The queue, explained.

Every AI data center in Texas starts with the same discovery: the constraint isn't land, chips, or capital. It's the wait for power. Grid interconnection for a large load in ERCOT is a multi-year process, and the queue has become the single biggest bottleneck in the AI buildout.

How large-load interconnection actually works

A data center that wants grid power files an interconnection request with the utility and ERCOT. Then come the studies: screening, load integration, transmission impact — each examining whether the local grid can absorb the new load, each taking months, each sequential. If the studies find the grid can't handle it (and at 100 MW and up, they usually do), the connection waits on physical transmission upgrades: new lines, new substations, new transformers. Those are construction projects with their own multi-year timelines and supply-chain queues for equipment like large power transformers.

Why it's gotten worse

The process was designed for an era when a big new load meant a factory every few years. AI changed the arithmetic: individual campuses now request power in blocks the size of small cities, and dozens of them are in line at once. Requested load in ERCOT has exploded, the studies interact (each big load changes the math for the next), and the queue compounds. The grid isn't broken — it's doing what it was designed to do, carefully. The design just never contemplated this demand curve.

The alternatives

Bridge power — temporary on-site generation (leased turbines or reciprocating engines) that carries the load until grid power arrives. It works, but it's a rental against a deadline, and the queue still has to be waited out.

Powered land — sites bought with interconnection or generation already secured. Scarce, bid up fast, and someone still absorbed the queue to create it.

Behind-the-meter generation — build the power plant with the data center, on the customer's side of the meter, so the load never touches the transmission grid. No interconnection request, no cluster study, no place in line. The timeline is set by equipment, air permits, and construction — months driven by the project's schedule, not the queue's. In gas-rich West Texas, the fuel is already on site. This is the model Corley Energy builds at Power Foundry.

About Corley Energy

Corley Energy is a behind-the-meter independent power producer, founded in 2024 by Jake Corley, Tim Bozeman, and Mark Meyer. We convert stranded Permian Basin natural gas into firm, contracted electricity for AI data centers at Power Foundry, our ~1,000-acre development in Upton County, Texas. Start with what a power foundry is, see the company facts, or check current capacity on the Sites page.

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