Executive Summary

• Associate Director of BCS, Marcel Reifschneider‑Hicker, sits down with DCi Chief Editor, Lauren Raybould, to talk about Austria’s ‘Acceleration Areas’ and how this would impact the UK’s trajectory.
• Across major markets, especially the UK, strategic zoning and pre-approved development areas could help reduce project uncertainty, accelerate project delivery and provide investors with greater confidence.
• A dedicated planning and zoning classification would allow policymakers to create requirements tailored specifically to digital infrastructure.

1. Austria is introducing ‘Acceleration Areas’ to speed up critical development. Could a similar policy of fast-track geographic zones help the UK and other major European hubs break through the current planning bottlenecks?

Absolutely. One of the biggest challenges facing data centre development across Europe is the uncertainty surrounding site selection and planning approval. Austria’s Acceleration Areas are significant because they shift some of that burden from developers to government, by identifying locations where environmental and community impacts have already been assessed.

Across major markets such as the UK, Germany, Ireland and the Netherlands, developers can spend years navigating planning processes with no guarantee of success. Strategic zoning and pre-approved development areas could help reduce that uncertainty, accelerate project delivery and provide investors with greater confidence. As demand for AI and digital infrastructure continues to grow, governments that proactively identify suitable locations for development will be better positioned to attract investment and maintain competitiveness.

2. Austria’s new specific zoning category completely separates data centres from standard industrial sites. Do you think the UK and the rest of EMEA need to abandon traditional industrial zoning and create a distinct classification for digital infrastructure?

There is a strong argument for recognising data centres as a distinct infrastructure class rather than treating them as traditional industrial or logistics developments. While they occupy large sites and require significant utility infrastructure, their operational characteristics, environmental impacts and strategic importance are fundamentally different from conventional industrial facilities.

A dedicated planning and zoning classification would allow policymakers to create requirements tailored specifically to digital infrastructure, covering areas such as energy efficiency, resilience, noise management, sustainability and community integration. More importantly, it would reflect the growing recognition that data centres are now critical national infrastructure, underpinning economic growth, cloud services and AI development across the region.

3. The Austrian law mandates that developers legally prove a strategy for waste heat utilisation. How close are the UK and EU markets to enforcing mandatory heat-reuse rules, and are our regional grids actually ready for it?

The direction of travel across Europe is clearly towards greater utilisation of waste heat, supported by broader energy efficiency and decarbonisation objectives. We are already seeing increasing regulatory focus on heat recovery as governments look to maximise the societal value of large energy users such as data centres.

However, regulation alone is not enough. The practical challenge is that many locations still lack the district heating infrastructure required to make large-scale heat reuse viable. Developers can invest in sophisticated heat recovery systems, but without networks capable of distributing that heat to homes, businesses or public buildings, the potential benefits remain limited. The industry is moving closer to mandatory heat reuse requirements, but meaningful success will depend on coordinated investment between governments, utilities and developers rather than placing responsibility solely on data centre operators.

4. Under these new rules, large developments require extra provincial government oversight. Given the scale of the current hyperscale and AI pipeline across Europe, do we need tougher regional and national governance over these mega-projects?

As hyperscale and AI campuses continue to increase, there is a growing case for greater regional and national oversight. These projects can have significant implications for power infrastructure, water resources, carbon targets and economic development that extend well beyond the boundaries of a single municipality.

The challenge is finding the right balance. Larger projects often require strategic coordination across multiple agencies and stakeholders, which can justify a higher level of governance. However, additional oversight should not simply introduce another layer of bureaucracy. Effective governance frameworks need to provide clear decision-making pathways and adequate resourcing so that strategic scrutiny improves delivery rather than slowing it down.

5. You noted that the alignment of planning, power, and policy determines whether projects move forward. Across the broader EMEA landscape today, which of these three areas is currently the weakest link for developers?

Across most mature EMEA markets, power availability remains the most significant constraint. Planning systems can be reformed and policy frameworks can evolve relatively quickly, but grid infrastructure requires substantial investment and long lead times.

Many of Europe’s major data centre hubs, including London, Frankfurt, Dublin and Amsterdam, are experiencing increasing pressure on electricity networks, with connection timelines in some locations stretching several years into the future. The rapid growth of AI workloads is only intensifying this challenge. While planning reform and supportive policy remain important, access to reliable power is increasingly becoming the factor that determines whether a project can proceed at all. In many cases, if sufficient power capacity is unavailable, the development simply cannot move forward regardless of planning approvval or policy support.