Germany is debating whether new data centres should temporarily be stopped just as Berlin and Brussels are preparing for a massive expansion of AI and cloud infrastructure. The controversy illustrates a wider European challenge: computing power has become an industrial resource, but its production requires electricity, grids, land and water.

For decades, industrial competitiveness was associated primarily with factories, ports, transport networks and reliable energy supplies. Increasingly, another layer of infrastructure has become just as important: computing capacity.

Cloud services, artificial intelligence, industrial automation, financial transactions, public administration and modern security systems all depend on data centres. This makes the current German debate over their future considerably more important than a dispute over another category of commercial building.

On 24 September 2026, the German Bundestag debated a proposal by the parliamentary group Die Linke calling for a moratorium on the approval of new data centres. Before additional facilities are authorised, the party wants a comprehensive analysis of existing capacity and actual demand. Its proposal also calls for future projects above 100 kW of grid-connected capacity to be assessed more strictly according to factors including electricity and water consumption, security of supply, societal benefit and demonstrated need. Die Linke accuses the Federal Government of pursuing what it calls the general “hype” around AI and data centres without sufficient consideration of the consequences. The proposal was referred to the Bundestag’s Committee on Economic Affairs and Energy.

The debate comes at an unusual moment. Germany’s Federal Government is pursuing almost exactly the opposite infrastructure trajectory.

Germany wants considerably more computing power

Under Germany’s national data-centre strategy, Berlin wants to at least double the country’s data-centre IT connection capacity by 2030 compared with 2025. Capacity dedicated to high-performance computing and artificial intelligence is intended to increase at least fourfold.

The government explicitly links this expansion to competitiveness and technological sovereignty. Its strategy combines additional computing capacity with measures covering energy efficiency, renewable electricity, heat recovery, water-efficient cooling, suitable sites and faster planning and permitting procedures.

The economic momentum behind the sector is already substantial. According to a study conducted by the Borderstep Institute for German digital association Bitkom, operators invested around €12 billion in IT hardware in German data centres in 2025 and another €3.5 billion in buildings and technical infrastructure. Installed data-centre capacity reached approximately 2,980 MW in 2025, with AI infrastructure becoming an increasingly important share. These figures originate from an industry-commissioned study and should therefore be read as such, but they illustrate the scale of investment involved.

The debate is therefore not simply about whether Germany needs additional server buildings. It concerns where an increasingly important part of industrial infrastructure will be located.

The cloud is becoming part of the industrial base

The connection between data centres and the wider economy is sometimes obscured by the term “cloud”. Cloud computing sounds immaterial. Physically, however, every cloud application ultimately runs on servers housed somewhere.

In Germany, cloud computing is already a core component of corporate IT. Bitkom’s 2026 Cloud Report describes it as a central building block for artificial intelligence, databases and IT security. A separate Bitkom survey found that German companies increasingly regard dependence on foreign cloud providers as a strategic issue: 85 per cent said Germany was too dependent on US cloud providers, while 80 per cent wanted major German or European cloud providers capable of competing with global hyperscalers.

An industry-commissioned study by IW Consult for eco’s Alliance for Strengthening Digital Infrastructures estimated that data-centre and cloud use was associated with roughly €250 billion in additional gross value added in Germany. The same analysis associated around 5.9 million jobs with the wider digital infrastructure ecosystem. These numbers are estimates commissioned by an industry initiative rather than official national accounts, but they highlight an important distinction: the economic relevance of a data centre cannot be measured solely by the number of people employed inside the facility. Much of its value is generated by the companies using the computing capacity.

Manufacturers using digital twins, logistics companies optimising supply chains, financial institutions processing transactions or engineering businesses operating AI systems may never physically enter a data centre. They nevertheless depend on one.

Why this matters for the security industry

The same transformation is increasingly visible in the security sector.

Electronic security is moving from stand-alone devices towards integrated, software-driven systems. Germany’s market for electronic security technology exceeded €5.5 billion in 2024, according to industry associations BHE and ZVEI. The organisations identify digitalisation as an important source of future growth. They have also noted a continuing shift towards networked products and systems, with software and digital services becoming more significant.

That transition changes the underlying infrastructure requirements.

Video surveillance systems increasingly combine cameras with analytics. Access-control platforms connect locations and identities. Control centres integrate information from intrusion detection, perimeter protection, video and other sensors. AI applications can classify objects, prioritise alarms and search large volumes of recorded material.

Not every process needs to run in a central cloud. For latency, resilience, privacy or bandwidth reasons, an increasing amount of processing will take place at the edge or in hybrid environments. But edge computing does not eliminate the need for data centres. It changes the architecture between local processing, regional infrastructure and cloud platforms.

This matters particularly for companies operating hundreds or thousands of security devices across several sites. Centralised software management, data storage, cybersecurity services, analytics and AI models all require computing infrastructure.

In other words, as physical security becomes more digital, the data-centre sector becomes part of its supply chain.

There is also a resilience dimension. Bitkom reported in 2026 that almost half of German cloud-using companies believed a cloud failure could eventually bring their operations to a halt; users estimated that they could continue operating for an average of around 78 hours. Cloud infrastructure is therefore simultaneously an efficiency tool and a potential concentration of operational dependency.

The strategic question is consequently not only how much cloud infrastructure exists, but where it is located, under whose jurisdiction it operates and how resilient its architecture is.

Europe is already experimenting with different answers

Germany is far from alone in confronting these trade-offs. Other European countries illustrate how differently governments can respond.

Ireland: expansion constrained by the electricity system

Ireland demonstrates what happens when data-centre growth becomes large relative to a national power system.

Official statistics show that data centres consumed 23 per cent of all metered electricity in Ireland in 2025, up from just 5 per cent in 2015. Their electricity consumption reached 7,663 GWh. For comparison, all Irish residential consumption accounted for 28 per cent of metered electricity that year.

Yet Dublin has not concluded that data centres should simply disappear. The Irish government continues to describe them as important infrastructure for the digital economy and for the country’s large ICT ecosystem.

Instead, policy has moved towards more selective development. Ireland’s 2026 Large Energy User Action Plan seeks to locate major new electricity users closer to renewable generation and envisages green energy parks combining energy-intensive industrial activities with renewable power. Ireland’s policy gives preference to data-centre projects that create substantial economic activity, use grid capacity efficiently and can demonstrate renewable-energy additionality or co-location with future-proof energy supply.

Ireland therefore represents neither unrestricted expansion nor a general moratorium. Its approach increasingly treats location and electricity availability as strategic planning variables.

France: turning power availability into an AI investment strategy

France offers almost the opposite case.

The French government has actively promoted the country as a destination for AI and data-centre investment. Paris points to France’s comparatively low-carbon and stable electricity supply, high-voltage grid and available sites as advantages for AI infrastructure.

At the 2025 Choose France summit, the government announced several major data-centre and AI infrastructure projects. These included €10 billion in planned AI infrastructure investment by Brookfield, an €8.5 billion AI campus involving MGX, Bpifrance, Mistral AI and Nvidia, €6.4 billion of digital-infrastructure projects from Prologis and €2.3 billion of data-centre projects from Digital Realty. The French government also identified additional sites for data-centre development and introduced accelerated grid-connection procedures for selected projects.

France is effectively attempting to convert an energy-system characteristic — access to large volumes of relatively low-carbon electricity — into an industrial advantage for the AI era.

The Netherlands: sovereignty enters the cloud debate

The Netherlands demonstrates another dimension of the issue: control over infrastructure and data.

In July 2026, the Dutch government tightened its cloud policy for central government organisations. Critical public organisations are advised against using providers subject to non-EU or non-EEA legislation for core functions, while public cloud services are discouraged altogether for government e-mail and document management. Authorities using important cloud services must also prepare exit strategies.

The Dutch tax administration has separately announced plans to increase its own data-centre capacity as part of a strategy to strengthen digital autonomy. The Netherlands’ Ministry of Defence is meanwhile developing a cloud for classified information that will operate from its own data centre in cooperation with Dutch companies KPN and Thales.

At the same time, the Netherlands faces electricity-system constraints of its own. In 2026 the Dutch government noted that rising electricity demand, including demand from data centres, is contributing to concerns about future supply adequacy.

The Dutch example therefore highlights an increasingly important point: data-centre policy is no longer only energy policy. It is becoming security and sovereignty policy as well.

Brussels is moving towards expansion — with conditions

The European Union itself is also preparing for substantially more infrastructure.

The European Commission’s Cloud and AI Development Act initiative aims to at least triple EU data-centre capacity over the next five to seven years. Its objectives include faster permitting, improved access to land, energy, water and financing, and sufficient computing capacity for AI, cloud services and other data-intensive applications. At the same time, the Commission wants greater resource efficiency and a stronger framework for European cloud and AI sovereignty.

That combination is important.

Europe is not choosing simply between data centres and sustainability. The emerging policy question is whether computing capacity can be expanded while simultaneously imposing stricter conditions on where facilities are built, how efficiently they operate, how they interact with electricity networks and what happens to their waste heat.

Germany’s real choice is about infrastructure strategy

Germany therefore sits at the centre of a broader European debate.

The concerns raised by Die Linke are rooted in real infrastructure constraints. Data centres consume considerable amounts of electricity, can require substantial grid capacity and, depending on cooling technology and location, may create demands on water and land. Ignoring those effects would be poor infrastructure planning.

But computing capacity is no longer a discretionary component of the economy either.

Industrial AI, sovereign cloud services, digital administration, cyber resilience and increasingly the physical-security industry depend on it. Germany’s own government has consequently set explicit targets to expand data-centre and AI capacity, while the European Commission is pursuing a major increase across the EU.

The moratorium proposed in the Bundestag therefore represents a markedly more restrictive approach than the current strategies of both Berlin and Brussels. That does not remove the legitimate questions surrounding energy consumption and local impacts; it makes the trade-off more visible.

Ireland is attempting to align new facilities more closely with available renewable power. France is using energy availability as an investment advantage. The Netherlands increasingly views cloud infrastructure through the lens of sovereignty and resilience. Germany is trying to combine faster expansion with efficiency and sustainability requirements.

These approaches differ, but they share one underlying assumption: computing capacity has become strategic infrastructure.

For the security industry, manufacturing, finance and other increasingly data-driven sectors, the consequences will be significant. The question facing Germany is therefore no longer simply whether another data centre should be permitted.

It is whether one of Europe’s largest industrial economies can secure enough computing capacity for the next phase of digitalisation — while building the energy and regulatory framework needed to sustain it.

This version is much better suited to an international specialist publication because Germany is not treated in isolation. Ireland shows the grid problem, France the industrial-opportunity approach, and the Netherlands the security/digital-sovereignty dimension. That also makes the conclusion about Germany stronger without turning it into a party-political judgement.