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This release outlines how Schneider Electric, AVEVA and ETAP’s participation in the Alliance for OpenUSD is designed to help support open standards for digital twins, collaborative design and simulation-driven industrial systems.
Schneider Electric, AVEVA and ETAP announced that they have joined the Alliance for OpenUSD, aligning with industry stakeholders working to help advance interoperability for digital twins, 3D modeling environments and simulation-ready (SimReady) assets. Schneider Electric, AVEVA and ETAP's participation helps to support the development of open standards that further unify software tools and data models across buildings, grids, industrial facilities and large-scale digital infrastructure.
OpenUSD provides a high-performance, extensible framework for exchanging and synchronizing data across virtual environments. By basing digital twins on shared standards, organizations can better coordinate design workflows, model complex systems and support real-time decision-making across multi-domain infrastructure.
Key areas of focus include:
Development of SimReady assets representing physical energy, power and industrial systems.
Standardized 3D models that help to support cross-platform design and simulation.
Shared representations of buildings, grids, factories and data centers.
Interoperability between domain-specific tools and industrial digital twin platforms.
The collaboration across Schneider Electric, AVEVA and ETAP support workflows where digital models are used to design, validate and optimize power distribution, energy systems and operational architectures. Schneider Electric, AVEVA and ETAP's combined software portfolios span electrical infrastructure, power systems engineering and industrial operations management, helping to enable simulations across a range of sectors that span from manufacturing and utilities to data centers and large energy-intensive environments.
These capabilities support:
Coordinated system modeling across mechanical, electrical and operational layers.
Accelerated infrastructure design through standardized digital representations.
Improved integration of engineering data across design and operation phases.
More efficient planning and optimization for large-scale digital infrastructure.
As organizations adopt digital twins to model power systems and energy-intensive environments, standardized assets help to reduce integration complexity and facilitate scalable simulation. OpenUSD-based models can help to support workflows for designing AI-ready data centers, managing grid-connected assets and evaluating performance under dynamic operating conditions.
The partnership expands the ongoing work between the companies and technology ecosystems adopting simulation-first methodologies. By contributing to OpenUSD, Schneider Electric, AVEVA and ETAP aim to help support scalable, interoperable digital environments built on shared data models rather than proprietary formats.
This announcement reflects the broader industry movement toward open standards that help to enable simulation, AI-driven design and coordinated digital engineering across complex industrial and energy systems.
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