Delta launches prefabricated AI modular data center promising 60% faster deployment

Delta introduced a prefabricated AI modular data center solution at COMPUTEX 2026, targeting faster buildouts for high-density deployments. The company says the design can cut data center deployment time by up to 60% compared to traditional approaches.

Delta’s Prefabricated AI Modular Data Center Solution packages power, cooling, piping systems, and IT infrastructure into prefabricated units intended for rapid deployment and scalable expansion. Delta lists 800 VDC in-row power and its GoCool cooling technologies as core building blocks, including a GoCool 260 kW LTA and 3 MW LTL cooling design.

Delta also described an AI Containerized Data Center that integrates UPS systems, IT equipment, and cooling into a single factory-preassembled unit. The containerized configuration includes a GoCool 80 kW LTA CDU and is positioned as not requiring additional water piping. Delta says the footprint fits “a single parking space,” with deployment time reduced by approximately 60% versus traditional data centers, while maintaining PUE below 1.19.

For engineers, the practical point is straightforward: prefabrication shifts schedule risk from the jobsite to the factory. That can help when you’re trying to stand up capacity fast, but it also means your power and cooling interfaces, transport constraints, and commissioning workflows need to be nailed down early, because changes late in the cycle get expensive.

HVDC power and “grid-to-chip” building blocks

Delta is also highlighting HVDC architectures for AI data centers and a set of “grid-to-chip” products, including an 800 VDC in-row power system. In the configuration described, the in-row power includes six 110 kW power shelves, each with an 80 kW BBU, for up to 660 kW output and 480 kW backup power.

Delta listed additional power shelves for 19-inch and 21-inch racks, with up to 98.5% efficiency. On the AC side, Delta described its DPH G3 Modular UPS as delivering 1,250 kW in a 1 m² footprint and, when integrated with an “Advanced Power Utilization & Regulation Appliance,” handling GPU load slew rates up to 6,000% of rated capacity per second, with 97.2% efficiency.

Cooling: CDU specs down to pump, flow, and pressure

On the liquid side, Delta described an 800 VDC 2.4 MW liquid-to-liquid CDU with N+1 redundancy and hot-swappable features. Delta lists 25 kW HVDC electric pumps with an integrated converter and control module, supporting flow rates up to 1,440 LPM and pressure up to 650 kPa at the operating point. For HVDC air cooling, Delta says its new HVDC fan design improves efficiency by 2% at full load and up to 15% under low-load conditions. At the chip level, Delta described a micro-channel cold plate designed for NVIDIA Vera Rubin NVL72, along with cooling approaches using advanced thermal transfer materials and micro-channel lid structures.

“By completing pre-assembly and testing at the factory, the deployment time is reduced by as much as 60%,” said Kelvin Huang, VP and General Manager of Delta’s ICT Infrastructure Business Group.

Delta did not provide pricing or general availability timing details in the materials tied to COMPUTEX 2026.