THERMAL MANAGEMENT AND EMC Chilled water solutions:


the backbone of liquid cooling for AI and high-density data centres


Michael Poto, global product manager for chilled water systems, Vertiv D


ata centres are operating under increasing pressure to handle unprecedented heat loads, maintain uptime and reduce environmental impact; challenges created by surging workloads   increase in thermal density, placing long-   cooling, paired with innovative chilled water technology, is emerging as a key solution,    data centre thermal management revenue    


   packing more computing power into less    Chilled water systems are well suited to   plate or immersion cooling, allows them to  


       ability to integrate seamlessly with air and      variable conditions, allowing consistency in environments where workloads and cooling 


 


 causing the water working temperature  impossible to determine how much it will   could result in investing in a system that meets current needs, but could soon become 


 at which systems operate, can reduce energy       well energy is recovered most likely in the       


     • High-temperature compatibility:  thermal loads while enabling energy


32 APRIL 2025 | ELECTRONICS FOR ENGINEERS


    


• Scalable design and adaptability:  environments, including air-cooled and    


  standard chillers and reducing energy   consistently lower partial Power Usage  be able to handle operational peaks   • Sustainability features:    


• 


   evolve to meet these challenges, delivering    


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