---
title: "Inside the AI Factory: Simulating High-Fidelity Electrical Dynamics"
description: "Webinar | Inside the AI Factory: Simulating High-Fidelity Electrical Dynamics | July 8th, 2026"
image: https://learn.gtisoft.com/hubfs/Episode%201%20background%20%20(9)-1.png
---

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**Inside the AI Factory: Simulating High-Fidelity Electrical Dynamics**

###### EVENT DETAILS

**Format**: Online Webinar + QA

 

While macro-level microgrid architecture defines how energy is sourced, the hyper-dynamic nature of AI clusters dictates how safely and efficiently that power reaches the silicon. 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.

To safeguard uptime, protect utility interconnection agreements, and manage extreme thermal loads, facilities engineering must move past steady-state assumptions and embrace dynamic, high-fidelity system simulation.

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. We will demonstrate how system simulation is used to evaluate next-generation **800 V DC** setups under critical edge cases like power outages, dynamic AI workloads, and startup/shutdown sequencing.

We will also showcase how to integrate high C-rate battery backup units (BBUs) directly onto the DC bus to absorb millisecond-scale power swings and smooth grid interaction.

Finally, we will explore a dual-track electro-thermal workflow: first evaluating system-wide responses that couple the electrical network with thermal management systems in **GT-SUITE**, and second evaluating component-level electro-thermal analysis of power converter systems in **GT-SUITE**.

What you will learn: 

- **Transient & Edge-Case Resilience:** Techniques to simulate system-wide responses to volatile AI workloads, current inrush, grid failures, and critical startup/shutdown sequences
- **Battery Integration & Grid Smoothing:** How to model high C-rate Battery Backup Units (BBUs) directly coupled to an 800V DC bus to absorb millisecond-scale AI cluster power swings. Learn to simulate these energy storage systems as they mitigate utility flicker, control ramp rates, and bridge the critical 30-second window during a grid disturbance until generator startup
- **System-Level Electro-Thermal Evaluation:** Techniques to integrate electrical and thermal simulations in GT-SUITE for system-wide responses that include thermal management systems
- **Component-Level Electro-Thermal Evaluation**: Utilizing GT-SUITE multi-physics simulation for detailed electro-thermal simulation of power converters

 

## About our speaker

###### Joe Wimmer

#####  Application Engineering Director | Gamma Technologies

Joe Wimmer is the Electrical Applications Engineering Director at Gamma Technologies LLC, based in Westmont, IL. At GT, Joe leads a global application engineering team that brings unique software solutions for multi-physics modeling of motors, batteries, and power electronics.

 

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### Thanks for your interest!

### To learn more about Gamma Technologies and our simulation solutions visit : [GTIsoft.com](https://www.gtisoft.com/)

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