The record volume sitting in North American interconnection queues is easy to quote and easy to misread. More than 2,060 GW of capacity is waiting somewhere in the study process, and the median project that reached commercial operation in 2025 took over five years from its request to get there. Those figures describe the queue. They do not, on their own, describe any single load's timeline.
Two different clocks
A queue position measures where a request sits relative to others and what studies remain before it is approved. Time-to-power measures something else: the interval from approval to energized load. The framework starts that clock at approval deliberately, because the two intervals are governed by different mechanisms and respond to different interventions.
The pre-approval interval is a function of study throughput, cluster dynamics, and how many speculative requests withdraw ahead of a given project. The post-approval interval is a function of physical delivery: the upgrades a project triggers, the lead times on the equipment those upgrades need, and the construction and commissioning that follow. A load can hold a strong queue position and still face a long delivery interval, or clear approval quickly and then wait years on a single long-lead asset.
Where the schedule actually binds
For most large loads, the schedule risk that matters is concentrated after approval, in equipment and construction, not in queue mechanics. That is where the binding constraint usually lives, and it is the part a developer has the least visibility into when reading a queue report. A queue-derived headline, years of backlog, is a regional signal, not a project schedule.
The practical move is to separate the two clocks in any readiness assessment: treat queue exposure as one dimension of pressure, and treat time-to-power as a distinct conclusion built from the delivery constraints that follow approval. Collapsing them into a single number is how a plan ends up either falsely reassured by a good queue position or falsely alarmed by a bad regional headline.
Method & provenance
- Sources
- Queue volume and median completion interval: Lawrence Berkeley National Laboratory, Queued Up, 2026 edition.
- Status
- Observed figures from the cited source; the distinction drawn between queue position and time-to-power is EnersynQ interpretation.
- Scope
- Field note. Regional queue statistics are not project-level schedules.