01
Modular data centre infrastructure
Containerized modules, micro-modules, integrated IT units, enclosed aisles, racks, physical protection, and supporting infrastructure.
Business Line 03
Data Centre Equipment Sourcing & Supply
We help customers identify, compare, source, and coordinate data centre equipment and infrastructure components through qualified supply networks in China.
Who this is for
A practical fit for complex infrastructure programs.
Data centre owners, operators, and EPC teams
Customers procuring individual products or coordinated equipment packages
AI, HPC, edge, and enterprise projects with specific thermal or power requirements
Teams that need technical comparison and supply coordination across multiple categories
What we deliver
Source the equipment your data centre project actually needs.
02
Precision and close-coupled cooling
Room-level, in-row, in-rack, rear-door heat exchanger, fan-wall, modular, and high-density cooling systems.
03
Liquid cooling and cooling plant
Cold plates, CDUs, manifolds, pumps, heat exchangers, quick connectors, immersion systems, chillers, dry coolers, cooling towers, and hydraulic modules.
04
Power distribution
Low-voltage distribution, UPS and battery systems, PDUs, intelligent busbars, monitoring systems, and integrated power modules.
05
Compute and storage infrastructure
General-purpose, AI, GPU, HPC, edge, rack-scale server, and storage systems with compatibility-focused coordination.
06
Monitoring and management
DCIM, environmental monitoring, energy measurement, access control, alarms, remote operations, and infrastructure-management systems.
07
Server memory and components
Server-grade memory modules, including ECC and registered memory options, subject to platform compatibility, availability, and qualification requirements.
Representative specifications
Indicative equipment families available through our supply network.
These figures help illustrate the type of equipment we can source. They are not a guaranteed standard configuration; final specifications depend on the selected manufacturer, model, site conditions, local standards, workload, and project design.
| Equipment family | Representative specifications | Typical configuration notes |
|---|---|---|
| Containerized data centre modules | 4 or 8 x 42U cabinets; example footprints of approximately 6.1m or 12.2m long x 3.0m wide x 2.9m high; outdoor protection up to IP55; approximately -40 C to +55 C; 5-95% relative humidity; 380/400/415V, 50/60Hz | May integrate racks, HVAC, UPS, batteries, fire protection, access control, monitoring, lighting, cabling, and single or dual power feeds. |
| Room-level precision cooling | Approximately 7-200kW cooling capacity | Final selection depends on sensible heat load, airflow, redundancy, and available cooling source. |
| In-row precision cooling | Approximately 7-80kW per unit; published operating range approximately -40 C to +50 C | Close-coupled cooling for modular rooms, containers, and medium- to high-density racks. |
| Water-cooled dual-coil CRAC | Approximately 90-300kW per unit; published rack loads of approximately 15-42kW | May support free cooling, mixed cooling, and mechanical cooling modes. |
| Cold-plate liquid cooling | Published reference ranges include more than 50kW per cabinet and CDU configurations from approximately 10kW to 1,200kW | Typically includes cold plates, CDUs, manifolds, prefabricated piping, quick connectors, monitoring, and leak detection. |
| Liquid-cooled high-density cabinets | Approximately 60-150kW per cabinet in selected configurations | Requires coordination between server compatibility, coolant quality, CDU capacity, heat rejection, condensation control, and leak detection. |
| Immersion liquid cooling | Up to approximately 160 computing nodes and approximately 220kW per cabinet in selected configurations | Suitable for AI, HPC, and other ultra-high-density workloads; final envelope and coolant depend on configuration. |
| Integrated cooling stations | Approximately 156-2,500 refrigeration tons in published product families | May integrate chillers, cooling towers, pumps, water treatment, electrical controls, redundancy, and containerized plant modules. |
| Hydraulic and pump modules | Approximately 4-20MW per set in selected configurations | May integrate variable-frequency pumps, heat exchangers, filtration, pressure stabilization, valves, controls, and standby pump capacity. |
| Power distribution modules | Integrated options may combine transformers, low-voltage distribution, UPS, compensation, busbars, and intelligent power monitoring | Final rating, redundancy, short-circuit withstand, protection coordination, and local certification must be confirmed per project. |
| DCIM and infrastructure management | Real-time collection and analysis across power, cooling, network, security, and IT resources; 2D/3D visualization and automated alarms available in selected platforms | Can support energy analysis, capacity planning, digital-twin views, automated O&M workflows, and reporting. |
Core capabilities
From technical scope to an executable package.
Specification matching and supplier comparison
Datasheet, drawing, interface, and option clarification
Factory communication and documentation collection
Commercial coordination and quotation consolidation
Inspection, shipping coordination, and delivery tracking
Integration, deployment, commissioning, and lifecycle support where required
Typical applications
Where this business line fits.
Individual equipment replacement or expansion
Coordinated procurement for new data centre projects
Liquid-cooled AI and HPC deployments
Modular and edge infrastructure rollouts
Cooling plant, hydraulic, and prefabricated piping packages
Why this approach
Built around the deployment conditions that matter.
One contact point across categories
Coordinate cooling, power, racks, monitoring, compute, storage, and related infrastructure through one procurement conversation.
Technical matching instead of price-only purchasing
Review equipment against workload, density, power architecture, environmental conditions, interfaces, standards, and lifecycle expectations.
Better visibility of project risk
Make interfaces, delivery dependencies, documentation gaps, and qualification requirements visible before equipment is committed.
Delivery approach
A structured path from requirement to handover.
STEP 01
Requirement review
Review application, specifications, quantity, destination, delivery date, compliance, and support needs.
STEP 02
Product and supply matching
Identify suitable products or configurations based on performance, compatibility, lead time, commercial requirements, and project risk.
STEP 03
Technical clarification
Coordinate datasheets, drawings, interfaces, options, exclusions, testing, and warranty conditions.
STEP 04
Commercial coordination
Consolidate quotations, compare alternatives, clarify delivery terms, and select an executable package.
STEP 05
Verification and delivery
Support factory communication, documentation review, inspection, shipment coordination, and delivery tracking where required.
STEP 06
Integration support
Combine equipment sourcing with system integration, site deployment, commissioning, and lifecycle support for project-based requirements.
Specification disclaimer
Published values are reference points only. Cooling capacity, cabinet density, environmental range, protection class, electrical rating, node count, dimensions, compatibility, certifications, warranty, availability, and delivery scope vary by model and configuration. Final details are confirmed during technical evaluation and quotation.Request-for-quotation checklist
The details that help us respond accurately.
Product or equipment category
Required quantity
Intended application and workload
Rack density or capacity requirement
Electrical standard and site conditions
Cooling method or thermal load
Required certifications or local compliance standards
Delivery destination and target date
Installation, commissioning, warranty, or support requirements
Related business lines
Move between solution design and equipment supply as your project develops.
Start a project discussion
Tell us what you need to deploy, source, or expand.
Share your target capacity, site conditions, workload, timeline, and support requirements. We will help shape the next practical step.