thesis · power · ERCOT
Power Is the Asset: The Delay Tax on Late Megawatts
Ask a data center developer what keeps them up at night and it isn’t the price of steel. It’s the energization date — the day the utility actually delivers power. Everything else in the project can be bought; the queue position cannot.
The delay tax
Industry estimates put the cost of delayed AI capacity above $10,000 per MW per day. Do the arithmetic on a 100 MW facility: a one-year slip destroys on the order of $1 billion in foregone revenue and contract penalties. Against that number, arguing over whether a container costs $3.3M or $4.9M per MW is rearranging deck chairs.
This reframes the entire build-vs-buy debate. The prefab container’s real product isn’t cheap steel — it’s schedule certainty. A module built in a factory, shipped, and drag-connected next to a gas turbine has a commissioning date you can put in a contract. A greenfield build waiting on a 128–144-week transformer queue does not.
Texas as a case study
Texas was supposed to be the easy jurisdiction — deregulated market, abundant land, crypto miners already proved the model. Then the load arrived all at once:
- ERCOT’s queue hit 474 GW against a ~90 GW system peak.
- In August 2026, Governor Abbott froze new large-load approvals; SB6 added further brakes.
- BNEF flagged 49.8 GW / ~$15B of planned load at risk.
The implication cuts both ways: existing energized allocations got repriced upward (scarcity premium for whoever already holds power), and everyone else is shopping for electrons that don’t need ERCOT’s permission — which is exactly where behind-the-meter gas generation enters.
The one-line version
Concrete depreciates. Energized megawatts appreciate. Build the thesis around the power, and let the building be the part that ships in a box.
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