Signature feature

Build Fastest

Given a project requirement, Intel Accelerator determines the modular architecture, the qualified supplier combination and the earliest realistic ready-for-service date.

Demo data

Project requirement

LocationAbilene, Texas, USA

Campus MW100 MW

IT load78 MW

Rack density132 kW/rack

GPU platformNext-gen accelerator, DLC

Target operationalQ4 2028

Redundancy2N power / N+1 cooling

Cooling architectureDLC 85% / air 15%

Demo scenario. Editable requirement intake arrives with the AI Planner in Phase 2.

Fastest credible infrastructure plan

Target RFS

Q4 2028

Standard procurement

Q2 2029

NEURA optimized

Q4 2028

Schedule saving

≈ 9 months

Power architecture

3 × 150 MVA main transformers → 10 × 10 MW prefabricated MV e-houses → 2N UPS at 1.5 MW module granularity → busway to data hall.

Cooling architecture

8 × 8 MW modular heat rejection plants → primary loop → 24 × 2.5 MW Coolant Distribution Units (N+1) → secondary loop → manifolds → cold plates.

Modularization strategy

10 MW electrical blocks and 5 MW cooling blocks. Parallel factory/site construction, repeatable commissioning, phased energization from block 1.

Plan confidenceMEDIUMAssumptions: utility energization Q3 2028, no site labour constraint, transformer slot reserved within 30 days. Generation lead time uses delivered history, not quoted.

Recommended supplier combination

Scope	Supplier	Lead time	Basis
Transformers	Nordpower Transformers	132wCRITICAL	Monterrey slot, cancelled order
MV switchgear	Arcline Power Systems	58wSEVERELY CONSTRAINED	Houston line, UL 1558
Modular power	Arcline Power Systems	30wCONSTRAINED	10 MW e-house blocks
UPS	Voltbank Energy Storage	28wCONSTRAINED	Technical validation required
Generation	Helion Rotating Power	60wSEVERELY CONSTRAINED	Delivered history 71w — buffer applied
Heat rejection	Cryomax Heat Rejection	34wCONSTRAINED	Charlotte plant
CDU	Thermaflux Liquid Cooling	20wNORMAL	Austin, 12 slots open
Racks & QD	Multiple qualified	14wNORMAL	No material constraint

Combination is optimized for compliance, speed, reliability, landed cost and risk — not lowest unit price. Interoperability between the e-house and UPS selection requires engineering sign-off.

How to build faster

AAlternative transformer supplier (Monterrey slot)≈ 12 weeksModerate — requires technical validationMEDIUM
BModular power architecture (10 MW e-house blocks)≈ 22 weeksLow — supplier has US UL-certified lineHIGH
CReserved manufacturing slot (cancelled order)≈ 18 weeksModerate — slot expires in 30 daysHIGH
DPhased energization (20 MW first block)First capacity ≈ 9 months earlierLow — requires utility agreementMEDIUM
ESecondary-market transformer≈ 30 weeksHigh — condition and warranty unverifiedLOW

Procurement priority

Main power transformer 150 MVAORDER NOW
MV switchgear line-upORDER NOW
UPS module 1.5 MWHIGH
3 MW standby generatorHIGH
Coolant Distribution Unit 2.5 MWHIGH
Modular heat rejection plant 8 MWHIGH

Unknowns & validation required

Utility energization date — SUPPLIER CONFIRMATION REQUIRED
UPS interoperability with selected e-house controls — DATA REQUIRED
Generator emissions permit path in Taylor County — DATA REQUIRED
Secondary-market transformer condition report — DATA REQUIRED
Site crane / heavy-lift window for 10 MW e-houses — DATA REQUIRED

Supplier risk on this plan

Nordpower Transformers
NEURA SCORE 849LOW
SOURCE Manufacturer quotation 2026-07-28LEVEL A · Verified directLAST VERIFIED 2026-07-28HIGH
Arcline Power Systems
NEURA SCORE 8813LOW
SOURCE NEURA procurement recordLEVEL A · Verified directLAST VERIFIED 2026-08-04VERY HIGH
Thermaflux Liquid Cooling
NEURA SCORE 9112LOW
SOURCE Supplier confirmationLEVEL A · Verified directLAST VERIFIED 2026-08-05VERY HIGH
Modulus Infrastructure
NEURA SCORE 8617LOW
SOURCE Supplier submitted profileLEVEL D · Market intelligenceLAST VERIFIED 2026-06-19MEDIUM
Helion Rotating Power
NEURA SCORE 7626MODERATE
SOURCE Industry contactLEVEL D · Market intelligenceLAST VERIFIED 2026-04-08LOW