AI Data Center Solution
High-density power and cooling architecture for AI training and inference infrastructure.
The Problem
Customer Challenge
AI training and inference racks draw far more power per rack than traditional IT loads, exceeding what standard air cooling and PDU designs can support, and requiring careful electrical and thermal capacity planning.
The Approach
Solution Architecture
Wandtung pairs high power three-phase PDUs and high-capacity UPS with liquid cooling (cold plate + CDU) to support dense GPU/AI racks, with monitoring tuned to track power and thermal headroom in real time.
System
System Components
High Power PDU
Three-phase, high-current distribution for GPU/AI racks.
High-Capacity UPS
Sized for sustained high-density load.
Liquid Cooling & CDU
Cold plate direct-to-chip cooling with CDU loop management.
Architecture
How It Works
- 1
High power PDUs distribute three-phase power to dense GPU racks with balanced phase loading.
- 2
Liquid cooling removes heat directly at the chip level via cold plates.
- 3
A CDU manages the primary/secondary coolant loops and monitors flow and temperature.
Configuration
Product Configuration
Advantages
Technical Advantages
- Supports rack densities beyond air-cooling limits
- Balanced three-phase power design for GPU clusters
- Integrated leak detection and thermal monitoring
Process
Deployment Process
Step 1
Density & Load Planning
Define target kW per rack and cooling method.
Step 2
Power Architecture
Design high power PDU and UPS distribution.
Step 3
Cooling Integration
Deploy CDU and cold plate liquid cooling loops.
Step 4
Commissioning
Validate power balance, cooling performance and monitoring.
Deployment
Typical Applications
FAQ
Frequently Asked Questions
AI training and GPU racks can draw many times the power density of traditional servers, generating heat loads that exceed what air cooling can economically remove at rack level — liquid cooling extracts heat directly at the chip, enabling much higher density per rack.
Request This Solution
Tell us about your project and our engineering team will propose a configuration matched to your site requirements.