What Will Europe’s Data Center Landscape Look Like in 2030?

With the rapid advancement of artificial intelligence (AI), demand for data center infrastructure in Europe is accelerating at an unprecedented pace. Current growth trends clearly indicate that by 2030 the European data center map will undergo a radical transformation.

AI is driving an explosion in demand for computing power. Nordic countries and Southern Europe have already recorded growth of over 110%. Total investments are expected to exceed EUR 100 billion. Countries such as Sweden, Italy, and Spain are emerging as new leaders, while traditional FLAPD hubs (Frankfurt, London, Amsterdam, Paris, Dublin) are increasingly constrained by overloaded power grids.

As a result, developers are shifting away from saturated core markets toward locations with cheaper electricity, strong renewable energy supply, and available grid capacity. Poland is entering the game as a rising Eastern European data center hub.
This raises a key strategic question: Can Europe catch up with the US in the AI race?

The Current Data Center Map of Europe

Today, the European data center market is dominated by the so-called FLAPD region: Frankfurt, London, Amsterdam, Paris, and Dublin. Together, these locations account for approximately 62% of Europe’s total installed data center capacity, largely due to their excellent fiber connectivity and historic market maturity.

• Frankfurt: approx. 750 MW of active IT capacity
• London: approx. 1.5 GW across more than 150 facilities
• Total European capacity (2024): 18.7 GW

Energy Consumption and Grid Constraints

Germany is currently Europe’s largest data center electricity consumer, reaching 4.26 GW by 2025, followed by the UK with 3.69 GW and France with 1.72 GW.
In Dublin, data centers already account for roughly 80% of national electricity consumption. In Amsterdam, London, and Frankfurt, they represent 33–42% of local grid load, leading to severe capacity bottlenecks.

Grid congestion is now blocking new developments in FLAPD markets. Many operators have imposed connection moratoriums until 2028–2030, with waiting times of 7–13 years for new power allocations. This significantly slows down hyperscale expansion. As a result, global players such as Microsoft and Google are actively seeking alternative locations, while investors are redirecting capital toward emerging markets. Stricter environmental regulations and GDPR data-localization requirements further intensify this shift.

Growth of the European Data Center Market Through 2030

The current European data processing and data center services market is valued at approximately USD 47 billion. Cloud computing and AI remain the primary growth engines, with the colocation segment growing at a CAGR of around 22%.

Under an optimistic scenario, the European market will almost double by 2030, reaching approximately USD 97 billion in revenues.
Key projections include:

• Electricity consumption rising from 96 TWh to 168 TWh by 2035
• Total investments exceeding EUR 100 billion
• Colocation revenues reaching USD 35.7 billion

AI already generates roughly 15% of annual demand, while 5G and edge computing add further momentum. Although the EU has announced plans to triple available computing capacity, realistic forecasts suggest a doubling at best. This is closely linked to the development of gigawatt-scale hyperscale campuses. At the same time, GDPR regulationsrequire data to remain within the EU, directly increasing demand for local infrastructure.

Nordics and Southern Europe as Emerging Growth Engines

The Nordic region and Southern Europe are rapidly gaining strategic importance. Demand in these regions has increased by 110%, compared to only 55% in FLAPD markets. By 2035, it is estimated that 50% of Europe’s data center capacity will be located outside traditional hubs.

This shift is driven by:

• lower land acquisition costs
• a high share of renewable energy sources
• the growing adoption of liquid cooling, favoring locations with abundant water resources

By 2030, total demand for IT power is expected to reach 36 GW. The AI sector alone will consume approximately 5% of Europe’s total electricity supply. To support this growth, several governments are introducing AI zones offering tax incentives and accelerated permitting.

New Data Center Hotspots in Europe

Nordic Countries

Sweden, Norway, and Denmark are set to triple their demand by 2030.

• Denmark’s grid operator Energinet has been expanding substations since 2017, with current growth rates of around 26% per year
• Norway aims to exceed 15 TWh of data center consumption by 2050, supported by low-cost hydropower and wind energy

Southern Europe

Countries including Italy, Spain, Portugal, Greece, and Slovakia forecast three- to fivefold capacity growth by 2035.

• Milan is becoming a strategic interconnection hub for Germany, France, and Switzerland
• Madrid benefits from strong solar potential and plans to add up to 10 GW of new capacity
• Athens leverages seawater cooling to improve efficiency

Central and Eastern Europe

• Belgium is expected to increase capacity by 72% by 2030
• Poland is building a regional hub in Warsaw, with further developments announced in Poznań
• Austria and Hungary benefit from stable power grids
• Finland offers natural Arctic cooling advantages
• Switzerland maintains stable performance despite higher operating costs

Key Drivers Behind the Transformation

Several structural factors are reshaping Europe’s data center geography:

• Grid capacity and energy availability are now decisive location criteria
• Lower electricity prices and cooler climates reduce operational costs
• Nordic countries generate up to 94% of power from renewables
• AI-driven demand is projected to reach 36 GW by 2030
• The EU’s InvestAI program, allocating EUR 200 billion, supports large-scale AI infrastructure
• New subsea fiber cables enhance connectivity between Nordics and continental Europe
• Liquid cooling can reduce water consumption by up to 90%
• Waste heat recovery enables district heating for cities

Forecast: Europe’s Data Center Map in 2030

According to current projections:

• The FLAPD share will decline to around 55% of total capacity
• The Nordics and Southern Europe will absorb the remaining 45%
• Sweden, Denmark, Italy, and Spain will emerge as leading hubs
• Poland and Belgium will enter the top tier of European locations
• Total installed IT capacity will double to 36 GW
• AI will account for approximately 5% of total EU electricity demand

Europe is likely to pursue a more decentralized data center strategy, improving efficiency, sustainability, and energy security. At the same time, new developments will strengthen regional economies, create thousands of jobs, and reinforce the digital sovereignty of the European Union.

Sources

• https://www.araner.com/blog/europe-data-center-market​
  
• https://www.datacenterdynamics.com/en/news/nordics-and-southern-europe-to-see-110-data-center-demand-growth-by-2030-report/
  
• https://ember-energy.org/app/uploads/2025/06/Grids-for-data-centres-in-Europe.pdf​
  
• https://www.datacenterknowledge.com/investing/european-data-center-investment-to-top-100b-by-2030-report​
  
• https://www.nextmsc.com/report/europe-data-center-market​
  
• https://www.spglobal.com/energy/en/news-research/latest-news/electric-power/073025-european-data-center-power-demand-to-double-b…​
  
• https://www.constructionbriefing.com/news/where-are-europes-new-hotspots-for-data-centre-construction/8061680.article​
  
• https://returnoneurope.com/european-data-centres-market-2025/​
  
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