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This bill directs the government to research and evaluate liquid cooling technologies for AI data centers to save energy, reduce costs, and improve computing power.AI-written
Commands the Government Accountability Office to study how liquid cooling can slash the massive energy footprint of AI data centers and improve their performance.
Data centers are projected to consume up to nearly 13% of all U.S. electricity by 2028, largely due to the AI boom. This surge in energy use can drive up electricity prices for everyone and strain the power grid. If liquid cooling can make these centers significantly more efficient, it could lower the environmental impact of AI and prevent localized power shortages while keeping the U.S. competitive in the global AI race. Without this law, the government lacks a standardized, independent assessment to guide how it should invest in or regulate this critical infrastructure.
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This bill directs the government to research and evaluate liquid cooling technologies for AI data centers to save energy, reduce costs, and improve computing power.AI-written
Commands the Government Accountability Office to study how liquid cooling can slash the massive energy footprint of AI data centers and improve their performance.
Data centers are projected to consume up to nearly 13% of all U.S. electricity by 2028, largely due to the AI boom. This surge in energy use can drive up electricity prices for everyone and strain the power grid. If liquid cooling can make these centers significantly more efficient, it could lower the environmental impact of AI and prevent localized power shortages while keeping the U.S. competitive in the global AI race. Without this law, the government lacks a standardized, independent assessment to guide how it should invest in or regulate this critical infrastructure.
An AI model extracted this from the bill’s official record and can make mistakes. Check the official text ↗ (opens in new tab)