Data Center Power Availability and Timing

Test whether a data center project can get power by the target in-service date before you commit schedule, capital, or customer capacity. Review interconnection timing, upgrade exposure, long-lead equipment, tariff pressure, and resilience constraints in one scorecard.

For data center developers, infrastructure teams, and investors evaluating a specific project.

Can this data center project get power by the target in-service date?

Example scorecard evidence

Review public project examples, the score dimensions behind the scorecard, and adjacent briefs that show how the work is framed.

Public project examples

What the scorecard checks

  • Utility power timing: When utility and interconnection milestones are likely to land relative to the target in-service date.
  • Upgrade and deliverability risk: Whether network upgrades, congestion, or deliverability constraints are likely to block the requested capacity.
  • Long-lead equipment exposure: How transformer and switchgear lead times affect the critical path and what procurement actions materially change it.
  • Tariff and resilience pressure: How tariff structure, demand charges, and grid reliability signals change cost and operating confidence.

What we test

  • utility power timing
  • interconnection and upgrade risk
  • long-lead electrical equipment exposure
  • tariff and resilience constraints

What the scorecard includes

  • a scored view of whether a project can hit the target in-service date
  • the main power and schedule risks behind that conclusion
  • the gating issues most likely to delay energization

Power and Timing Scorecard

Can this data center project get power by the target in-service date?

Preview the variables behind the scorecard

Key outcome measures

  • Site Readiness Index: Composite 0-1 score combining schedule, capacity, cost, carbon, and reliability to rank candidate sites.
  • Probability of Hitting In‑Service Date: Probability (0–1) that the site reaches Commercial Operation Date (COD) by the target date given interconnection, equipment, and permitting risks.
  • Schedule Slippage (Days): Expected days late relative to the target in‑service date (v0: clamped to ≥ 0; early/on‑time yields 0).
  • Deliverable Capacity by Target (MW): MW expected to be physically deliverable by the target date for continuous operations.
  • Blended Effective Power Rate ($/MWh): All‑in effective energy cost including volumetric energy, demand charge conversion, Demand Response (DR) credits, and on‑site Distributed Energy Resources (DER) savings.
  • Expected Emissions Intensity (kgCO₂e/MWh): Blended operational carbon intensity after Power Purchase Agreements (PPAs)/Renewable Energy Certificates (RECs) and on‑site Distributed Energy Resources (DER) effects.
  • Reliability Risk Index: 0–1 proxy index of outage/curtailment risk from grid reliability signals.
  • Total Delay Cost Exposure ($): Expected financial impact of schedule slippage (lost revenue, liquidated damages, carrying costs).
  • Renewable Content (%): Proxy renewable share for the relevant grid/portfolio.

Key conditions behind the scorecard

  • Interconnection Queue Wait (Months): Estimated remaining time in the interconnection queue for the selected path.
  • Interconnection Complexity Index: 0-1 index capturing voltage class, network topology, upgrade scope, and deliverability hurdles.
  • Network Upgrade Cost ($): Utility/ISO‑estimated share of network upgrade CAPEX attributable to the interconnection.
  • Deliverability Risk Index: 0-1 risk that requested capacity cannot be delivered at peak due to constraints.
  • Available Grid Capacity (MW): Estimated MW of firm capacity available at the point of interconnection by target date.
  • Transformer Lead Time (Months): Quoted lead time for required high‑voltage/medium‑voltage transformers.
  • Switchgear Lead Time (Months): Quoted lead time for medium‑voltage switchgear and main protective devices.
  • Permitting Risk Index: 0–1 risk score reflecting zoning fit, environmental review, and Authority Having Jurisdiction (AHJ) workload.
  • Tariff Energy Charge ($/MWh): Blended volumetric energy rate for the applicable tariff/Time‑of‑Use (TOU) class.
  • Marginal Emissions Rate (kgCO₂e/MWh): Grid marginal emissions intensity for the site’s balancing area.

Levers that can change the scorecard

  • Expedite Procurement Budget ($): Budget set aside to accelerate long‑lead equipment procurement.
  • Transformer Expedite Option Selected: Whether an expedited transformer procurement option is chosen.
  • Temporary Generation Committed (MW): Rental or temporary generation capacity committed to bridge early operations.
  • Battery Storage Committed (MWh): Battery Energy Storage System (BESS) energy capacity contracted for the site.
  • On‑Site Solar Capacity Committed (MW): Nameplate MW of on‑site Photovoltaic (PV) committed.
  • Renewable Content Target (%): Target share of load to be covered by renewables over the commitment period.
  • Demand Response (DR) Enrollment Commitment (kW): Proxy for territory-level demand response (DR) enrolled curtailable load (kW).