Europe’s ambitious drive to become a global leader in artificial intelligence is facing a significant headwind: its escalating energy prices. While the continent is investing heavily in compute power and the essential infrastructure for AI, the voracious energy appetite of data centers makes these ventures particularly vulnerable to the rising cost of electricity. This, in turn, is threatening to undermine Europe’s aspirations and create a bifurcated market for AI development.
The race for AI dominance, largely between the U.S. and China, demands massive computing resources. Data centers, the backbone of this technological revolution, are energy-intensive operations. As global energy prices surge, driven in part by geopolitical tensions such as the U.S.-Iran war, the economic viability of establishing and expanding data centers within Europe is coming under intense scrutiny.
Experts suggest that this energy cost disparity will lead to a geographical redistribution of data center investments. Companies prioritizing cost-efficiency are likely to gravitate towards regions with more affordable power. “The difference in the cost of energy around the world is going to become really quite extreme,” Michael Brown, global investment strategist at Franklin Templeton, told CNBC. “If you’re making energy-intensive investments, then you’re going to go to where the cheapest energy is. If I were making the next $7 billion data center, it would be in the U.S. or China.”
The urgency to address energy costs has been amplified by recent global events. Olivier Darmouni, an associate professor at HEC Paris specializing in the energy transition, noted that the “recent Iran crisis” has spurred a renewed focus on electrifying economies. However, he cautioned that the rapid expansion of data centers could significantly inflate regional electricity costs, potentially by 20-40% in high-demand areas like parts of the U.S. and the U.K., and even in major European hubs such as Paris.
Darmouni emphasized that AI’s computational demands serve as a stark reminder of the strategic importance of a robust energy system for economic sovereignty. “Affordability and inflation, competitiveness for European companies, and technological leadership in the form of AI — we can’t achieve any of that if we don’t fix the energy system.”
Data from the International Energy Agency (IEA) paints a sobering picture. Last year, energy-intensive industries in Europe faced electricity prices roughly double those in the U.S. and 50% higher than in China and India. The International Data Center Authority (IDCA) reports that data centers currently consume approximately 2% of global electricity, a figure that has been steadily increasing. The IDCA also highlights a critical threshold: community and political opposition to data centers typically intensifies once they account for more than 5% of a nation’s electricity consumption. Several nations, including the U.S. (nearly 6%) and the U.K. (5.8%), are approaching this tipping point, while Singapore already stands at 19.5%.
Chris Seiple, vice chairman of Wood Mackenzie’s power and renewables division, identified three primary obstacles to Europe’s data center development: “One is the cost of energy, two is the geographic location of the companies developing data centers, and three is the speed to market – the amount of time it takes to build the infrastructure and get connected.” These factors, he stated, collectively “make Europe a little bit more challenging to do data center development.”
Despite Europe’s ambition to enhance its compute capacity and data center infrastructure, Darmouni pointed out a fundamental challenge: the continent’s commitment to achieving genuine technological leadership in AI. “We can’t do that without having lots and lots of data centers,” he remarked, contrasting Europe’s current data center scale with that of the U.S. as “like 1 to 100.” He suggested that matching U.S. progress would necessitate substantial further investment.
### The Disadvantaged Regions
Central European nations, particularly Germany and the U.K., are emerging as potential “losers” in this AI infrastructure race due to their elevated electricity costs. Vladimir Prodanovic, a principal program manager at Nvidia, expressed this sentiment during a recent conference, citing the high power prices in these countries as a significant deterrent. The IEA reported that in May, the average price per megawatt-hour for electricity in the U.K. was $111.65, compared to $88.97 in Germany, $44.19 in France, and a mere $28 in the U.S.
While the U.K. has outlined plans to expand its data center capacity, a notable setback occurred when OpenAI announced the pause of its “Stargate” project in the country. The company cited energy costs and the regulatory environment as key concerns. Darmouni predicts that as AI models mature, pricing structures will evolve. Customers in regions with higher energy costs, such as the U.K., may face more expensive AI services. “Many are going to be worried about price discrimination for AI services down the road, and they’re likely to be related to energy costs, because that’s the marginal cost of providing AI services – electricity,” he explained.
The cost of securing data center capacity in Europe’s top five markets – Frankfurt, London, Amsterdam, Paris, and Dublin – is projected to increase by 12% in 2026, according to research from CBRE. This rising development cost further exacerbates the challenge for these regions.
### The Emerging Leaders
In contrast, the Nordic countries and France are increasingly seen as prime beneficiaries of AI investments, largely due to their lower electricity prices and diversified energy sources. Norway, in particular, has become a magnet for major AI companies. “For me at the moment, the number one is Norway, nearly every big AI company is there,” Prodanovic stated, noting similar trends in Denmark and Sweden.
Tech giants are making substantial commitments in the Nordics. Microsoft, for instance, has entered into a significant $6.2 billion partnership with Nscale to build AI infrastructure in Norway. The company also has plans for a $3.2 billion expansion in Sweden and a $3 billion investment in data center capacity in Denmark between 2023 and 2027.
Vili Lehdonvirta, professor of economic sociology and digital research at the Oxford Internet Institute, highlights that the Nordics have become accustomed to low electricity prices, with some instances of negative electricity prices in Finland during winter. This phenomenon, where utilities pay consumers to use electricity, has allowed consumers to significantly reduce heating costs, and even generate income.
France’s advantage stems from its strong position in European nuclear energy, providing a stable and comparatively lower-cost electricity supply. However, Darmouni stresses that lower electricity prices alone are insufficient. A proactive approach to developing new power sources is crucial. He advocates for greater European energy integration, extending beyond national transmission, light, and storage networks to ensure more uniform energy pricing across the continent. While countries like France and Germany benefit from geographical proximity for integration, regions like the U.K., Scandinavia, the Iberian Peninsula, and Italy face greater geographical challenges in achieving this widespread integration.
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