AI Data Center Infrastructure for High-Density Computing

AI workloads change the assumptions behind data center design. Higher rack densities create new questions around power continuity, heat rejection, rack layout and expansion speed. Before choosing a configuration, the key input is not only total facility load but the expected load per rack and the cooling chain needed at that density.

VERHI publishes modular data center infrastructure, UPS and precision cooling product families that can be used as the starting point for high-density projects. This page explains what should be reviewed before configuration and what product evidence VERHI can currently reference.

What to Review First

Start with the expected IT load per rack, the growth window and the available facility conditions. Those inputs determine whether room-level precision cooling, in-row cooling or another cooling approach is appropriate. They also determine UPS sizing, battery runtime and redundancy choices.

VERHI’s engineering review should confirm:

• expected kW per rack and total protected load
• runtime and redundancy target
• whether the project uses air cooling only or requires a liquid cooling chain
• available space, power source and heat rejection location
• monitoring and service requirements

Power and UPS Evidence

The current published UPS range includes VH-UM Series modular UPS, VH-UR11 and VH-UR3xx rack/tower UPS, and VH-UT Series UPS power supply products. These product pages provide model-level evidence, while the final configuration should be confirmed against your load profile.

Internal links: VH-UM Series modular UPS, VH-UR11 UPS, data center UPS product range.

High-Density Cooling Evidence

Current published cooling evidence includes precision air conditioners and in-row models such as CR40 and CR60 In-Row Precision Air Conditioners. For very high rack densities, the boundary between air cooling and liquid cooling must be confirmed by engineering.

Internal links: CR40 in-row precision air conditioner, CR60 in-row precision air conditioner, in-row precision cooling range.

Modular Infrastructure Evidence

Micro-module and modular products such as BPSR2, SC All-in-One, BPSC Series and the published Modular Data Center Solution can support space-constrained or staged deployment. VERHI does not claim that these products support every AI rack configuration; each project needs a technical review.

Internal links: BPSR2 micro-module data center, SC all-in-one micro-module data center, BPSC Series modular data center.

AI Infrastructure FAQ

How does AI change data center power and cooling requirements?

AI increases average rack power and heat density. This can require higher UPS capacity, more precise cooling control and a review of whether row-level or liquid cooling is needed.

Does VERHI support liquid cooling for AI racks?

VERHI publishes in-row and precision air cooling products today. VERHI does not claim support for every liquid cooling architecture. Submit the proposed cooling chain and rack density for an engineering review.

What should an AI data center RFQ include?

Include kW per rack, total IT load, redundancy level, expected runtime, available cooling media, space constraints and the deployment timeline.

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