AI Computing Factory
Large-scale liquid-cooled AI computing centers, high-density GPU clusters, modular server rooms
Overview
The AI Computing Factory provides large-scale liquid-cooled AI computing center delivery spanning high-density computing, cluster networking, liquid cooling, modular rooms, and intelligent O&M. IT loads and operational targets guide a coordinated design across servers, networks, power, cooling, fire safety, monitoring, and site engineering.
Core Capabilities
- Modular server room and liquid-cooled deployment
- High-density GPU clusters and high-speed networking
- Smart O&M and energy efficiency management
- Full-cycle engineering from planning to delivery
Delivery Principles
Define workload and expansion phases before sizing infrastructure, and define interfaces and test boundaries before manufacturing and construction. Equipment parameters, commissioning records, alert rules, and acceptance evidence are retained for O&M, expansion, and troubleshooting.
System & Scenario Evidence
From Computing Demand to an Operable Data Center
IT load, rack density, cooling, power, networking, and O&M are designed together so computing equipment and infrastructure do not evolve in isolation.
Let IT Load Define Infrastructure
Training, inference, storage, and network needs determine rack count, power density, expansion phases, and availability targets before power, cooling, and space modules are finalized.
- Load and capacity model
- Rack power density
- Network and storage topology
- Phased expansion boundaries
Power and Liquid Cooling for Dense Computing
Device thermal design power, redundancy, and operating strategy guide liquid or hybrid cooling, with clear primary-loop, secondary-loop, power, and monitoring interfaces.
- Power architecture
- Liquid cooling
- Environmental monitoring
- Fault isolation and maintenance
Coordinate Prefabrication and Site Engineering
Standardized units move to factory prefabrication and testing, while the site focuses on foundations, module placement, utility connections, commissioning, and acceptance.
- Module detailing
- Factory testing
- Rapid site assembly
- Subsystem and integrated acceptance
Unified Monitoring Supports Continuous Operations
Power, environment, cooling, network, and equipment status feed alert levels, work orders, capacity trends, and energy analysis for evidence-based expansion and maintenance.
- Power and environment monitoring
- Capacity and energy trends
- Alert work orders
- Operational reporting
AI Infrastructure Delivery Path
Capacity planning, module detailing, factory prefabrication, site commissioning, and operational handover form an expandable engineering loop.
Demand and Capacity
Confirm chips, servers, IT load, rack density, availability, and expansion plans.
Module Detailing
Design space, power, liquid cooling, networks, fire safety, monitoring, and interfaces.
Manufacture and Build
Coordinate prefabrication tests, logistics, placement, installation, and subsystem startup.
Test and Handover
Complete integrated tests, load validation, fault drills, documentation, and O&M training.
Solution Materials and Public Industry References
Hanxing materials explain delivery capabilities. Public references illustrate industry approaches only and are not Hanxing customers or delivered projects.
Modular 30 MW-Class AI Factory Design
A complete design framework organizes dense computing, modular rooms, power, cooling, networks, and delivery stages for capacity planning and detailed engineering.
Source: Hanxing 30 MW AI Factory and modular server room materials
Prefabricated Modular Data Center Practice
A public industry white paper describes prefabrication, site assembly, lower-carbon design, elastic expansion, and intelligent O&M as common modular data center practices.
Source: ODCC, New-Generation Prefabricated Modular Data Center White Paper; not a Hanxing customer case
Unified Power, Environment, and Capacity Management
Power, cooling, environment, network, and device alerts share one operational view for duty management, work orders, capacity trends, and replay.
Source: Hanxing infrastructure solution scenarioStart Your Digital Transformation Journey
Start with business goals and field constraints, then build an implementable, testable, and maintainable solution.
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