Time-to-Power Scores Tracker

Fixture-backed TTPS snapshots showing power availability probability by ISO and interconnection queue.

Updated: UnknownCadence: weeklySource: Sample / fixture snapshots
TTPS Methodology

Time-to-Power Score methodology: queue position analysis, historical completion rates, and interconnection timeline modeling.

Last updated: December 2024

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Understanding the TTPS

1What It Measures

Estimated months to secure grid interconnection, based on queue positions and regional processing speeds.

2Why It Matters

Power is the #1 constraint for new datacenter buildouts. TTPS helps identify markets with faster paths to power.

3How to Read It

Lower is better. <12 months = Fast track, 12-24 = Standard, 24+ = Congested queue.

Quick Insights

TTPS scores > 80 indicate projects with high likelihood of energization within 12 months. Focus on Bucket A for rapid deployment.

Queue positions in PJM are currently experiencing longer delays than ERCOT due to volume.

Filters

Filter by ISO, queue, or performance bucket.

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Time-to-Power scores

Higher scores indicate better power availability
Queue IDISOTTPS ScoreBucket12mo Prob18mo Prob24mo ProbSite ReadinessReadiness Score

Site readiness band guide

Bankable (70-100)

High confidence projects with minimal execution risk. Strong permitting and interconnection positions.

Steady (50-70)

Moderate confidence with some execution challenges. Progress being made across development phases.

Risky (0-50)

Lower confidence with significant execution concerns. Major permitting or interconnection hurdles remain.

Next actions

Model project returns with current power availabilityAdd TTPS improvement alerts to your watchlistQueue a power availability IC pack export

TODO(trackers): add sparkline charts for TTPS score trends and probability distributions. TODO(trackers): add unit tests for combined TTPS + readiness data views. TODO(trackers): add e2e tests for TTPS + readiness data integration workflows.