Schneider Electric, Nscale and Start Campus Bring the NVIDIA Omniverse DSX Blueprint into a Live AI Factory Environment
Key Highlights
- ➤66,000-plus NVIDIA Rubin GPUs planned for Start Campus’s SINES Data Campus
- ➤1.2 GW SINES Data Campus hosts Nscale’s AI infrastructure pilot
- ➤Immersive Twin links AI workloads with power, cooling, and operational models
- ➤Nscale expects faster token production, greater efficiency, and reduced deployment risk
- ➤Schneider Electric and AVEVA digital twin enables rapid AI factory scenario testing
Expert Statements
David Power, Chief Technology Officer at Nscale
“Working with Start Campus, Schneider Electric and NVIDIA, we’re using digital twins to model how AI data centers operate in the real world — from power and cooling to token delivery”
David Power, Chief Technology Officer at Nscale
“This gives us a clearer view of where full-stack optimizations can be realized before changes are made on the ground.”
David Power, Chief Technology Officer at Nscale
“It’s about using intelligence and simulation to build and operate AI infrastructure more efficiently, and sustainably at scale.”
Pankaj Sharma, Executive Vice President, Software & Service with Schneider Electric
“Building a credible, end-to-end digital twin requires collaboration across the AI ecosystem”
Pankaj Sharma, Executive Vice President, Software & Service with Schneider Electric
“By advancing energy tech, and connecting Nscale’s workload and IT infrastructure requirements with Start Campus’s physical facility and infrastructure data, while pairing it with Schneider’s digital twin technology, we’re bringing together critical perspectives needed to model AI factories more holistically and identify opportunities to optimize performance, efficiency and token production.”
Robert Dunn, Chief Executive Officer at Start Campus
“AI infrastructure needs to evolve as quickly as the technology it supports,”
Robert Dunn, Chief Executive Officer at Start Campus
“Our collaboration with Schneider Electric, Nscale and NVIDIA has taught us that operators and customers design, develop and operate data centers best when they work from the same model.”
Robert Dunn, Chief Executive Officer at Start Campus
“By using digital twin technology to simulate how a jump in rack density moves through the power train and the liquid cooling loop before it becomes a physical reality, we can test new hardware generations, agree the configuration with our customer and build it once.”
Robert Dunn, Chief Executive Officer at Start Campus
“That accelerates deployment, improves efficiency and maximizes the value of every megawatt.”
Robert Dunn, Chief Executive Officer at Start Campus
“This is an important step towards delivering resilient AI infrastructure at scale.”
* Built using the NVIDIA Omniverse DSX Blueprint, the Immersive Twin pilot connects Schneider Electric, AVEVA, and ETAP technology in one digital platform * Digital twin connects AI workload requirements with power, cooling, electrical, and operational models to accelerate AI Factory deployment and improve token efficiency * Pilot at Start Campus’ Sines data center campus is expected to optimize operations for Nscale BERLIN, Oct. 27, 2026 (GLOBE NEWSWIRE) -- Global energy technology leader Schneider Electric, industrial software leader AVEVA, full-stack AI cloud platform Nscale, and data center developer and operator Start Campus, today announced the successful pilot of an end-to-end digital twin developed using the NVIDIA Omniverse DSX Blueprint, part of NVIDIA DSX Sim.
The Immersive Twin pilot marks a significant step toward bringing Schneider Electric’s digital twin technology, powered by AVEVA software, into real-world AI infrastructure, allowing Nscale to accelerate token production and optimize token efficiency.
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