Powerland Map

PowerlandMap market intelligence

Data centers and power, in context

PowerlandMap helps you compare country markets, distinguish operating assets from projects in the pipeline and assess sites against sourced evidence.

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Explore country markets

This map shows the coverage recorded by PowerlandMap in each market. You can compare data center, generation and electricity network records for a country before requesting access to the detailed evidence.

Countries are shaded by published data center sites. Select a country for stages and documented capacity.

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The selection contains 7,491 sites across 176 countries. Of these records, 7,345 are represented on the map.

The map shows country totals and broad areas, not individual asset locations. Coverage varies, and published capacity is not available capacity. The snapshot was calculated on 26 Oct, 08:47 UTC.

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Source, scope and calculation time

The same published, publicly verified, non-demo supply snapshot powers Coverage and the homepage. Other and unclassified statuses stay separate from active stages. Sourced IT MW exclude modelled estimates. Country boundaries are Natural Earth 1:110m cartography (public domain), used for geography only. No connection or available capacity is implied.

See the site example for separate public site evidence.

Full coverageMethodology

Electricity infrastructure coverage

The energy context behind your next site

Generation records and mapped network infrastructure help you assess the context around a site and identify the questions that need verification by the operator.

Inspect energy coverage
Generation records
119,591
Generation records cover 162 countries.
The dataset covers generating units and includes some records that represent an entire plant. The total therefore does not represent a count of distinct power plants.
Mapped substation records
261,994
The network datasets cover 161 countries.
These records show mapped substations and provide context for assessing the surrounding electricity network. They do not constitute a certified inventory of all substations.
Mapped line segments
855,719
The network datasets cover 161 countries.
This total counts individual mapped line segments. It does not represent a count of complete electrical circuits or indicate available grid capacity.

These figures were calculated on 26 Oct 2026 at 08:47 UTC.

Mapped infrastructure and generation capacity do not certify available grid connections. Connection capacity, delivery timing and conditions must be verified with the operator. Network geometry includes attributed open mapping. Source scope and completeness vary.

Select a market or site

Compare countries on the same capacity basis, then review a site's stage, sources and mapped grid context. Proximity does not prove a connection.

For developers and site owners

Screen projects before diligence

Check project maturity, capacity basis and competing supply before assigning analyst or adviser time.

For investors and lenders

Target projects by phase

Follow projects from announcement to construction to time a commercial approach. Records are evidence, not a lead list.

For equipment and service suppliers
See all 14 business types

Public site examples

Explore a site and its surroundings

Pick one of 9 real, operator-documented sites to see its location, capacity and sources. Turn on Power substations or use Explore area to see nearby public substation examples where we have them.

These examples cover 9 sites in 8 countries.

Drag to move. Click the map once before using the mouse wheel to zoom, so the page keeps scrolling normally.

Operator-documented site

Green Mountain SVG-Rennesøy

Green Mountain · Rennesøy, near Stavanger, Norway

Hodneveien 260, 4150 Rennesøy, Norway

Operational — operator-listed

The map includes 1 official public substation example nearby. The area view shows these examples, but proximity does not establish a connection.

Maximum total IT capacity

25 MW[1]

Campus footprint

23,000 m²[1]

Average PUE

1.18[1]

Grid supplies

3 independent supplies[1]

25 MW is a maximum total site figure, not installed or available-to-buy capacity. Operator-reported specifications do not indicate capacity available to buy.

Sources reviewed 29 September 2026

Technical specifications and evidence

Infrastructure

Facility
Operational former NATO mountain hall[1]
Year built
2013[1]
Energy & cooling
Hydropower · fjord cooling[1]
Backup generators
N+1, prime rated[1]

Connectivity & assurance

Carrier access
Carrier neutral[1]
Interconnection
Two redundant meet-me rooms[1]
Operator claim
Tier III certified (operator-stated)[1]

Evidence details

Site marker: community-mapped street address, not the building footprint. Map location source . Mapped power features do not establish a physical connection, headroom or ability to connect.

Sources reviewed 29 September 2026

  1. [1] Green Mountain SVG-Rennesøy facility page
  2. [2] Green Mountain contact and facility address

Go from one site to the whole market

The platform adds power infrastructure, CAPEX, OPEX and anonymised demand to records like these. Explore the demo

Beyond this selection, PowerlandMap tracks 7,491 sites across 176 countries in its published, publicly verified supply inventory, excluding demo records. See live coverage

Compare this site with the market

Public benchmark · PowerlandMap in practice

From site facts to your next decision

Explore a real site, understand what the evidence says and see what to check next. Then try the cost and market tools in the demo.

Green Mountain SVG-Rennesøy

Rennesøy, near Stavanger, Norway · Operational — operator-listed

Power & cooling

01

Why investigate

Examine an operating site combining hydropower, fjord cooling and three operator-reported grid supplies.

02

What remains to verify

The 25 MW figure is maximum total IT capacity. Capacity available for a new customer is not documented here.

03

Your next step

Confirm available IT MW, rack density and delivery timing for your deployment with the operator.

PowerlandMap interpretation of the public sources below. Suitability and commercial availability require project-specific confirmation.

Public sources · reviewed 2026-09-29
  1. [1] Green Mountain SVG-Rennesøy facility page
  2. [2] Green Mountain contact and facility address

Apply this workflow to your own project

Bring your target location, MW IT requirement and delivery window.

Try the guided demo Discuss my project

The interactive demo shows a real market overview and illustrative workflows, without individual records. No account needed.

Compare the five capacity benchmarks and sources

Capacity scopes and PUE bases differ. These public examples are shown side by side, without a blended ranking or an offer of available capacity.

Green Mountain SVG-Rennesøy

Operational — operator-listed · Reviewed 2026-09-29

Maximum total site IT capacity
25 MW[1]
Operator-reported average
1.18[1]
Cooling / AI capability
Fjord cooling · hydropower[1]

Start Campus SINES Data Campus

Mixed stage — live facility / planned expansion · Reviewed 2026-10-08

SIN01 live facility capacity
37.5 MW · operator-stated[1]
SIN02 planned facility capacity
200 MW[3]
Campus roadmap
1.2 GW · not installed[1]
Design target / campus ambition
1.1[2]
Cooling / AI capability
Seawater cooling[2]

atNorth FIN02

Operational — operator-listed · Reviewed 2026-10-08

Campus power capacity
40 MW[1]
Operator specification, not measured average
≤1.2[1]
Cooling / AI capability
Free cooling / chilled water · liquid-cooling-ready[1]

atNorth DEN02

Planned — operator-announced · Reviewed 2026-10-08

Headline campus power capacity
500 MW · planned[1]
Initial campus power capacity
250 MW · planned[1]
No documented site PUE
Not documented
Cooling / AI capability
DLC · greenhouse / district heat reuse[1]

atNorth FIN05

Planned — operator-announced · Reviewed 2026-10-08

Gross campus power capacity
230 MW · planned[1]
Planned campus IT capacity
Up to 160 MW[1]
First-phase IT capacity
60 MW · planned[1]
First-phase power capacity
75 MW · announced secured[2]
No documented site PUE
Not documented
Cooling / AI capability
High-density campus · heat reuse explored[1][2]

Understand what it costs to build, run and equip

We calculate construction, energy and AI equipment costs separately, using the appropriate unit for each. The examples below show how the calculations work on simple numbers.

This example illustrates the calculation and is not a market quotation.

Facility construction CAPEX

This example breaks down the construction cost per MW IT for a 40 MW IT facility by work package.

€10.0m per MW IT, giving €400.0m in total.

Facility construction cost per MW IT by work package, € million
  • Electrical systems€4.0m / MW IT
  • Cooling and mechanical€2.6m / MW IT
  • Building shell and core€2.0m / MW IT
  • Fit-out, fees and contingency€1.4m / MW IT

The estimate excludes servers and GPUs, land and grid connection.

In the platform You can compare facility construction benchmarks by country with low and high ranges, on one scope per ranking, kept apart from announced project investment.

Open CAPEX benchmarks in the demo

This example illustrates the calculation and is not a market quotation.

Electricity & OPEX

Annual electricity cost

This example shows how changes in the delivered electricity price affect the same facility's annual bill.

The scenario assumes 40 MW IT at 70% average load and a PUE of 1.3.

Annual electricity cost by delivered price, € million per year, for 318,864 MWh
  • 120 €/MWh€38.3m / year
  • 90 €/MWh€28.7m / year
  • 60 €/MWh€19.1m / year

36.4 MW electrical × 8,760 h/year = 318,864 MWh. The estimate covers electricity only. Staff, maintenance, insurance and other operating costs are not included.

In the platform You can compare country electricity price references for planning, see the evidence behind each one and distinguish observed prices from modelled estimates.

Open electricity prices in the demo

This example illustrates the calculation and is not a market quotation.

AI Factory equipment price

This example breaks down the purchase cost of a 128-GPU cluster built from 16 8-GPU servers by component.

€6.1m equipment purchase

AI cluster purchase cost by component, € million
  • Compute (8-GPU servers)€4.8m
  • Network€0.6m
  • Storage€0.4m
  • Racks, power distribution and liquid cooling€0.3m
  • This example assumes €300k per 8-GPU server as a generic figure, not a product quote.
  • The estimate covers equipment purchases only, not cloud rental or GPU-hour pricing.
  • The building that hosts the cluster is costed separately as facility CAPEX.
  • Software, support and installation are not priced here.

In the platform You can estimate the total cost of compute, networking, storage and declared rack or cooling items, with any component still awaiting a quote clearly marked.

Open the AI Hardware estimator in the demo
Request an evaluation with your own scope

Platform film

PowerlandMap in 99 seconds

The platform brings data center records, electricity networks, generation, operating costs and matching into one research workflow.

iPhone appFinal testing in progress

PowerlandMap News on iPhone

Follow data center and power market news on your iPhone. The app is in its final testing phase, with release planned for December 2026.

What PowerlandMap News Pro adds

  • Full Daily News

    Read every published briefing in full, with its sources and dates.

  • Dashboard, Signals and Weekly Brief

    Follow market developments, explore emerging signals and read the Weekly Brief.

  • News map

    Find news by country on the map and open the related briefing.

  • Archives and filters

    Explore the archives and filter news by category.

  • Saved articles

    Save articles to a personal reading list and return to them later.

The free version shows the news map, news counts and a limited number of articles each month. News Pro is a dedicated news offer and does not include the platform's data center, grid or matching modules. Daily News Pro is included with every platform subscription.

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Common questions

Before you request access

Does coverage include every site?

No. PowerlandMap covers operating data centers, sites under construction and projects in development that meet our publication criteria. Some projects are not public and detail varies by country, so check each record's sources, stage and verification date before relying on it.

How current are records?

Each record shows the date of its source and when we last verified it. Core European markets follow a rolling 90-day review. The time next to a total shows when the total was calculated, not that every site was checked that day.

Is IT MW the same as electrical or demand MW?

No. IT MW is the power for computing equipment. Electrical MW covers the whole facility, including cooling. Demand MW is a recorded requirement. A published capacity does not mean space or power is available. Definitions are on the methodology page.

When does paid access begin?

Start the 48-hour trial to review the Professional monthly offer and payment terms. Access starts after email confirmation, terms acceptance and card verification on Stripe.

How many seats and what commitment?

Professional costs €790 per month for one named user and has an initial three-month commitment. Team Intelligence costs €2,990 per month for up to five users with a twelve-month commitment. Enterprise starts at €7,500 per month for up to fifteen users with a twelve-month commitment. All prices exclude VAT. Each account is individual and cannot be shared.

Can I export or redistribute data?

A standard subscription covers consultation inside the platform for internal analysis, with short attributed quotations allowed under the Terms. Exports, API feeds, client deliverables or any redistribution need a separate written licence.

Definitions are in the methodology and market detail is on the coverage page. Each Market Study edition has a free research sample.