Data centers consume 1-2% of global electricity, with cooling accounting for up to 40% of total energy use. Purpose-built heat exchangers are changing the equation.
Selected from 2,600 applicants, Phasic is now part of NATO's DIANA program, bringing high-performance thermal technology to defense and beyond.
Phasic Energy recognized by the Open Compute Project for advancing sustainable data center cooling through high-performance heat exchanger technology.
Air cooling served data centers for decades. But with rack power densities exceeding 30 kW, the physics are clear: liquid is the future.
Traditional heat exchangers are limited by what can be stamped, brazed, or welded. 3D metal printing removes those constraints entirely.
Active rear-door heat exchangers deliver 30-80 kW cooling per rack without expanding the data center floor -- essential for high-density AI workloads.
Most cooling specs focus on thermal capacity. But pressure drop drives pumping energy -- and that cost compounds every hour of every year.
Defense platforms demand thermal solutions that are compact, reliable, and high-performing -- with zero margin for failure.
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