Multi-year time-to-power in Texas now baked into every large-load site decision
## The number
ERCOT's interconnection queue holds 427 GW of requested load, representing 39% of all queued capacity across US ISOs. Queue depth in Texas now signals multi-year wait times for energization, a constraint that must be priced into every greenfield site decision targeting the state.
## What it means for build decisions
New large loads in ERCOT — data centers, AI training clusters, industrial electrification — face extended timelines from application to power delivery. Developers banking on Texas for quick time-to-market now confront the same interconnection drag plaguing PJM and MISO. The queue backlog reflects both surging demand and finite transmission capacity to integrate new generation and load.
For hyperscalers and colocation operators, this implies:
- **Site selection**: Consider markets with shallower queues (e.g. SPP, WECC non-California) where interconnection studies and network upgrades clear faster.
- **Capex timing**: Factor 24-36+ months from site acquisition to power delivery in ERCOT, not 12-18.
- **Contracted power**: Pre-secured PPAs or behind-the-meter generation become table stakes to derisk schedule slippage.
## The second-order read
ERCOT's queue concentration — nearly 2 in 5 US gigawatts — reflects Texas's reputation as a deregulated, buildable market. But reputation now lags reality: the state's grid operator is processing requests faster than transmission can be built or generation interconnected. The delta between "easy to site" and "fast to power" is widening, and land speculators who assume ERCOT = speed are mispricing delay risk.
Source: ERCOT Interconnection Queue Report (https://www.ercot.com/misdownload/servlets/mirDownload?doclookupId=1233678977). Additional context: DC Hub Data Center Power Index (https://dchub.cloud/dcpi), updated daily.
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