Source URL: https://www.theregister.com/2025/03/19/schneider_electric_nvidia_digital_twin/
Source: The Register
Title: Schneider Electric plugs into AI’s power hunger with Nvidia digital twin tech
Feedly Summary: Because guesswork won’t keep the lights on
GTC Schneider Electric has developed a digital twin system to simulate how an AI datacenter operates in order to accurately design for the appropriate power requirements.…
AI Summary and Description: Yes
Summary: Schneider Electric has launched a digital twin system designed to optimize power management in AI datacenters. This initiative, developed in collaboration with ETAP and based on Nvidia’s Omniverse platform, aims to address the increasing power demands associated with AI workloads, facilitating efficient datacenter design and operation. The technology promises enhanced visibility and control over power dynamics, crucial for infrastructure resilience.
Detailed Description:
Schneider Electric has recently unveiled a digital twin system aimed at simulating the operation of an AI datacenter, which is essential for accurately configuring power requirements. Key points include:
– **Collaboration and Technology**:
– Partnered with ETAP, a specialist in electrical digital twin technology.
– Utilizes Nvidia’s Omniverse platform, leveraging the OpenUSD (Universal Scene Description) tech for realistic 3D simulations.
– **Significance of the Digital Twin**:
– Allows datacenter operators to visualize and manage electrical infrastructure in real-time.
– Integrates real-time data with analytics for analyzing power consumption and distribution patterns.
– **Addressing Increasing Power Demands**:
– AI workloads are driving a marked increase in datacenter power consumption, necessitating advanced management strategies.
– Some datacenter configurations are evolving from traditional power densities of 2-5 kW per rack to 10-30 kW and beyond.
– **Implications for Datacenter Design**:
– The system enables “What if” scenario analyses, predictive maintenance, and overall reliability assessments to optimize energy usage.
– Highlights the need for liquid cooling solutions in high-density deployments, which complicates infrastructure management.
– **Market Positioning**:
– Recognizes the strategic acquisition of Motivair, enhancing Schneider’s capabilities in liquid cooling and thermal management, vital for high-performance computing (HPC).
– Positions Schneider Electric to leverage a broader portfolio in managing energy from grid to chip and chip to chiller.
– **Industry Quotes**:
– Executives from Schneider and Nvidia emphasize the critical nature of precise power management for improving operational efficiency, reliability, and sustainability in AI datacenter environments.
This initiative by Schneider Electric is particularly relevant for security, cloud, and infrastructure professionals as it addresses significant operational challenges posed by the increasing adoption of AI technologies in datacenters, underscoring the pivotal role of power management and cooling solutions in ensuring secure and efficient infrastructure operations.