Coverage · Brownfield power · Europe

Ampervia Powered-Land Map — Europe

62 verified powered-land sites across 7 European countries.
Powered-land map
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Prime — power available + demand Emerging / demand-core Watch — constrained / off-corridor
Dots mark metro zones, sized by verified-site count — not exact locations. Site identities and full dossiers open with Ampervia Pro. See the full redacted ledger →

Codes only — identities and full dossiers open with Ampervia Pro.

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What this map is

The European Powered-Land Map tracks 62 verified brownfield sites with existing grid connections across 7 European countries — Spain, Portugal, Italy, France, Germany, the United Kingdom and Ireland — including 17 Tier-A sites and 25 in court-run insolvency processes with defined timelines.

Powered land is land with a secured, near-term path to the megawatts a data center needs — where the power is solved before construction begins. It can be greenfield or brownfield; the fastest is brownfield — idled or operating industrial sites whose existing high-capacity connection can be energized in months, while a new grid application in Europe sits in the interconnection queue for years. The connection, not the land, is the scarce asset. This map is the public, redacted view of the brownfield powered land Ampervia originates and verifies node by node — because an old connection is a lead, not proof, and confirming it is the whole job.

Coverage by country

CountryVerified sitesTier-AMetro zonesZones
Spain2543Valencia, Barcelona, A Coruña
Italy1633Milan, Rome, Florence
Germany1044Dresden, Munich, Mannheim, Essen
France755Lyon, Dijon, Bordeaux, Nantes, Lille
Portugal212Porto, Setúbal
United Kingdom1—1Glasgow
Ireland1—1Dublin

Coverage by metro zone

ZoneCountryVerified sitesTier-AMW classesMarket statuses
ValenciaES1725–15 · 15–40 MW-classadministrator-sale off-market
MilanIT1335–15 · 15–40 · 40+ MW-classadministrator-sale host / headroom off-market
BarcelonaES515–15 · 40+ MW-classadministrator-sale host / headroom off-market
DresdenDE5—5–15 · 15–40 MW-classadministrator-sale off-market
A CoruñaES3115–40 · 40+ MW-classoff-market
RomeIT2—5–15 · 40+ MW-classadministrator-sale off-market
LyonFR2115–40 MW-classoff-market
DijonFR2215–40 MW-classadministrator-sale
MunichDE2215–40 · 40+ MW-classoff-market
MannheimDE2115–40 MW-classoff-market
PortoPT1140+ MW-classoff-market
SetúbalPT1—15–40 MW-classadministrator-sale
FlorenceIT1—40+ MW-classadministrator-sale
BordeauxFR1115–40 MW-classoff-market
NantesFR1115–40 MW-classoff-market
LilleFR1—40+ MW-classoff-market
EssenDE1115–40 MW-classoff-market
GlasgowUK1—40+ MW-classoff-market
DublinIE1—15–40 MW-classoff-market

The Ampervia Screen — how a site qualifies

We don't screen public grid data and stop there — we originate off-market powered land and verify it node by node. Every site on the map passes the Ampervia Screen, a four-layer discipline applied in sequence before a site earns a score. The map is deliberately thin because it is filtered, not because the screen is small.

  1. Layer 1 · Energy-collapse evidence — emissions registries showing the industrial load has genuinely stopped or stepped down, so the connection is truly freed.
  2. Layer 2 · Process records — insolvency and court filings, land records, and administrator processes that define who can transact and on what timeline.
  3. Layer 3 · Grid watch — system-operator capacity publications tracked monthly across thousands of transmission and distribution nodes, so a site's connection status is current, not archival.
  4. Layer 4 · Ampervia Score — sites that survive Layers 1–3 are scored and ranked, then tiered by verification depth (Tier-A is the strongest) and re-checked monthly.

How the Ampervia Score works

Each site row carries an Ampervia Score out of 100 — Layer 4 of the Ampervia Screen. It is a modeled composite of five weighted factors — power headroom 25%, permit climate 20%, process clarity 20%, verification depth 20%, return profile 15%. A factor with no reliable input is excluded and the remainder re-weighted, never guessed. Because every mapped site has already passed Layers 1–3, the Score ranks qualified sites rather than flagging risk; a qualified site starts well above the midpoint and only sites strong on every factor approach the 90s. It is an origination signal — not a valuation and not an offer.

Frequently asked questions

What is powered land?

Powered land is land with a secured, near-term path to the megawatts a data center needs — the power solved before construction begins. The fastest is brownfield: idled or operating industrial sites whose existing high-capacity connection can be energized in months, not the years a new grid application waits in the queue.

Why are site identities not shown?

Identities and the full per-site dossier are released with Ampervia Pro membership, under its confidentiality and non-circumvention agreement. The public map shows aggregates and coded rows; the gated ledger adds per-site economics. This protects the owners, the processes, and the buyer's position.

How do I get the full ledger?

Register free at platform.ampervia.com with a work email and a confidentiality and non-circumvention undertaking. That opens the full redacted ledger and per-site scored briefs.

Open the full redacted ledger →