The EU Plans to Triple Its Datacenter Capacity With a €200 Billion Investment to Break Free From US and Asian Tech Dominance
Brussels, Thursday, 4 June 2026.
Europe currently depends on non-EU suppliers for over 80% of its digital infrastructure, spending €264 billion annually on foreign technology. That is now set to change dramatically.
A Landmark Package Unveiled in Brussels
On June 3, 2026, the European Commission officially presented a sweeping package for technological sovereignty in Brussels, structured around four strategic pillars: Chips Act 2.0, the Cloud and AI Development Act, an open-source strategy, and a strategic energy roadmap [4]. The announcement, led by Commission President Ursula von der Leyen, was unambiguous in its intent. “We cannot afford to be dependent on others for the technologies that keep our hospitals running, our energy networks stable, and our services secure,” von der Leyen stated [3][4]. The measures still need to be approved by the European Parliament and EU member states before they can take effect [3][4].
What the Cloud and AI Development Act Actually Does
At the heart of the package is the Cloud and AI Development Act, which sets a binding target to triple European datacenter capacity within the next five to seven years — meaning the transformation must be complete somewhere between 2031 and 2033 [3][4]. To accelerate construction, the legislation compels member states to designate so-called “data centre acceleration zones,” within which the permitting process may not exceed twelve months [1][3]. This is a significant regulatory intervention in a landscape where planning and grid-connection delays have already stalled projects: multiple planned datacenters across Europe are currently unable to break ground simply because no electrical capacity is available at their intended locations [2]. The Act also introduces a sovereignty framework for the public sector to strengthen data security, directly addressing concerns about government reliance on non-European cloud infrastructure [4].
The Scale of Europe’s Digital Dependency
The urgency behind these measures is grounded in stark figures. Europe currently relies on non-EU suppliers for more than 80% of its digital products, services, and infrastructure, and spends approximately €264 billion annually on proprietary digital products and services sourced from outside the EU — despite having 3 million open-source contributors and 500 commercial open-source companies within its borders [4]. The new open-source strategy is explicitly designed to redirect that homegrown talent toward building sovereign alternatives in cloud computing, AI, cybersecurity, and semiconductors [4]. Executive Vice President Henna Virkkunen framed the challenge in strategic terms: “Europe has the talent, the industrial base, and the internal market. The question is whether it will choose to use them” [4].
The Energy Equation: A Critical Constraint
Tripling datacenter capacity is not simply a construction challenge — it is an energy challenge of enormous proportions. In 2024, datacenters in the EU already consumed enough electricity to power nearly 20 million European households [4]. Global energy demand from datacenters is expected to more than double in the coming years, driven primarily by the rapid proliferation of AI workloads [2][4]. That doubling trajectory demands heavy investment in stable electricity grids and new, more efficient cooling technologies [2]. By 2030, smart meter penetration — currently ranging from just 5% to 90% across member states — will need to be dramatically scaled up to support the integration of this new demand into the grid [4]. Energy Commissioner Dan Jørgensen captured the interdependency plainly: “There can be no digital sovereignty without energy sovereignty” [4].
Chips Act 2.0 and the Semiconductor Ambition
Alongside the datacenter push, the Commission has proposed Chips Act 2.0, an updated industrial policy framework designed to make Europe a more attractive environment for semiconductor companies and to reduce reliance on external chip suppliers [3]. Under the new legislation, it would become possible to provide state aid to “breakthrough projects not yet present in the Union” — a direct mechanism to attract frontier chipmakers to European soil [3]. The Act also seeks to improve collaboration between chip manufacturers and the companies that use their products [3]. The strategic rationale is significant: advanced semiconductors for AI applications are expected to account for more than 70% of the total semiconductor market by 2030 [4]. A related development took place on June 1, 2026, when the board of the European High Performance Computing Joint Undertaking reached a preliminary agreement that is expected to lead to a call for AI gigafactories in July 2026 [4].
Innovation in Cooling: Gent at the Frontier
While policy and investment form the top-level story, the technical challenges of running AI-intensive datacenters are being confronted in laboratories. In Gent, Belgium, Arteco NV has been developing specialist cooling fluids specifically engineered to dissipate the intense heat generated by AI chips — heat loads that conventional cooling systems are increasingly unable to handle [2]. Researchers at the Gent facility are actively testing the interaction between coolants and copper components to identify more effective thermal management solutions [2]. This kind of materials-level innovation is not incidental to the EU’s datacenter ambitions — it is a prerequisite. Datacenters today already account for 2% of global electricity consumption [2], and without breakthroughs in cooling efficiency, scaling capacity threefold risks compounding an already serious energy burden.
What This Means Going Forward
The Commission’s package represents Europe’s most comprehensive attempt yet to rewire its relationship with digital infrastructure. The €200 billion investment commitment [1], the twelve-month permitting cap in designated acceleration zones [1][3], the Chips Act 2.0 [3][4], and the open-source strategy [4] together constitute an interlocking policy framework rather than a single isolated measure. The timeline is demanding: full datacenter capacity tripling is targeted for between 2031 and 2033 [4], and the road to that goal runs through parliamentary approval, national implementation, grid expansion, and sustained technological innovation. For countries like the Netherlands — already home to one of Europe’s largest datacenter clusters — the national-level translation of these EU-level ambitions into permitting decisions, grid upgrades, and green energy requirements will be the true test of whether Brussels’ vision becomes operational reality [alert! ‘The article brief references the Netherlands and AMS-IX specifically, but none of the provided sources contain explicit data about the Netherlands or AMS-IX in relation to this EU package; this context is drawn from the editorial brief only and is not source-backed’].