AI Counts Every Generator,UPS, and PDU. You Win More Data Center Bids.
Upload hyperscale, colocation, or AI data center electrical and mechanical plans. AI traces the full power cascade, counts cooling infrastructure, and generates a complete mission-critical BOQ — in hours, not weeks.
Every
generator, UPS & PDU counted
2N
redundancy handled correctly
80%
faster than manual
Custom
enterprise pricing
The Market Right Now
US data center construction spending exceeded $45B/month in late 2025. Hyperscaler capex surpassed $600B in 2026. MEP systems consume 50%+ of every data center budget — and that's exactly where most estimating errors live. The firms that estimate MEP density correctly win this work.
Data Center Estimating Is Harder Than Any Other Commercial Build
Electrical Hierarchy Is Impossibly Complex to Count
A single data hall cascades from medium-voltage switchgear → transformers → low-voltage switchboards → UPS systems → PDUs → overhead busway → rack strips. In a 2N redundant layout, everything is doubled. One missed UPS bank is a six-figure error.
Electrical hierarchy errors multiply — 2N redundancy doubles every mistake
Generator and Switchgear Count at Hyperscale
A 100MW campus requires 40–80+ generator sets, each with dedicated fuel storage, exhaust systems, cooling radiators, paralleling switchgear, and transfer switches. Tracking this system tree across a massive plan set is where bid errors live.
Missing one generator system means a $500K+ change order
Cooling Transformation Doubles the MEP Scope
AI compute facilities run two parallel cooling systems simultaneously — traditional CRAC/CRAH for support spaces and direct liquid cooling (CDUs, rear-door exchangers, immersion tanks) for GPU rows. Most estimators are trained on one system, not both.
Liquid cooling scope is new territory — and easy to underbid
Structured Cabling at Data Hall Scale
A 100,000 SF data hall on raised floor has millions of cable feet, thousands of patch panels, hundreds of cable trays, and an intricate floor tile layout. Manual cabling takeoff is one of the most error-prone tasks in data center estimating.
Cabling underestimates are the most common source of margin erosion
Data Center Plans to Mission Critical Proposal in 4 Steps
Upload Data Center Plans
Electrical, mechanical, and architectural PDFs — design development or construction documents, any phase.
AI Maps Power Infrastructure
Every generator, transformer, UPS, PDU, and cooling unit located, counted, and placed in the power hierarchy.
Get Complete Electrical & MEP BOQ
Quantities organized by power zone, data hall, and system type. Long-lead items flagged automatically.
Send Your Mission Critical Proposal
Professional package with equipment schedule, phased pricing, and long-lead procurement notes.
AI Estimating Built for Mission Critical Construction
The only AI takeoff tool that understands data center power hierarchy, redundancy schemes, and dual cooling systems — not just commercial building electrical.
Electrical Hierarchy Counting
AI traces the full power cascade: generators → switchgear → transformers → UPS systems → PDUs → busway → rack-level power strips. 2N and N+1 redundancy schemes counted correctly, not doubled by accident.
Complete electrical BOM from switchgear to rack in one pass
Generator & Paralleling Gear Takeoff
Counts every generator set with its associated scope — fuel day tanks and bulk storage, exhaust systems, cooling radiators, automatic transfer switches, and paralleling gear. No missing auxiliary equipment.
Full generator system count, not just the genset itself
Cooling Infrastructure Takeoff
CRAC/CRAH units, in-row coolers, cooling distribution units (CDUs), rear-door heat exchangers, and immersion cooling tanks — both air and liquid cooling systems quantified from mechanical drawings.
Both cooling systems in the takeoff — traditional and liquid
Structured Cabling Quantity
Cable tray footage by size, patch panel counts by port density, cable runs to MDA/HDA/EDA areas, conduit from main distribution to aisles. Organized by data hall and power zone.
Cabling quantities without counting every run by hand
Complete Data Hall BOQ
Auto-generated bill of quantities organized by electrical zone, data hall, power tier, and building system. Flags long-lead equipment — transformers, generators, UPS — with standard lead time notes.
BOQ ready for subcontractor pricing with long-lead callouts
Mission Critical Proposals
Professional proposals with phased pricing, long-lead equipment schedules, and system-level markup. Meets the documentation expectations of hyperscaler and colocation owners.
Win hyperscaler and colocation bids with the right level of detail
Every Data Center Type, One Tool
Hyperscale AI Campus
100–500+ MW, GPU-optimized, liquid cooling, dedicated substation — Oracle Stargate, Amazon, Google scale
Traditional Hyperscale
20–100 MW per building, air-cooled or hybrid, N+1 and 2N redundancy, high server density
Colocation Facilities
Multi-tenant, mixed cooling, structured cabling by cage and cabinet, high redundancy requirements per SLA
Edge Data Centers
Small footprint, modular, often containerized — geography-diverse deployment with tight schedule
Enterprise On-Premises
Corporate IT builds, moderate density, adding GPU inference infrastructure for AI workloads
AI-Optimized Facilities
300+ kW/rack GPU clusters, immersion cooling, direct liquid cooling, dedicated HV switchgear per row
Why Data Center Contractors Switch to BuildVision AI
Manual Electrical Takeoff
- A 100MW campus takes weeks to count manually
- 2N redundancy means every error is doubled
- No bandwidth to bid the next project
Commercial Electrical Tools (Accubid, Trimble)
- Built for building electrical, not data center power hierarchy
- No understanding of UPS/PDU cascade or 2N topology
- No cooling system intelligence
Procore / Project Management Tools
- Project management, not quantity takeoff
- No electrical counting capability
- No BOQ generation from drawings
Outsourced Data Center Estimating
- $15,000–50,000 per project
- Limited availability — everyone is bidding the same boom
- NDA requirements add weeks to scope kickoff
Stop Counting Data Center Equipment by Hand
Upload your first data center electrical or mechanical plan set and see AI map the full power infrastructure in hours.