Europe power costs threaten AI data center investment competitiveness

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Europe power costs and AI

Highlights

Europe's elevated power prices, averaging double those in the U.S. and 50% higher than China and India, are deterring AI data center investment.
Regional electricity costs could rise 20% to 40% in key data center hubs like Texas, Virginia, Slough, and Paris, affecting both U.S. and European competitiveness.
Data centers now consume 2% of global electricity—up from 1.7% in 2024—as Europe faces higher energy costs, infrastructure delays, and slower development speed versus the U.S.

Energy price gap reshapes data center decisions

As reported by CNBC, experts say Europe’s uneven and elevated power prices are becoming a central obstacle to attracting AI-related data center investment. Because data centers consume large amounts of electricity, developers are likely to favor locations where energy is cheaper, creating clear winners and losers across the continent.

Michael Brown, global investment strategist at Franklin Templeton, says differences in energy costs worldwide are becoming extreme and are likely to steer capital toward lower-cost jurisdictions. He says that if investors are making energy-intensive commitments such as a multibillion-dollar data center, the economics increasingly favor the U.S. or China.

Brown also says rapid data center growth can itself raise local electricity costs in already active hubs. He points to potential regional power price increases of 20% to 40% in areas such as Texas and Virginia in the U.S., as well as Slough in the UK and Paris in France.

European competitiveness faces broader infrastructure strain

For Europe’s energy-intensive industries, power prices last year average roughly double those in the U.S. and 50% above levels in China and India, according to the International Energy Agency. A report published Wednesday by the International Data Center Authority says data centers now consume 2% of global electricity, up from 1.7% in 2024, underscoring how power demand is becoming a bigger strategic issue for AI expansion.

Chris Seiple, vice chairman of Wood Mackenzie’s power and renewables division, says Europe is lagging in data center development because of three factors: energy costs, the geographic base of companies building the facilities, and slower speed to market for infrastructure and grid connections. Those factors make the region more challenging for developers even as policymakers push to increase computing capacity.

Darmouni says AI is a wake-up call for Europe to treat its energy system as a matter of economic sovereignty, linking affordable power to inflation, industrial competitiveness and technological leadership. He says Europe cannot realistically pursue AI leadership without building many more data centers, and that the scale of development in the U.S. remains far ahead of what Europe has achieved so far.

Our earlier coverage of the debate over Kevin O’Leary’s planned Stratos data center in Utah looked at how the AI-driven buildout is colliding with public scrutiny of taxpayer incentives and local resource limits. We noted that the project’s massive expected electricity draw—along with concerns about water use and relatively few long-term jobs—has made power demand and infrastructure strain central to the argument over where and how new data centers should be built.

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