Exhibitor Products
Manage infrastructure for AI workflows
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Challenge
AI-ready data centers face the "10x challenge" – a tenfold increase in scale, power density, or thermal loads compared to traditional data centers. This changes how we need to design, control and connect these facilities, with a fundamental shift in infrastructure design.
Solution
AI workloads demand a strong, harmonized infrastructure to deliver maximum tokens-per-watt. Siemens leverages decades of industrial and data center experience to develop validated reference architectures, purpose-built for AI workloads and their specific availability, efficiency, and scalability goals. As standardized blueprints, they deliver predictable performance across globally distributed sites.
Reference Designs
- Data Center 100 MW Hyperscale AI Blueprint For IEC markets: EN 50600 Availability Class 3 architecture featuring Siemens power, NVIDIA GB300 NVL72 readiness and STULZ cooling.
- Data Center 100 MW Hyperscale AI Blueprint For UL markets: Scalable Tier III architecture with Siemens power systems, NVIDIA GB200 infrastructure and nVent liquid cooling for efficient deployment.
- Siemens Reference Design for DSX Vera Rubin NVL72 For UL markets: A UL-aligned reference design for high-density AI factories featuring NVIDIA Vera Rubin NVL72 systems, nVent thermal management and Fluence energy storage.
Offering
- Reliable power distribution: Combine Siemens switchgear and modular technologies for high-density power with dynamic load balancing and solid-state protection.
- Cooling control & simulation: Integrate liquid cooling with Siemens intelligent valves and actuators to manage high-density loads. Thermal simulation software optimizes fluid and airflow across room, rack and chip levels. Our technology partners support direct-to-chip and rear-door heat exchanger solutions.
- Industrial-grade automation: Connect compute, power and cooling with Siemens PLCs, DDCs and simulation for high availability and fault tolerance. Advanced metering stabilizes power quality and grid risks. Our Integrated Data Center Management Suite unifies BMS, EPMS, SCADA and DCIM in one view for OT operation.
- Digital twin simulations: Siemens digital twins design and test complex scenarios (thermal, power, acoustics, layouts, logistics) before build‑out to reduce deployment risk and time‑to‑compute. In operation, the executable twin enables ongoing optimization, predictive analytics, and scenario planning for resilient capacity.
- Grid connectivity: Siemens advanced control schemes coordinate onsite generation, UPS, storage, and other power infrastructure to unlock energy flexibility. This helps manage load profiles to better align with grid demands, accelerating grid connection and improving operational readiness for AI workloads.