01 · Decision frame
What this case illustrates
Existing industrial infrastructure can create a reason to investigate; it does not establish transferable utility capacity, AI-ready cooling, network service, approvals, condition, schedule, economics, or transaction availability.
The question
Could a fully vacated cultivation campus be redesigned for a defined, sustained AI deployment?
The answer remains unestablished until utility, engineering, approvals, condition, network, cessation, and transaction diligence are complete.
The boundary
This is a complete change-of-use example.
Cultivation must cease, and the new use must be separately designed and approved. This is not a co-located cannabis-and-compute model.
02 · Provenance before persuasion
Reported conditions vs. what remains unproven
The confidential source record gives this example a starting point. It does not make the property AI-ready. The required checks are evidence gates, not a to-do list that the property is known to satisfy.
Large multi-building industrial cultivation envelope
Potential reason to investigate: It may provide a starting shell and staged-space concept.
Do not infer
A data-hall layout, structural capacity, white space, or usable cooling.
Required verification
Measured drawings, structural review, equipment layout, and code/life-safety review.
Existing electrical infrastructure
Potential reason to investigate: It may justify an early utility and electrical screen.
Do not infer
Available megawatts, voltage class, redundancy, tariff, timing, or a right to serve new load.
Required verification
Current written utility input, one-line review, protection study, field assessment, and a service agreement as appropriate.
Cultivation mechanical pathways and equipment areas
Potential reason to investigate: They may inform a new heat-rejection and routing study.
Do not infer
Reuse of equipment, AI-duty performance, water strategy, or PUE.
Required verification
Mechanical and thermal design, roof/slab assessment, controls review, weather/water strategy, and a maintainability plan.
Industrial access, perimeter security, and civil features
Potential reason to investigate: They may inform logistics and site-planning review.
Do not infer
Suitability for heavy equipment, generator/noise/air permits, drainage acceptance, or security compliance.
Required verification
Civil, environmental, logistics, fire, security, and applicable-authority review.
03 · Complete change of use
Illustrative conversion scope
The workstreams show how a team could organize a screen without prescribing a design for the anonymous campus. Each conceptual scope remains subject to its matching gate.
Retire and clear the former use
Planning assumptionThe illustration assumes cultivation fixtures, irrigation, CO₂ and odor controls, and unneeded branch circuits may be removed.
Must be independently verifiedCessation, asset ownership and disposition, hazardous-material/environmental review, and safe decommissioning must be assessed.
Rebuild the electrical path for the defined deployment
Planning assumptionThe illustration assumes utility coordination, service equipment, transformers, UPS, standby power, distribution, grounding, and controls may be needed.
Must be independently verifiedNo existing equipment is represented as suitable or reusable; service and equipment condition require written and field confirmation.
Design heat rejection and compute support
Planning assumptionThe working case uses a hybrid architecture to test dense liquid-ready compute alongside conventional support loads.
Must be independently verifiedCapacity, redundancy, water strategy, structural loading, piping, controls, and maintenance must be engineered.
Complete life safety, network, and operational commissioning
Planning assumptionThe illustration assumes scope for fire/life safety, diverse network entry, access/security, commissioning, load testing, and operating procedures.
Must be independently verifiedApprovals, carrier routes, commissioning criteria, and the operating model are not established.
Planning scenario, not site capacity. The values below organize an educational conversion case. They do not represent delivered utility load, usable IT capacity, an engineering design, or a project commitment.
Illustrative planning envelope
Illustrative IT-load envelope
2.0–3.5 MW IT
Illustrative facility-input envelope
~2.8–5.0 MW
Efficiency input used to relate the two
PUE 1.35–1.45
Illustrative facility input = illustrative IT load × illustrative PUE
Actual limits can be set by utility service, service gear, electrical protection, cooling, white space, redundancy, equipment selection, permitting, and operating criteria. This page does not model any of those limits for the anonymous campus.
Open the capacity planner with your own documented inputsPlanning assumptionSee the illustrative sequence
The source scenario used an 18–22-month illustrative path from commitment to first energized deployment. This is a planning assumption, not a schedule commitment or an estimate for the anonymous property. The critical path can change materially when written utility scope, procurement, approvals, or field conditions change.
1. Define and investigate
- Illustrative activity
- Buyer deployment definition, cessation path, site/condition review, utility and network inquiries
- Controlling dependency
- Access to current records and written counterparty and utility responses
2. Design and procure
- Illustrative activity
- Coordinated electrical, mechanical, civil, fire/life-safety, and network design; long-lead procurement strategy
- Controlling dependency
- Defined scope, design maturity, vendor availability, and approvals
3. Build and commission
- Illustrative activity
- Decommission, construct, test, commission, and energize in phases
- Controlling dependency
- Equipment delivery, construction conditions, inspection, utility work, and integrated testing
4. Initial deployment
- Illustrative activity
- First energized deployment after completion criteria are met
- Controlling dependency
- Utility delivery, acceptance testing, operations readiness, and tenant/hardware plan
04 · Bounded cost method
Illustrative retrofit-cost methodology
One category-based range is shown to make the planning arithmetic inspectable. It is not a cost estimate, a cost comparison, or a property-specific conclusion.
Illustrative retrofit budget
$10.5M–$18.4M
Illustrative 2.5 MW IT scenario; approximately 3.5 MW facility input at PUE 1.4.
A category-based 2026 planning illustration. It is not a bid, appraisal, valuation, investment recommendation, or prediction of actual project cost.
Planning assumptionSee methodology, arithmetic, and exclusions
Electrical and power
$5.5M–$8.0M
Allowance for potential utility/interface work, service equipment, transformers, standby power, UPS, and internal distribution. It does not establish utility scope or existing-equipment reuse.
Cooling systems
$1.5M–$3.5M
Allowance for a conventional-to-hybrid cooling pathway. Final architecture, heat density, water strategy, redundancy, and equipment selection are unestablished.
Structure and envelope
$1.0M–$2.0M
Localized assessment or possible reinforcement, interior change work, and security hardening. This is not a structural conclusion.
Site and civil
$0.5M–$1.2M
Allowance for potential equipment-yard work, pads, grading, and drainage modifications, subject to civil, environmental, and authority review.
Fire and life safety
$0.4M–$0.8M
Allowance for new data-hall and support-space life-safety scope. The appropriate design and code path have not been established.
Network and connectivity
$0.15M–$0.5M
Allowance for potential lateral, diverse-entry, and meet-me-room scope. Direct service and routes are not represented.
Soft costs
$1.2M–$2.0M
Planning allowance for appropriate design, studies, commissioning, permitting support, and management. It does not identify providers or a complete professional-services scope.
Decommissioning and abatement
$0.2M–$0.4M
Planning allowance for removing former-use equipment and evaluating potential cleanup. Environmental conditions are unknown.
Illustrative total
$10.5M–$18.4M
Rounded sum of the individual category ranges: low end $10.45M; high end $18.4M.
| Scope category | Illustrative range | Method assumption and boundary |
|---|---|---|
| Planning assumptionElectrical and power | $5.5M–$8.0M | Allowance for potential utility/interface work, service equipment, transformers, standby power, UPS, and internal distribution. It does not establish utility scope or existing-equipment reuse. |
| Planning assumptionCooling systems | $1.5M–$3.5M | Allowance for a conventional-to-hybrid cooling pathway. Final architecture, heat density, water strategy, redundancy, and equipment selection are unestablished. |
| Planning assumptionStructure and envelope | $1.0M–$2.0M | Localized assessment or possible reinforcement, interior change work, and security hardening. This is not a structural conclusion. |
| Planning assumptionSite and civil | $0.5M–$1.2M | Allowance for potential equipment-yard work, pads, grading, and drainage modifications, subject to civil, environmental, and authority review. |
| Planning assumptionFire and life safety | $0.4M–$0.8M | Allowance for new data-hall and support-space life-safety scope. The appropriate design and code path have not been established. |
| Planning assumptionNetwork and connectivity | $0.15M–$0.5M | Allowance for potential lateral, diverse-entry, and meet-me-room scope. Direct service and routes are not represented. |
| Planning assumptionSoft costs | $1.2M–$2.0M | Planning allowance for appropriate design, studies, commissioning, permitting support, and management. It does not identify providers or a complete professional-services scope. |
| Planning assumptionDecommissioning and abatement | $0.2M–$0.4M | Planning allowance for removing former-use equipment and evaluating potential cleanup. Environmental conditions are unknown. |
| Planning assumptionIllustrative total | $10.5M–$18.4M | Rounded sum of the individual category ranges: low end $10.45M; high end $18.4M. |
How this range was formed. The illustration adds broad category allowances for a 2.5 MW IT planning case, then rounds the low-end sum from $10.45M to $10.5M. It is intentionally a wide preliminary range because the underlying utility scope, existing-equipment condition, design criteria, procurement strategy, local requirements, schedule, and field conditions are not known publicly.
Test a generic grow footprint against the same bounded planning logic. The calculator does not inherit any facts from this anonymous case.
Open scenario planner05 · Stop/go evidence
Five verification gates
These are unresolved decision gates, not completion indicators. No readiness score, probability, or pass/fail outcome is implied.
Must be independently verified1. Utility and electrical service
What would close this gate?
- Written utility response covering the proposed use, load, delivery point, timing, rate class (as applicable), and upgrade scope.
- A current single-line diagram and a field review of service, protection, equipment condition, and maintainability.
Must be independently verified2. Complete cessation, control, and handoff
What would close this gate?
- Lawful cultivation cessation and an asset-removal plan.
- Property-control and consent diligence with a clear operating boundary.
Must be independently verified3. Building, thermal, environmental, and life safety
What would close this gate?
- Structural, mechanical, environmental, fire/life-safety, code, and site/civil reviews tied to the actual equipment plan.
Must be independently verified4. Network, operations, and resilience
What would close this gate?
- Carrier and path survey, network design, security and operations model, maintenance plan, commissioning criteria, and continuity design.
Must be independently verified5. Approvals and transaction viability
What would close this gate?
- Applicable-authority review, contractual path, insurance and lender requirements, procurement plan, and definitive agreements.
A gate may uncover a reason to stop. That is a valid screening outcome—not a failure of the process.
Build a local draft that tracks evidence status; nothing is uploaded, and no counterparty is contacted.
Start a buyer site screen06 · Accountability
Sources, methodology, and limitations
The source boundary is part of the method. Confidential material is neither linked nor exposed, and no unreviewed public source is presented as evidence about the anonymous campus.
Study basis
Broad, redacted conditions were abstracted from a confidential development record. UNICANN has not represented this record as independently verified, current, complete, or suitable for a new use.
Scenario method
The capacity, PUE, sequencing, scope, and cost figures form an illustrative 2026 planning case assembled from category allowances. They are not site measurements, market offers, engineering calculations, or transaction terms.
External context
Public industry material can explain common adaptive-reuse workstreams. It cannot determine the anonymous campus’s price, power, schedule, approval path, or suitability.
Reliance limit
A decision requires current property-specific evidence and appropriately qualified review.
External benchmark · context onlyView public context sources and source-use notes
No external source links are published on this reviewed page. A source will be listed only after editorial and legal review has verified its direct public URL, publisher or author, publication date, review date, and narrow conceptual use. Any future entry must state: “Not used to establish facts about the anonymous campus.”
The confidential development record, internal files, source-page images, and any material that could reveal a location or participant will not be linked, previewed, or made available through this page.
Role handoffs
Continue with your own evidence—not this case’s assumptions.
A viable outcome is not presumed. The right result may be a redesigned deployment path, a longer diligence process, or a decision not to convert. The purpose of the screen is to discover that early, with evidence.
For facility owners
Consider a complete change of use.
The local worksheet does not send any information.
Screen a cultivation facilityFor infrastructure buyers
Start with a buyer-defined deployment.
Build an evidence checklist without carrying over any values from the case study.
Evaluate a powered site