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Compass Data Centers develops hybrid cooling platform for AI workloads in partnership with Vertiv

Development announced
development
Stage
hybrid cooling platform
Project

Compass Data Centers, led by Chief Innovation Officer Nancy Novak, developed a hybrid cooling platform in collaboration with Vertiv to address the thermal and electrical limits of AI clusters in data centers. This platform allows for stepwise transitions from air to liquid cooling at the rack and row level, enabling customers to integrate liquid cooling as AI workloads scale without disrupting existing infrastructure. The design incorporates a closed-loop system to minimize water consumption for IT cooling and utilizes modular, prefabricated construction to reduce embodied carbon by approximately 18% and on-site build time by 25%.

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Deal Analysis

AI's insatiable demand for power and cooling is pushing data center limits, making this new hybrid cooling platform from Compass Data Centers and Vertiv particularly timely. Led by Chief Innovation Officer Nancy Novak, the collaboration delivers a solution that allows customers to integrate liquid cooling incrementally, moving from air to liquid at the rack and row level without disrupting existing operations. Vertiv, a global provider of critical digital infrastructure, brings its expertise to a design that not only tackles thermal challenges but also significantly reduces environmental impact. The closed-loop system minimizes water use for IT cooling, while modular, prefabricated construction cuts embodied carbon by 18% and on-site build time by a quarter. This development offers a practical pathway for scaling AI infrastructure efficiently and sustainably.
  • CINO Nancy Novak spearheaded the development.
  • 18% reduction in embodied carbon via modular construction.
  • 25% faster on-site build time.
  • Stepwise air-to-liquid cooling transition at rack/row level.

Source Intelligence

KEY DETAILS

The hybrid cooling platform enables stepwise transitions from air to liquid at the rack and row as AI deployments scale. Quote: "In collaboration with Vertiv, Novak’s team developed a hybrid cooling platform that enables stepwise transitions from air to liquid at the rack and row as AI deployments scale." The design incorporates a closed-loop system to reduce water use for IT cooling in normal operations. Quote: "Novak’s team committed to a closed-loop approach to reduce water use for IT cooling in normal operations." The platform utilizes modular, prefabricated construction. Quote: "By adopting a modular, kit-of-parts approach and moving much of the fabrication process off-site, the team accelerated deployment and reduced concrete use through AI-optimized material mixes." Lifecycle assessments indicate embodied carbon roughly 18% below its industry baseline methodology. Quote: "lifecycle assessments indicate embodied carbon roughly 18% below its industry baseline methodology". On-site build time reduced by about 25%. Quote: "on-site build time reduced by about 25%". No water consumption for IT cooling thanks to the closed-loop design. Quote: "and no water consumption for IT cooling thanks to the closed-loop design."

PARTIES MENTIONED IN SOURCE
C
Compass Data Centers developer

"Nancy Novak, chief innovation officer at Compass Data Centers, set out to solve a now-familiar problem"

V
Vertiv partner

"In collaboration with Vertiv, Novak’s team developed a hybrid cooling platform"

S
Schneider Electric partner

"Compass has collaborated with infrastructure partners, including Vertiv, Schneider Electric, Siemens, and RK Industries, to prepare facilities for higher-density environments."

S
Siemens partner

"Compass has collaborated with infrastructure partners, including Vertiv, Schneider Electric, Siemens, and RK Industries, to prepare facilities for higher-density environments."

R
RK Industries partner

"Compass has collaborated with infrastructure partners, including Vertiv, Schneider Electric, Siemens, and RK Industries, to prepare facilities for higher-density environments."

medium quality Enriched Mar 11, 2026

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