PowerQ Decision Package
PQDP helps landowners, developers, and investors decide whether a site is truly viable for utility power queue entry before major capital and schedule commitments are made.
The package combines utility outreach, transmission and substation screening, POI strategy, site planning tradeoffs, market context, and a clear go / no-go recommendation.
What PQDP answers
Is this power path real enough?
90
day review signals
3
decision paths
1
go / no-go package
PQDP is not a power-flow study or engineering stamp. It is the front-end diligence package that helps determine whether deeper queue investment is warranted.
What the Package Includes
PQDP is scoped to move from raw site enthusiasm to a defensible power decision.
Utility and Queue Landscape
Clarifies the relevant utility, queue process, study requirements, commercial gates, and known timing signals.
Transmission and Substation Screening
Reviews nearby transmission corridors, substations, voltage classes, expansion signals, and likely eliminated endpoints.
POI Options
Narrows the initial point-of-interconnection conversation to realistic options that can be tested with the utility.
Site and Yield Tradeoffs
Frames how substation location, routing, easements, and adjacent parcels may affect usable data hall capacity.
Timeline Bands and Risk Register
Summarizes best, base, and downside timing cases with the practical risks that can move the project between them.
Decision-Ready Recommendation
Connects the technical findings back to the business decision: enter the queue, defer, restructure, market, or stop.
Deliverable Preview
A decision-ready view of the power path
PQDP turns early utility, site, and market diligence into a clear recommendation package. Each engagement is tailored to the site, but the sections below show how the work organizes the facts, tradeoffs, timing, and risks that matter most before queue entry.
Executive Summary
Decision-stage finding
The site remains physically attractive for hyperscale development, but viability is schedule-driven and depends on planned utility upgrades, queue position, and a substation siting approach that preserves campus yield.
Site Constraints
Substation siting tradeoff
The primary parcel can support a strong campus layout, but an on-site substation footprint would likely reduce net data hall capacity. Adjacent land should be evaluated early for pad, routing, and easement flexibility.
Queue Snapshot
Submission readiness
Required decision inputs typically include load ramp, electrical one-line, conceptual site plan, development schedule, parcel list, substation concept, and formal utility review package.
Risk Register
What can change the answer
Key risks include grid constraints, queue movement, upgrade dependency, routing friction, permitting timing, commercial requirements, and utility-confirmed cost responsibility.
Decision Outcomes
What PQDP helps you decide
The output is built for action. The client should know what to do next and what must be confirmed before more money is committed.
Enter the queue with a stronger submission package
Delay entry until a missing site or utility condition is resolved
Secure adjacent land before preserving a full campus yield assumption
Revise MW ramp, phase strategy, or POI direction
Market or monetize the property with a clearer power story
Decline a site before spending major capital on the wrong path
Related Program
PowerQ Sherpa
If PQDP supports the decision to enter the queue, PowerQ Sherpa can manage the ongoing utility process, documentation, and stakeholder cadence.
Explore PowerQ SherpaProof Point
Hopewell, Virginia
See how Volterra helped reposition an industrial redevelopment into a data center campus opportunity with a reworked utility path.
Read the case studyStart a PQDP Conversation
Is the queue worth it?
If you are evaluating a site and need a clearer utility power decision before queue entry, start with a focused PQDP conversation.