Data Center Infrastructure Solution
A complete, coordinated infrastructure stack from utility power to the rack.
The Problem
Customer Challenge
Operators building or expanding a data hall must coordinate power distribution, UPS, cabinets, cooling, cable management and monitoring from multiple vendors — a process prone to integration gaps, mismatched capacity planning and schedule risk.
The Approach
Solution Architecture
Wandtung designs the full infrastructure stack as one coordinated system: utility/generator input feeds redundant UPS, power is distributed to racks through intelligent PDUs, IT load sits in engineered cabinets with hot/cold aisle containment, precision or liquid cooling removes heat, and a monitoring layer ties power, environment and security together.
System
System Components
UPS & Power Distribution
Modular UPS and intelligent PDUs sized to redundancy target (N, N+1, 2N).
Cabinets & Containment
Data center cabinets with hot/cold aisle containment for airflow separation.
Cooling
Precision air conditioning or liquid cooling matched to rack density.
Cable Management
Structured overhead tray and underfloor routing for power and data.
Monitoring
DCIM-compatible monitoring across power, environment and access control.
Architecture
How It Works
- 1
Utility and generator power feeds into redundant UPS systems.
- 2
UPS output is distributed to racks via intelligent PDUs with outlet-level monitoring.
- 3
IT load is housed in cabinets with hot/cold aisle containment to isolate supply and return air.
- 4
Precision or liquid cooling removes heat load, sized to rack density.
- 5
A monitoring layer aggregates power, environmental and access data for facility operations.
Configuration
Product Configuration
Intelligent PDU
Network-managed rack power distribution with monitoring, metering and remote switching.
Modular UPS
Hot-swappable power module UPS for scalable, high-availability critical power.
Data Center Cabinet
High-load-capacity server cabinet for data center white space deployment.
Precision Air Conditioner
Close-control precision cooling for data center and telecom equipment rooms.
Advantages
Technical Advantages
- Single engineering point of accountability across power, cooling and enclosure systems
- Capacity planning coordinated across UPS, PDU and cooling from day one
- Factory testing of major subsystems before site delivery
Process
Deployment Process
Step 1
Requirements & Load Assessment
Define IT load, redundancy target and site constraints.
Step 2
System Design
Engineer power, cooling and cabinet layout as one coordinated architecture.
Step 3
Manufacturing & Factory Testing
Build and test major subsystems before shipment.
Step 4
Site Delivery & Installation
Deliver, install and integrate systems on site.
Step 5
Commissioning & Handover
Full-load commissioning, documentation and operator training.
Deployment
Typical Applications
FAQ
Frequently Asked Questions
Yes. Wandtung engineers coordinated power, cooling, enclosure and monitoring systems as a single infrastructure solution, sized and integrated together rather than sold as disconnected components.
Request This Solution
Tell us about your project and our engineering team will propose a configuration matched to your site requirements.