AI Factory Full-Stack
Digitalization
AI Is Redefining AI Infrastructure
The rapid growth of large-scale AI models and intelligent computing services is driving a new era of AI infrastructure. At the same time, AI data centers are facing increasingly complex challenges across deployment speed, power reliability, energy efficiency, and operational complexity.
An Interconnected World Requires Digital Intelligence
In collaboration with DSX, EnerAI is building a full-stack digitalization and digital twin framework for the AI Factory. Powered by OpenUSD-based standardized modeling and SimReady assets, the framework creates a unified digital foundation that transforms AIDC development and operations from a “physical-first, optimize-afterward” approach into a “virtual-first, continuously optimized” paradigm.
01.
Unified Digital Data Foundation
Unified data foundation: OpenUSD carries multi-dimensional metadata spanning geometry, electrical and thermal domains, working in concert with Nucleus asset version control to enable cross-discipline collaboration on a single source of truth
02.
Full-Chain Multi-Physics Simulation
Full-chain simulation: DSX Sim modeling, combined with Modulus multi-physics computation, enables scheme comparison, risk verification and capacity planning validation during the design phase
03.
Virtual Construction &
Process Validation
Virtual construction front-loading: clash rehearsals and work-sequence verification are completed before construction commences, resolving issues within the virtual environment and compressing both schedule and rework costs
04.
Cyber-Physical Intelligent Operations
Cyber-physical operations: round-the-clock monitoring and alerting together with expansion verification sustain continuous optimization across the entire AI Factory lifecycle
EnerAI’s Full-Stack
Digitalization Solution
Solution Advantages
Use the digital twin to connect the planning, construction and operations phases into a closed loop across the AI Factory lifecycle
Reduce change costs and shorten delivery cycles through front-loaded simulation and virtual construction
Sustain long-term energy-efficiency optimization and elastic expansion through real-time data and continuous verification
Global Project Cases
Proven in the field
Trusted by customers
Proven in the fieldTrusted by customers
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