Integration of Energy and Cooling Systems Critical for Future Data Centers
By 2030, the US is projected to require more electricity for data centers than for the entire aluminum, cement, and steel industries combined. Global data center energy consumption is expected to double to approximately 945 TWh. To address extreme heat from high-density racks, intelligent integration of power and cooling systems is essential. Advanced control systems and DC architectures improve efficiency, while liquid cooling methods directly dissipate heat. Holistic approaches, including retrofitting older systems, can reduce energy losses by up to 60%, supporting sustainability initiatives.
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The US economy is expected to need more electricity for data centers than for the entire aluminum, cement, and steel production by 2030, with global consumption projected to reach 945 TWh. Traditional separation of power and cooling systems leads to inefficiencies and risks.
Modern data centers increasingly adopt DC architectures, improving efficiency from 78% to over 94%. Liquid cooling solutions are more effective than conventional air cooling. Upgrading systems can cut energy losses by up to 60%. Integrated energy and cooling systems enhance sustainability, allowing data centers to contribute to local heating demands.
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