Data Center Cost Guide · Updated September 30, 2026

Data Center Cost in 2026: What You Pay to Build and Run One, per Megawatt

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A data center has two price tags: what it costs to build (capital cost, or CapEx) and what it costs to run every year (power, maintenance, staff, tax). On the AI Build Configurator dataset, a 50 MW powered-shell facility costs about US$11.2M per MW in Texas before any GPUs, and running it at 88% utilisation buys roughly US$31.4M of power a year. This guide breaks down every line.

Data Center Cost in 2026

The Two Costs: Building It and Running It

Data center cost splits cleanly in two. Capital cost is everything spent before the first rack goes live: the building shell, mechanical and electrical fit-out, cooling plant, network, land, the utility's connection charges and soft costs such as design and permitting. Operating cost is the yearly bill once it runs, dominated by electricity.

For most facilities the build is the bigger number up front, but power is the line that never stops. A 50 MW site in Texas spends about US$559.7M to build as a powered shell and about US$31.4M a year on electricity at the configurator's modelled ERCOT rate of US$0.071/kWh. Over a ten-year contract, energy alone exceeds half the original build cost.

Build (CapEx)
Shell, fit-out, cooling, network, land, utility contribution, 9% soft costs, plus GPUs if you buy them.
Run (OpEx)
Energy, maintenance (1.8% to 4% of CapEx a year by build type), staffing, property tax and insurance, G&A.
The swing factor
Location: power rate, construction cost factor, sales tax on equipment and the grid queue.
Build vs run: 50 MW powered shell in Texas, before GPUs Where the yearly money goes: modelled sustained utilisation

Data Center Cost per MW by Build Type

Facility cost range: per MW of IT load, before GPUs, BC baseline Accelerators per MW: B200-class GPUs per MW of IT load Pick the right building: configurations in the SCR configurator

The single most useful number for comparing projects is capital cost per megawatt of IT load. It varies by a factor of four between build types, because a hyperscale AI factory and a hybrid mining hall are completely different buildings.

Capital cost per MW of IT load at the British Columbia baseline, 50 MW build, default cooling. Facility includes shell, fit-out, cooling, network, land, utility contribution and 9% soft costs. Source: SCR AI Build Configurator v1.3.2.
Build typeFacility per MWGPUs per MW (B200-class)Default coolingBuild + grid
Hyperscale AI FactoryC$36.5MC$41.5MDirect-to-chip liquid (DLC) (PUE 1.13)38 months
Neocloud / GPU-as-a-ServiceC$22.1MC$41.7MDirect-to-chip liquid (DLC) (PUE 1.13)20 months
Powered Shell / Lease the MegawattC$17.4M—Direct-to-chip liquid (DLC) (PUE 1.13)30 months
Bitcoin Miner RetrofitC$15.4M—Direct-to-chip liquid (DLC) (PUE 1.13)20 months
Modular / PrefabricatedC$18.9M—Rear-door heat exchanger (PUE 1.24)11 months
Edge / Micro DeploymentC$32.5MC$40.9MRear-door heat exchanger (PUE 1.24)8 months
Hybrid Mining + AIC$9.5M—Air-cooled / hot-aisle containment (PUE 1.40)16 months

Two things stand out. First, the facility itself runs from about C$9.5M per MW for a hybrid mining and AI hall to C$36.5M for a hyperscale AI factory. Second, once you buy the GPUs the facility becomes the smaller part of the bill: B200-class accelerators add roughly C$41M per MW. Run any of these combinations, in any province or state, in the free live demo.

How Location Changes Data Center Cost

Move the same 50 MW powered shell between states and the build cost moves by more than a third. The configurator applies each state's construction cost factor to the shell, fit-out, cooling and network, then adds sales tax on equipment where no exemption is open.

Texas
US$559.7M build · US$0.071/kWh · 0.90× cost factor · exemption available
Virginia
US$589.1M build · US$0.095/kWh · 48-month queue · Dominion GS-5 large-load floor from 25 MW
California
US$762.1M build · US$0.205/kWh · 1.22× cost factor · US$14.4M sales tax on equipment

California is the target market for many of our readers, so it is worth knowing it sits at the expensive end on every axis: US$0.205/kWh modelled power, a 1.22× construction cost factor, a 48-month grid queue and no sales-tax exemption on equipment. The same 50 MW site in California pays about US$90.7M a year for power, almost three times the Texas bill. See every state in our data center cost per MW by state table.

Same building, three states: extra to build in California vs Texas (50 MW shell) Yearly power, 50 MW: California at US$0.205/kWh

Estimate Your Own Data Center Cost

Price any site in seconds: Canadian provinces plus US states and DC On your own website: Standard licence per domain per year

Every figure on this page came out of the AI Build Configurator, the same tool you can put on your own website. Pick a build type, a province or any US state, cooling and GPU class, and it returns capital cost by line item, annual energy cost, revenue, EBITDA and simple payback in real time.

Consultancies, engineering firms and developers license it so their own visitors can price a build before they call. Standard is CAD $4,000 a year per website; Pro, at CAD $10,000, adds every build type, CSV export for proposals, white-label theming and lead capture. If you only need numbers for one site, order a one-time Site Screening Report (CAD $950).

Frequently Asked Questions

How much does a data center cost to build?

On the SCR AI Build Configurator dataset, a 50 MW powered-shell data center costs about US$559.7M in Texas, or roughly US$11.2M per MW of IT load, before any GPUs. Hyperscale AI factories cost far more per MW, especially once accelerators are included.

What is the biggest running cost of a data center?

Electricity. A 50 MW facility at 88% utilisation and a PUE of 1.13 uses about 442,380 MWh a year, which is about US$31.4M in Texas and US$90.7M in California.

Why do data center costs differ so much by state?

Construction cost factors, power rates, sales tax on equipment and grid queue times all change by state. California, for example, combines the highest cost factor in the continental US with no sales-tax exemption and US$0.205/kWh power.

Do GPUs count as part of data center cost?

Only if you buy them. Powered-shell and colocation builds leave accelerators to the tenant. Owner-operated AI builds add about C$41M per MW of IT load for B200-class GPUs in the configurator, more than the building itself.

How can I estimate the cost of my own data center?

Use the free live demo of the SCR AI Build Configurator, or order a one-time Site Screening Report for CAD $950 for a single site.