A look at the impact of data centers in Europe, including high electricity and water usage, as Big Tech gets tax breaks, subsidized energy and agricultural land
Marietje Schaake / Financial Times : Tweets: @fsistanford , @marialazaro , @wildebees , and @martintisne Tweets: FSI Stanford / @fsistanford : .@MarietjeSchaake urges Europe not to be blindsided by large tech companies who promise jobs, then milk energy and resources out of local communities in order to run their data centers. https://ow.ly/... @marialazaro : “While European leaders seek to curb the power of Big Tech, national and local governments are rolling out the red carpet. Tax breaks,and access to subsidised energy contracts and agricultural land, are facilitating the building of hyperscale data centres” https://www.ft.com/... Wessel van Rensburg / @wildebees : Data storage and transmission, as well as crypto mining, are already consuming about 2.5 % of global electricity. Data centers in Denmark account for 15 % of that nation's energy use by 2030, according to a study. In Ireland, it's 30% by 2028. https://www.ft.com/... @martintisne : EU local govts roll out the red carpet to Google & co data centres. End result: 30% (!) of Ireland's electricity usage by 2028 will be data centres, 15% of total Dutch energy use... and all this w no debate / total opacity. Great article @MarietjeSchaake https://www.ft.com/...
Context & Ripple Effects
Schaake's argument lands in the middle of a documented arc: Ireland went from data centers drawing an estimated 17% of its generated power in 2021 to 82 facilities by 2023 with blackout concerns, and the same pattern of cheap-energy lure played out earlier in Iceland's data center boom. The piece reframes that buildout as a subsidy story — national and local governments offering tax breaks, subsidised energy contracts and agricultural land to hyperscalers.
First-order effects
- Local communities in host regions absorb the direct costs — high electricity and water usage — while the tax base is reduced by the breaks granted to Big Tech operators.
- European leaders who publicly seek to curb Big Tech's power are simultaneously enabling its physical expansion through state-level incentives, a policy contradiction Schaake puts on record.
Second-order effects
- Grid saturation forces site selection to move: Ireland's energy supply problems and planning hurdles have already pushed AWS and others to look elsewhere, spreading the same resource-extraction dynamic to new host countries.
- Host governments face growing fiscal and political pressure to reprice these deals, since projections of data centres consuming 30% of Ireland's electricity by 2028 and 15% of Denmark's energy use by 2030 make subsidy economics harder to defend.
Third-order effects
- If the pattern holds, data centre siting shifts from a race to offer incentives toward regulated allocation of scarce grid capacity and water, turning compute placement into an energy-policy decision rather than a tax-policy one.
- The gap between Brussels-level antitrust rhetoric and national red-carpet treatment points toward EU-level coordination on data centre permitting and subsidies, or a continued patchwork where hosts compete away their leverage.
The trend: Europe's data centre geography is being reshaped from incentive-driven expansion toward grid-capacity limits, with hosts like Ireland discovering that cheap-power deals become national energy constraints.