ERCOT Large-Load Working Group + 410 GW Queue (2025-2026)
mechanismAI & Compute
Data centers alone are now asking Texas's power grid for far more electricity than the entire state can physically produce.
Who they are
ERCOT's Large-Load Working Group and its roughly 410 gigawatts of connection requests as of early 2026.
What they do
The engine reads it as the point where sky-high AI computing ambitions slam into the hard physical limits of the power grid.
How it works
The 410 GW of requests is a 270% jump over 2023, with about 87% coming straight from data centers — an amount roughly ten times the whole Texas grid's capacity — so ERCOT set up a special working group and a 'batch study' process just for loads of 75 megawatts and up, effectively rebuilding grid planning around AI instead of ordinary customers.
Why it matters
The engine uses that 410 GW figure as a concrete measure of the collision between limitless compute dreams and real-world energy limits, and flags Texas's SB 6 law as something to watch.
The engine's record — word for word
ERCOT tracking ~410 GW of large-load interconnection requests as of early 2026 — astonishing 270% increase in capacity demand vs 2023, with ~87% originating directly from data centers (per ERCOT.com committees/tac/llwg + April 2026 ERCOT Board Materials). Demand profile exceeds total physical Texas-grid capacity by an order of magnitude. ERCOT response: established Large Load Working Group (LLWG) and initiated 'Batch Study Process' specifically for large loads ≥75 MW — siloing massive data-center loads into batch reviews, restructuring fundamental planning around AI capacity rather than civilian load profiles. Engine reading per Joulework Cycle-Control Thesis Audit Finding 11+12 (Tier-1, Net-new node, Apex (a)+(b) compound): grid_collision node firing — theoretical genesis-compute scaling laws have violently collided with hard thermodynamic reality. Cross-reference Texas SB 6 (engine watch-for in Joulework audit Finding 40) for state-legislative-override discriminator. The 410 GW number functions as the empirical-magnitude marker for the joule_paradox node firing at single-RTO scale.
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