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Engineering the Next Generation of AI Data Centers with Simulation

 A webinar series exploring how integrated systems simulation with Gamma Technologies' GT-SUITE supports smarter, more resilient AI data center design across cooling, power, electrification, and digital twin applications. 

Explore GT Data Center Solutions

See how GT-SUITE helps solve complex AI data center challenges.

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5-Part Technical Webinar Series

AN INTEGRATED APPROACH TO AI DATA CENTER ENGINEERING

 Join this webinar series to see how engineering teams can better tackle the growing complexity of AI data center design. From cooling and power to electrification and digital twins, discover how integrated system simulation helps improve resilience, accelerate decision-making, reduce risk, and support smarter infrastructure strategies from concept through operation. 

29 Apr
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Designing Resilient AI Data Centers with Simulation: Integrated Cooling, Power & Energy Management
Rising compute demands, higher power density, and more complex cooling and energy strategies are reshaping AI data center design and driving the need for integrated system-level engineering. 

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03 Jun
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Optimizing Distributed Energy Infrastructure for AI Factories Using GT-SUITE 
In this second webinar of a series, a deeper dive into the energy infrastructure surrounding AI factories is discussed. In particular, we will show how a modular, fast-running, multi-fidelity, multi-physics model of a microgrid can be created in GT-SUITE. We will explore how fungible designs with various behind-the-meter energy sources can be created virtually and analyzed to allow energy systems to be scaled and swapped, under a wide variety of locations and operating conditions. Lastly, we will discuss how economic factors can be added to the analysis, allowing for a comprehensive approach to long-term facilities planning.  

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08 Jul
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Inside the AI Factories: Simulating High-Fidelity Electrical Dynamics

Next-generation AI workloads introduce highly volatile, "spiky" load profiles, where an entire cluster can swing between 30% and 150% load in milliseconds, exposing data center power chains to unprecedented risks, including massive inrush currents, severe transient voltage droop, and campus-wide grid flicker.  

In this next installment of our series, we transition from macro-system planning to the deep electrical and thermal infrastructure of the AI data center. 

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24 Jul
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Advanced Cooling for AI Data Centers: From CDUs to Rear Door Heat Exchangers

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24 Aug
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Digital Twins for AI Data Centers: From Model Deployment to Operational Intelligence

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