Time-to-Power Intelligence
Data Center Time-to-Power
The gap between selecting a site and energizing capacity is the single largest risk in data center development. Understanding the real timeline — not marketing estimates — determines whether a project is financeable.
What is time-to-power?
Time-to-power is the elapsed duration from site commitment to firm, energized electrical capacity sufficient to operate a data center at target load. It is driven by interconnection queue progression, transmission upgrade timelines, utility service agreement execution, and local permitting. In active ISO markets like ERCOT and PJM, queue-derived signals provide the most direct evidence.
Screening-grade decision support. Does not guarantee interconnection timing, energization dates, permitting outcomes, or utility serviceability.
Key factors driving time-to-power
Interconnection queue position
Where the project sits in the ISO study process — ERCOT, PJM, and others each have multi-year backlogs.
Transmission upgrade dependency
Whether new transmission infrastructure must be built before energization can occur.
Utility service agreement
The negotiation and execution timeline for large-load electric service contracts.
Permitting and zoning
Local approvals, environmental reviews, and community acceptance timelines.
Substation and distribution capacity
Whether existing grid infrastructure can serve the load or requires upgrades.
Generation adequacy
Whether sufficient generation capacity exists in the region to serve new large loads.
Time-to-power varies by market
ERCOT (Texas), PJM (Ohio, Pennsylvania, Virginia), and Southeast markets each have distinct interconnection processes, queue backlogs, and utility large-load policies. Comparing across ISOs requires normalizing for queue stage definitions, study timelines, and local process requirements.
ERCOT (Texas)
Large-load queue with 200+ GW of pending projects. Connect-and-manage policy historically offered faster paths, but recent congestion and process reforms are extending timelines.
Source: ERCOT public mirror (curated fact, public mirror of official GIS). Data as of 2026-04-02.
PJM (Ohio / Mid-Atlantic)
9,000+ queue entries with structured study phases. Systematic queue process provides clearer stage progression but longer documented study timelines.
Source: PJM Planning API (direct fact, official public export).
What time-to-power intelligence can and cannot do
Can do
- Screen markets by energization window band
- Identify top timing blockers per geography
- Track queue stage progression and changes
- Flag markets where timing is improving or worsening
- Surface evidence gaps and proxy-dependent areas
Cannot do
- Guarantee a specific energization date
- Replace utility engineering studies
- Provide parcel-level MW commitments
- Guarantee interconnection approval
- Substitute for site-specific permitting diligence
Get time-to-power intelligence for your shortlist
Time-to-Power Pack
Ranked shortlist with timing confidence, evidence trail, and exportable decision memos. Available for Texas, Georgia / Atlanta, Carolinas, and Ohio / PJM.
Speed-to-Power Watchlist
Track what changed in your target markets — queue status shifts, timing window changes, and new blockers that should reshuffle your shortlist.