Chiller Plant Design and Considerations for a 1 GW AI Factory

IDEA2026 Poster 02

Presentation Description: Artificial intelligence is driving massive growth in data center demand and advanced cooling is critical to keep innovation running. This presentation covers the reference design and provides guidance on; A 1 GW cooling blueprint for AI factory applications, Integrated air- and liquid-cooling configurations for NVIDIA racks, Guidance on CDUs, fan coil walls, chillers, dry coolers, pumps and facility piping, and A foundation for mechanical design that complements electrical and controls systems.

Case Study: The system covered in this guide is meant to be repeatable for large scale data centers and AI factories. The guide is brand new and engineers are using this to layout their systems. The only customer name we can share at this time is nVidia as this design is meant for their latest chips used in AI factories.

Topic: Data Centers and District Energy


Dan Gentry

Dan Gentry

Applications Engineer

Trane

Dan Gentry is an Applications Engineer in La Crosse, WI. He joined Trane in 2018 after 8 years at another local WI based chiller manufacturer. Dan first interned at Trane in the Technology Lab where he worked in the acoustic lab while attending school through 2008. His areas of expertise revolve around chiller plants, heat recovery and heat pump systems and their reliable and efficient design and operation. He graduated from Ferris State University in 2011 with a bachelor’s degree in HVAC Engineering Technology. Dan enjoys spending time with his family on the Mississippi river and relaxing time at the family cabin in the UP.

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0.03 CEUs credits  |  Certificate available
0.03 CEUs credits  |  Certificate available