Costs
Data Center Cost per MW in the U.S.
A practical breakdown of construction cost, fit-out, power infrastructure and the factors that move cost per MW.
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INDEPENDENT U.S. DATA CENTER RESEARCH
Data Center Scope
Clear analysis of data center costs, colocation, power, cooling and capacity planning — with practical guides and working calculators for real infrastructure decisions.
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Construction
Data Center Construction Cost per Square Foot
How shell, electrical, cooling and redundancy requirements affect construction cost per square foot.
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Colocation
Colocation Pricing per kW
What businesses actually pay for committed power and why pricing varies so much between facilities and markets.
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Colocation
Colocation Cost per Rack
A closer look at rack pricing, power commitments, cross-connects and recurring charges.
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Colocation
Retail vs Wholesale Colocation Cost
Where the cost difference comes from and when each model makes financial sense.
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Colocation
What Actually Drives Colocation Pricing?
Power, location, density, redundancy and contract structure all influence the final monthly bill.
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Power
Data Center Electricity Cost Explained
How IT load, PUE and electricity rates translate into annual operating cost.
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Power
How Much Power Does a Data Center Use?
Understanding MW, facility load, IT load and the relationship between capacity and actual consumption.
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Efficiency
PUE Explained Through Real Energy Costs
What PUE really means in practice and how a small change can materially affect annual energy spend.
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Efficiency
What Does a 1.2 vs 1.5 PUE Actually Cost?
A practical comparison of how efficiency affects overhead consumption and yearly operating cost.
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Cooling
Data Center Cooling Cost Breakdown
A plain-English look at the cost drivers behind cooling systems, heat rejection and thermal support.
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Cooling
Air Cooling vs Liquid Cooling: Cost and Capacity
When traditional air cooling still works, and when liquid cooling starts to make economic sense.
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Cooling
Liquid Cooling Cost for High-Density Racks
How cooling design changes when rack density increases beyond what standard air-cooled environments can comfortably handle.
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AI Infrastructure
AI Data Center Cost per MW
Why AI-oriented deployments often push cost per MW above conventional infrastructure assumptions.
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AI Infrastructure
GPU Rack Power Requirements Explained
A simple explanation of why GPU workloads place unusual pressure on power, cooling and rack design.
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AI Infrastructure
20 kW vs 50 kW vs 100 kW Rack Density
How density changes the economics of power delivery, thermal design and available floor capacity.
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Capacity
Data Center Capacity Planning: MW, kW and Rack Space
How to think about capacity more realistically when power, density and usable white space do not move together.
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Reliability
Tier II vs Tier III vs Tier IV: Cost and Redundancy
A practical comparison of resilience levels, redundancy expectations and what they mean for budget.
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Economics
Colocation vs On-Premises Data Center: TCO
A total-cost comparison between running your own environment and leasing third-party colocation capacity.
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Operations
Data Center Operating Costs: Where the Money Actually Goes
A breakdown of energy, maintenance, staffing, support contracts and other recurring cost buckets.
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Cooling
How Much Water Does a Data Center Use?
How WUE translates into real gallons, why direct and indirect water use differ, and how cooling design and climate change a data center's water footprint.
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Construction
How Long Does It Take to Build a Data Center? (2026)
Why an 18-month physical build can still become a multi-year project once power delivery, permitting, equipment lead times and commissioning are included.
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