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Europe Falls Behind in AI Race With Regulation-Heavy Approach

Europe's artificial intelligence ambitions may be undermined by insufficient energy capacity to power the massive data centers required for AI development, a gap that regulation alone cannot solve.

Dimitris Papafotis
Dimitris Papafotis Editor in Chief
MAY 28, 2026 AT 5:32 PM

According to Brussels Signal, the European Union’s regulatory-first approach to artificial intelligence has overshadowed a fundamental strategic question—whether the continent can generate enough reliable electricity to compete in the AI economy at all.

Every AI system, from chatbots to large language models, relies on vast networks of data centers that consume extraordinary quantities of electricity. These facilities operate as industrial-scale warehouses packed with servers demanding constant power and sophisticated cooling systems. This energy-intensive reality is forcing a strategic reconsideration throughout the technology sector, with the critical question increasingly becoming which nations can offer the reliable baseload power necessary for sustained growth.

James S. Gilmore III, who served as United States Ambassador to the Organization for Security and Cooperation in Europe from July 2019 to January 2021, argues that this challenge presents a unique opportunity for countries prepared to adopt innovative energy strategies.

Poland Emerges as Potential AI Infrastructure Hub

Poland has positioned itself as one of Europe’s fastest-growing digital economies in recent years, according to Brussels Signal. The country’s geographic location, skilled workforce, and expanding technology ecosystem make it increasingly attractive for cloud infrastructure and AI investment.

The nation’s larger strategic opportunity, Gilmore contends, lies in recognizing what many Western European governments remain reluctant to acknowledge: advanced energy infrastructure will determine which countries lead in artificial intelligence development.

Growing interest in American small modular reactor technology has caught the attention of Polish business and political leaders. Companies such as X-energy are developing advanced reactor systems capable of providing stable, scalable, low-carbon energy for next-generation industrial and digital infrastructure. Unlike intermittent renewable energy sources, small modular reactors deliver the consistent baseload power that large-scale data centers require.

Business Leaders Recognize Energy-AI Connection

Polish businessman Zygmunt Solorz has demonstrated growing interest in American technologies connected to advanced energy, AI infrastructure, and long-term digital investment. His engagement reflects a broader understanding gaining traction among European business leaders: the future digital economy cannot function without the energy systems necessary to power it.

This convergence between artificial intelligence and energy infrastructure carries significant implications for policymakers in Washington and European capitals alike. For the United States, exporting advanced technologies to trusted allies strengthens economic partnerships while reinforcing Western leadership in strategically critical sectors. For Europe, partnerships with American innovators could accelerate AI infrastructure development while reducing dependence on unstable energy markets and geopolitical rivals.

Data Centers as Digital Age Factories

The stakes extend far beyond energy policy. Data centers are rapidly becoming the factories of the digital era. Nations competing to attract these facilities are effectively competing for the economic backbone of the coming generation.

Countries that secure AI infrastructure investment will likely capture downstream advantages in research, cloud services, cybersecurity, advanced manufacturing, and high-skilled employment opportunities.

Europe still has time to compete in the global AI race, but success will require a fundamental shift in approach. The competition will not be won through regulation alone but by countries capable of building the infrastructure—especially the energy infrastructure—needed to sustain technological growth at scale.

Poland increasingly appears to grasp this strategic reality. Other European nations should take notice before the window of opportunity closes.

With information from Brussels Signal

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Dimitris Papafotis
Dimitris Papafotis

Dimitris Papafotis is the editor-in-chief of NewsFire.GR. He was born and raised in Athens. He studied at the Journalism Workshop (1991-1993). He currently lives in Pyrgos, Ilia, where he has been active in radio and various newspapers, while also maintaining his personal blog, Papafotis.gr.

According to Brussels Signal, the European Union’s regulatory-first approach to artificial intelligence has overshadowed a fundamental strategic question—whether the continent can generate enough reliable electricity to compete in the AI economy at all.

Every AI system, from chatbots to large language models, relies on vast networks of data centers that consume extraordinary quantities of electricity. These facilities operate as industrial-scale warehouses packed with servers demanding constant power and sophisticated cooling systems. This energy-intensive reality is forcing a strategic reconsideration throughout the technology sector, with the critical question increasingly becoming which nations can offer the reliable baseload power necessary for sustained growth.

James S. Gilmore III, who served as United States Ambassador to the Organization for Security and Cooperation in Europe from July 2019 to January 2021, argues that this challenge presents a unique opportunity for countries prepared to adopt innovative energy strategies.

Poland Emerges as Potential AI Infrastructure Hub

Poland has positioned itself as one of Europe’s fastest-growing digital economies in recent years, according to Brussels Signal. The country’s geographic location, skilled workforce, and expanding technology ecosystem make it increasingly attractive for cloud infrastructure and AI investment.

The nation’s larger strategic opportunity, Gilmore contends, lies in recognizing what many Western European governments remain reluctant to acknowledge: advanced energy infrastructure will determine which countries lead in artificial intelligence development.

Growing interest in American small modular reactor technology has caught the attention of Polish business and political leaders. Companies such as X-energy are developing advanced reactor systems capable of providing stable, scalable, low-carbon energy for next-generation industrial and digital infrastructure. Unlike intermittent renewable energy sources, small modular reactors deliver the consistent baseload power that large-scale data centers require.

Business Leaders Recognize Energy-AI Connection

Polish businessman Zygmunt Solorz has demonstrated growing interest in American technologies connected to advanced energy, AI infrastructure, and long-term digital investment. His engagement reflects a broader understanding gaining traction among European business leaders: the future digital economy cannot function without the energy systems necessary to power it.

This convergence between artificial intelligence and energy infrastructure carries significant implications for policymakers in Washington and European capitals alike. For the United States, exporting advanced technologies to trusted allies strengthens economic partnerships while reinforcing Western leadership in strategically critical sectors. For Europe, partnerships with American innovators could accelerate AI infrastructure development while reducing dependence on unstable energy markets and geopolitical rivals.

Data Centers as Digital Age Factories

The stakes extend far beyond energy policy. Data centers are rapidly becoming the factories of the digital era. Nations competing to attract these facilities are effectively competing for the economic backbone of the coming generation.

Countries that secure AI infrastructure investment will likely capture downstream advantages in research, cloud services, cybersecurity, advanced manufacturing, and high-skilled employment opportunities.

Europe still has time to compete in the global AI race, but success will require a fundamental shift in approach. The competition will not be won through regulation alone but by countries capable of building the infrastructure—especially the energy infrastructure—needed to sustain technological growth at scale.

Poland increasingly appears to grasp this strategic reality. Other European nations should take notice before the window of opportunity closes.

With information from Brussels Signal