The AI Power Wall: Why Air Cooling Fails at 20kW+
As AI chips like the H100 push TDP (Thermal Design Power) beyond 700W, the heat density per rack is soaring past 40kW. At Wandtung, we've observed that standard air-cooled CRAC systems reach their physical limit at 20kW per rack. Pushing air faster only increases noise and energy waste without solving the core heat-stagnation problem at the chip level.
Wandtung's Direct-to-Chip (D2C) Advantage
We don't just sell cold plates. The Wandtung solution integrates the D2C manifold directly into our heavy-duty server cabinets. By delivering coolant to the heat source and removing 90% of IT heat through liquid, we help operators achieve a PUE (Power Usage Effectiveness) as low as 1.15—a benchmark air-cooled facilities simply cannot match.
The Danger of Fragmented Infrastructure
Many integrators source liquid cooling from one vendor and racks from another. This leads to poor cable management, compromised leak detection, and electrical interference. Wandtung's "One Coordinated System" ensures that the Liquid Cooling Cabinet, the Manifold, and the Intelligent PDU work as a single organism, with integrated sensors communicating on a unified dashboard.
Future-Proofing for the 80kW+ Era
AI evolution isn't slowing down. Our liquid cooling architecture is designed for scalability. Whether you are deploying 20kW today or planning for 100kW next year, the physical chassis remains the same. This modular engineering is what defines Wandtung's commitment to sustainable IDC growth.