Schneider Electric at NVIDIA GTC Berlin
Visit Booth #3041
20-22 October 2026
Schneider Electric at NVIDIA GTC BerlinSee validated blueprints for gigawatt-scale AI factories, 800 VDC power, liquid cooling, prefab, and digital twins, built with NVIDIA.
Teaming up with NVIDIA
The era of AI factories is here, and Schneider Electric is helping make it possible. Join us at GTC Berlin to discover breakthrough innovations in AI-ready data center infrastructure, including liquid cooling, high-density power architectures, and AI-powered digital twins. Whether you're building, operating, or scaling AI infrastructure, visit Schneider Electric at Booth #3041 to see how we're transforming the future of compute.
Featured sessions
From Grid to AI: Engineering the Future of AI Factories
From Grid to AI: Engineering the Future of AI Factories
AI factories are engineered as integrated systems—from power, cooling, and controls to compute, networking, storage, and software. Join NVIDIA and Schneider Electric to explore how coordinated infrastructure design can help organizations deploy AI factories built on NVIDIA Vera Rubin faster and more predictably.
Date: October 21, 2:30-3:10pm CET
Location: GTC Berlin (Berlin Mariott Hotel)
Key takeaways:
See how Vera Rubin is reshaping AI factory design to improve efficiency across compute, networking, storage, power, cooling, and controls. Learn how validated reference designs enable faster, more predictable deployment. Apply lessons from a high-density DGX SuperPOD infrastructure project in Greece. Anticipate the infrastructure demands of agentic AI, physical AI, and future workloads.
Speakers:
Charlie Boyle, VP of DGX Products, NVIDIA Manish Kumar, EVP, Secure Power and Data Centers, Schneider Electric Manish Kumar leads Schneider Electric’s global Secure Power & Data Centers business, helping customers build and operate resilient, high-density, and sustainable AI-ready data centers.
Energy Intelligence: Powering the AI Era
Energy Intelligence: Powering the AI Era
The AI economy is reshaping digital infrastructure. Schneider Electric helps organizations build and operate AI-ready data centers with modular solutions, advanced power architectures, liquid cooling, and digital twin technologies for faster, more efficient, and resilient AI deployment.
Date: October 21, 6:15-6:30pm CET
Key takeaways:
AI is reshaping infrastructure. AI workloads require new approaches to power, cooling, and operations to deliver performance, resilience, and efficiency. Faster deployment drives advantage. Modular, prefabricated infrastructure speeds AI deployment, simplifies scaling, and delivers more predictable outcomes. Power and cooling drive AI success. Advanced power, liquid cooling, and digital twins boost efficiency, reduce risk, and support future AI growth.
Speakers:
Frédéric Godemel - EVP, Energy Management, Schneider Electric Frédéric Godemel is executive vice president of energy management and a member of Schneider Electric’s executive committee. Frederic leads the company’s energy management business, advancing technologies that accelerate electrification, automation, and digitalization.
The latest in AI factories
Coming soon!
Discover how 800 VDC architectures can support ultra-high-density AI workloads, improve power efficiency, and prepare data centers for the future of AI.
Gain insight into the power delivery innovations that can reduce complexity, increase rack density, and enable the next generation of AI workloads.
Explore how 800 VDC power distribution architectures can help data centers scale efficiently to support next-generation AI and high-performance computing workloads.
Explore a validated reference design for liquid-cooled AI infrastructure featuring NVIDIA Vera Rubin clusters, optimized for performance, efficiency, and scalability.
Discover how open digital twin frameworks and AI can improve decision-making across data center planning, design, construction, and operations.
Explore the cooling strategies, technologies, and infrastructure considerations required to support modern AI workloads at scale.
Discover the full AI factory portfolio
From grid to chip, chip to chiller,for scalable AI.
Accelerate AI factory design with proven infrastructure blueprints, that reduce risk, speed deployment, and scale AI with confidence.
Discover how digital twins for an AI factory can help validate power, cooling, and controls.
Experience 800 VDC grid-to-chip architectures for AI scale. Eliminate AC/DC conversion stages, while improving efficiency.
Leverage next‑gen cooling for purpose‑built for AI workloads, GPU servers, and high‑density IT environments.
Deploy a prefabricated AI factory with intelligent modular ‘AI in a box’ infrastructure for high-density power, liquid cooling, and rapid scale.
Discover intelligent operations for an AI factory with AI data center software, that unifies power, cooling, and IT to maximize performance.
Frequently Asked Questions
Schneider Electric is attending GTC Berlin to showcase innovations that enable next-generation AI infrastructure, including AI-ready data centers, liquid cooling solutions, advanced power architectures, and AI-enabled digital twins. Visitors can learn how Schneider Electric is helping organizations build and scale AI factories and high-performance computing environments.
Schneider Electric will highlight technologies and solutions that support AI workloads, including:
- Liquid cooling for high-density AI clusters
- 800 VDC power distribution architectures
- AI-powered digital twins using OpenUSD and NVIDIA Omniverse
- Reference designs for AI factories and accelerated computing environments
- Data center infrastructure solutions for next-generation AI deployments
Schneider Electric provides integrated power, cooling, software, and infrastructure solutions designed to support AI factories at scale. These solutions help organizations manage increasing rack densities, power requirements, and operational complexity associated with large AI deployments.
Schneider Electric helps organizations deploy liquid cooling technologies that efficiently remove heat generated by high-performance AI servers and GPUs. Liquid cooling is becoming a critical enabler for supporting higher-density AI workloads and maximizing system performance.
800 VDC is an emerging power distribution architecture designed to support the increasing power demands of AI workloads. By moving power conversion outside the IT rack and delivering higher-voltage DC power, 800 VDC can help reduce space constraints, improve efficiency, and support rack densities approaching and exceeding 1 MW.
Schneider Electric's presence at GTC Berlin is valuable for:
- AI infrastructure leaders
- Data center operators
- Cloud and hyperscale providers
- Colocation providers
- Enterprise IT decision-makers
- Data center designers and engineers
- NVIDIA ecosystem partners
- Visitors can gain insights into power, cooling, and infrastructure strategies for AI deployments.
Visitors can meet with Schneider Electric experts at Booth #3041 to discuss AI data center design, liquid cooling, power distribution, AI factory architectures, and digital infrastructure strategies tailored to their organization's AI initiatives.
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