Name: Germany Data-Center Market Study 2026–2031 | Capacity, Capex & Investment
Brand: eFinancialModels
SKU: 654012
Availability: InStock

Germany Data Center Market Study 2026-2031 | eFinancialModels

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Financial Model, Financial Modeling, Free Financial Model Templates, Market Studies, PDF

The build behind the boom

Germany is Europe’s largest data-center market — and in 2026, its busiest construction site. This study measures the opportunity the way an investor or developer does: in megawatts of capacity, in capex per megawatt, and in total build-out investment. It cuts through the services-revenue framing that dominates most market reports to answer the question that actually underwrites a project: how much data-center capacity will Germany build between 2026 and 2031, where, at what cost, and against which constraints?

We estimate roughly USD 50 billion of facility build-out investment over 2026–2031 in the base case (range USD 40–65 billion), on top of a market already spending a record EUR 15.5 billion a year. But capital is not the constraint — power and permitting are.

What you get

A 27-page Word/PDF study with 16 EFM-branded charts and 11 data tables
A free reusable dataset (Excel): capacity, supply pipeline, demand drivers, capex benchmarks, scenarios and a full assumption set — built to drop straight into a data-center financial model
A source-verification workbook with 40 cited, verified sources

Key findings

Europe’s biggest, still doubling. Germany runs about 3.3 GW of installed IT load across 2,000+ facilities; federal policy targets doubling capacity and quadrupling AI capacity by 2030, with 70+ announced projects totaling around 5,500 MW.
A ~USD 50 billion build-out opportunity. We model USD 40–65 billion of facility build-out investment over 2026–2031, excluding IT and GPU hardware (which would add well over USD 100 billion).
Frankfurt leads but is power-bound. Frankfurt passed 1 GW of operational colocation in 2025 (about 59% of German capacity), yet grid saturation and 7–10-year connection queues are pushing new build to secondary metros and brownfield coal-transition corridors.
AI is the swing driver. AI-related connected load is set to rise 4× to 2,020 MW by 2030; 132 kW AI racks are forcing liquid cooling and lifting fitted capex toward USD 15–20 million per MW.
Capex is rising and diverging. Frankfurt’s fitted build cost is about USD 11.6 per watt; AI-ready high-density facilities run to USD 20 million per MW and beyond.
Sustainability is now hard law. The Energy Efficiency Act mandates PUE at or below 1.2 (a draft amendment eases this to 1.3), 10–20% waste-heat reuse, and 100% renewable power by 2027.

Who it is for

Institutional investors and infrastructure funds sizing the German opportunity; data-center developers planning new-build and expansion; and financial modelers building data-center project and development models. Corporate off-takers, lenders and policy readers will also find it useful.

Data sources and methodology

Built from institutional and regulatory sources (the Federal Data Centre Strategy, the Energy Efficiency Act, the IEA), specialist advisers (CBRE, Cushman & Wakefield, JLL, Turner & Townsend, Prime East), market-research houses (Mordor Intelligence, ResearchAndMarkets, nextMSC) and operator disclosures. Figures are stated in US dollars with euro noted where natural. Modeled and estimated figures are labeled; every source is verified in the accompanying workbook. Scenario probabilities reflect senior-analyst judgment.

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