed the bipartisan Ratepayer Protection Act by an overwhelming 417–3 vote. The measure is aimed at preventing the electricity and infrastructure costs created by large AI data centers from being shifted onto ordinary utility customers.
The legislation would require state utility regulators to consider rate structures under which large data centers cover the costs associated with serving their enormous loads and necessary grid upgrades. States would retain discretion over implementation, so this is not yet a federal mandate establishing a specific data-center rate, and the legislation still must advance through the Senate.
Why this matters to the Permian
A 417–3 vote makes this considerably more important than another Washington proposal. There is now unusually broad bipartisan agreement around a principle that Texas has also been moving toward:
DATA CENTERS SHOULD PAY THE INFRASTRUCTURE COSTS THEIR LOAD CREATES.
That could directly affect the economics of the Permian Basin's emerging AI buildout.
Projects capable of combining dedicated Permian natural-gas generation + behind-the-meter power + batteries + flexible load may have an increasingly valuable advantage because they can reduce the amount of new transmission and grid infrastructure that other ratepayers are asked to finance.
It also raises an important question surrounding Texas' enormous 765-kV Permian Basin Reliability Plan: as AI loads increasingly benefit from new transmission capacity originally justified around Permian reliability and industrial growth, how much of the incremental cost should eventually be assigned directly to those large loads?
SIGNIFICANT NEW PERMIAN NATURAL-GAS DEVELOPMENT — ENBRIDGE PROPOSES A 2 BCF/D WEST TEXAS PIPELINE, WITH DATA CENTERS EXPLICITLY PART OF THE DEMAND CASE
Enbridge has opened a non-binding open season for the proposed West Texas Express Pipeline, a new intrastate natural-gas system running more than 150 miles from the Waha hub in the Permian Basin toward the greater El Paso area. The proposed system would have initial capacity of up to 2 billion cubic feet per day, with laterals into Hudspeth County and potential delivery points at the U.S.-Mexico border. Enbridge is targeting Q4 2029 for service, subject to commercial support and approvals.
The key point for The Permian AI is why Enbridge says the pipeline is needed: growing West Texas demand from power generation, utilities, generators and industrial customers—including data centers. The open season runs through September 25, 2026.
Why it matters
This is physical infrastructure beginning to follow the AI-power thesis we've been tracking.
WAHA GAS → NEW PIPELINE CAPACITY → WEST TEXAS POWER GENERATION → DATA CENTERS
At 2 Bcf/d, West Texas Express would be a major new westbound outlet for Permian gas. It could simultaneously provide additional takeaway for producers and create a pathway for supplying large new gas-fired generation associated with West Texas AI campuses.
It is particularly notable that Enbridge itself is identifying data centers as part of the commercial rationale. That moves the gas-to-AI story beyond developer presentations and into proposed large-scale midstream infrastructure.
SIGNIFICANT NEW REGIONAL AI INFRASTRUCTURE DEVELOPMENT — 500,000 ACRES OPENED FOR GIGAWATT-SCALE DATA CENTERS
Kizer AI announced on September 16, 2026 that it is opening nearly 500,000 acres of family-controlled land across the Texas Panhandle, eastern New Mexico, the Permian Basin and southeastern Oklahoma for data-center and energy development. The company says sites are being positioned for projects ranging from 100 MW to more than 1 GW, with access to combinations of natural gas, transmission, water and fiber.
The most developed opportunities disclosed so far are substantial: two sites near Amarillo in Randall County are described as capable of accommodating up to 1.5 GW; a Roosevelt County, New Mexico property has a 345-kV line crossing it and an adjacent interstate gas pipeline that Kizer estimates could potentially support up to 3 GW of generation; and a 17,000-acre Torrance County site sits roughly 0.3 miles from an interstate gas pipeline. Importantly, these are development-potential estimates—not contracted power, committed generation or completed interconnections.
Why this matters to the Permian
The announcement explicitly includes Permian Basin acreage, although Kizer's first disclosed lead sites are concentrated farther north in the Texas Panhandle and eastern New Mexico.
More importantly, Kizer is effectively packaging the same infrastructure ingredients that are increasingly defining successful AI sites: