Energy consumption of AI data centers is straining global grids
A UN Economic Commission for Europe report states that the rapid growth of AI data centers is straining power grids and driving up local costs.
Massive data centers spreading rapidly with the artificial intelligence boom are subjecting global electrical grids to heavy overloads, while sparking public backlash due to increased water consumption, land use, and pollution, forcing governments to take urgent action.
Increasing Pressure on Global Grids
The proliferation of massive data centers required to fuel the artificial intelligence craze is straining existing energy infrastructure and prompting international organizations to issue warnings on the matter.
A report published by the UN Economic Commission for Europe clearly reveals that developed countries have been caught unprepared by this rapid growth and that the situation requires urgent planning.
Rising Electricity and Resource Consumption
Unlike traditional data centers, these giant facilities housing thousands of servers require massive amounts of electrical energy to operate, water for cooling, and vast tracts of land.
The prepared report emphasizes that electricity consumption by data centers is expected to nearly double, rising from 485 terawatt-hours in 2025 to reach 950 terawatt-hours by 2030.
Issues Experienced in Local Regions
The concentration of facilities in specific regions such as North Carolina, Northern Virginia, and Ireland creates severe pressure on local electrical grids.
While data centers accounted for approximately 23 percent of the country's total electricity consumption in Ireland in 2025, rising costs in different states across the United States are negatively affecting residents.
Delays and Public Backlash
Due to public opposition and legal hurdles, it has been determined that between January 2024 and May 2026, at least 46 artificial intelligence data center projects valued at approximately 170 billion dollars in the US were delayed or canceled.
The UN commission report also draws attention to a lack of transparency regarding water and electricity usage, warning against the long-term risks of stranded assets.