EMEA Data Center: Capital Is Available, But Grid Capacity Is the Challenge

The global race to build AI infrastructure is accelerating, but across EMEA one challenge is becoming increasingly clear: investment is not the limiting factor. Grid capacity is.

Forty of the world’s largest cities have recognised the scale of this challenge through the launch of the Global Urban Data Centers Pact, coordinated by C40 Cities Climate Leadership Group. The initiative commits member cities to improving renewable energy sourcing, increasing water efficiency, recovering waste heat and strengthening planning coordination as data center demand continues to rise.

The move reflects a wider industry challenge: AI-driven demand is growing faster than existing infrastructure can support without significant changes to energy systems, planning processes and workforce capability.

Across EMEA, investment continues to flow into AI, cloud computing and data center expansion. However, the ability to connect new facilities to the grid is becoming the critical factor determining where growth can happen.

United Kingdom: London’s biggest challenge is grid availability

The UK continues to position itself as a leading European hub for AI and digital infrastructure, with major investment flowing into renewable energy and sovereign AI capability.

Global Switch has signed a 10-year, 55GWh solar power purchase agreement (PPA) with Drax Group’s energy solutions business, covering approximately 30% of its UK data center electricity demand from January 2027.

Meanwhile, Civo and Era4 have launched a sovereign UK AI cloud platform powered by NVIDIA HGX B300 GPUs. The platform is expected to scale from 50MW towards a planned capacity of more than 500MW, supporting the UK’s ambition to develop independent AI infrastructure capability.

However, the biggest constraint facing London’s data center expansion is not funding or demand. It is grid connection.

London’s grid connection queue now exceeds ten times the city’s existing 1GW installed data center capacity. Mayor of London Sadiq Khan has announced coordinated action involving boroughs, utilities and developers, alongside new policy measures expected through the upcoming London Plan.

For the capital, access to available power is now the key factor determining how quickly new infrastructure can be delivered.

Europe: Building the energy systems needed for AI growth

Across the European Union, policymakers and industry leaders are preparing for significant data center growth, with capacity expected to more than double by 2030.

The EU has launched two major initiatives focused on supporting AI-driven grid optimisation and improving coordination between data center operators, energy providers and regulators.

At the same time, competition regulation is evolving. The European Commission has preliminarily designated Amazon Web Services and Microsoft Azure as “gatekeepers” under the Digital Markets Act, extending interoperability and data portability requirements to major cloud providers.

Energy innovation is also accelerating across the region.

Vattenfall, Project Enki and ABB are exploring offshore data centers co-located with wind farms, using surplus renewable energy and seawater cooling solutions.

Equinix is piloting hydrogen fuel cells for backup power in Ireland as an alternative to traditional diesel generators, while Amazon has signed a 600MW offshore wind PPA in Germany as part of its wider renewable energy strategy.

In France, SoftBank Group has committed USD $87.5 billion to developing up to 5GW of AI capacity, representing the largest single investment highlighted in this briefing. The project will be supported by Schneider Electric and Électricité de France (EDF).

Elsewhere in Europe, Alibaba Cloud has launched a new France cloud region, its third in Europe, while Italy’s Green Arrow Capital and Gruppo Lazzari have launched a €1 billion renewable energy data center joint venture.

Middle East: Scaling AI infrastructure through energy investment

The Middle East continues to position itself as a major player in global AI infrastructure, combining significant investment capacity with access to large-scale energy resources.

DAMAC Properties’ digital infrastructure division is targeting a 6GW global data center portfolio across 13 countries, with 700MW expected to be operational across 14 sites by Q1 2027.

Meanwhile, Asprofin Bank has proposed a USD $12 billion, three-campus AI infrastructure programme in the UAE. The project aims to reduce modular data center construction costs to between $4 million and $8 million per MW while delivering up to 1.28GW of AI computing capacity.

The region’s ability to combine capital availability, energy resources and ambitious infrastructure programmes is making the Middle East an increasingly important market for AI data center development.

What does this mean for the energy and infrastructure workforce?

For employers and project developers

EMEA’s biggest challenge is not access to capital or political support. It is grid capacity and planning capability.

Unlike some markets where investment is the primary barrier, European data center growth is increasingly dependent on solving complex infrastructure challenges, including grid connections, power availability and renewable energy integration.

This is shifting demand towards specialists who can navigate the technical and regulatory challenges behind successful projects.

Hiring demand is expected to remain strong across:

• Grid interconnection specialists
• HV and EHV protection engineers
• Utility negotiation professionals
• Power systems engineers
• QHSE and compliance specialists

As European sustainability requirements continue to tighten ahead of 2030 capacity targets, organisations will also need professionals who understand the intersection between energy infrastructure, regulation and environmental performance.

For candidates and energy professionals

For professionals specialising in grid infrastructure, EMEA represents one of the strongest markets globally.

The scale of London’s grid connection challenges, combined with the EU’s ambition to significantly increase data center capacity by 2030, points towards sustained demand for specialists who can solve complex power delivery challenges.

Professionals with experience in grid connection, HV/EHV engineering, utility engagement and energy transition technologies are likely to remain highly sought after.

Emerging technologies such as hydrogen backup systems and offshore wind-powered data centers are also worth monitoring, with early projects from companies including Equinix, Vattenfall, Project Enki and ABB providing insight into where future specialist roles may develop.

The next phase of AI infrastructure growth in EMEA will not only be driven by investment and technology. It will depend on the people who can connect these projects to a changing energy system.

 

Source: EIC Newsbrief, Data Center, June 2026 (published 30 June 2026).