AI did not just demand more electricity — it demanded water. By 2025, U.S. data centres, increasingly expanded for AI workloads, were consuming nearly one trillion litres of water a year, much of it used in cooling systems that shed heat by evaporating water i – Space Daily
Artificial Intelligence
AI did not just demand more electricity — it demanded water. By 2025, U.S. data centres, increasingly expanded for AI workloads, were consuming nearly one trillion litres of water a year, much of it used in cooling systems that shed heat by evaporating water i – Space Daily
AI did not just demand more electricity — it demanded water. By 2025, U.S. data centres, increasingly expanded for AI workloads, were consuming nearly one trillion litres of water a year, much of it used in cooling systems that shed heat by evaporating...
Artificial Intelligence

AI did not just demand more electricity — it demanded water. By 2025, U.S. data centres, increasingly expanded for AI workloads, were consuming nearly one trillion litres of water a year, much of it used in cooling systems that shed heat by evaporating water i – Space Daily

AI did not just demand more electricity — it demanded water. By 2025, U.S. data centres, increasingly expanded for AI workloads, were consuming nearly one trillion litres of water a year, much of it used in cooling systems that shed heat by evaporating water i  Space Daily