Schneider Electric and ETAP have introduced a digital twin using NVIDIA Omniverse to optimize power management in AI factories, enhancing efficiency and sustainability.
Schneider Electric and ETAP have launched a digital twin solution leveraging NVIDIA Omniverse to simulate and manage power requirements in AI factories, addressing the sector’s growing energy demands.
Revolutionizing AI Factory Power Management
Schneider Electric and ETAP, in a joint announcement at the NVIDIA GTC conference, revealed a groundbreaking digital twin technology designed to optimize power management in AI factories. This innovation utilizes NVIDIA Omniverse to create detailed simulations from grid to chip level, ensuring efficient and sustainable operations.
The digital twin allows engineers to predict and manage power requirements with unprecedented accuracy, reducing downtime and energy waste. According to Schneider Electric, this tool is set to transform how AI factories are designed and operated.
Addressing AI’s Growing Power Demands
As AI workloads continue to expand, so do their power needs. The new digital twin solution aims to tackle this challenge by providing real-time insights and predictive analytics. ETAP’s CEO emphasized that this technology will be crucial for maintaining reliability and sustainability in the face of increasing energy consumption.
Industry experts have praised the collaboration, noting its potential to set new standards for power management in high-tech manufacturing environments. The tool is expected to be rolled out to select partners later this year.
