Critical Power
Vertiv Liebert APM2
A scalable modular UPS platform for data centers and other mission-critical facilities.
Review the seriesRackMade · Data Center Power & Cooling
Power and cooling systems for the next rack density.
We help global buyers turn data center requirements into coordinated Vertiv equipment selections—covering critical power, precision cooling, liquid cooling and modular infrastructure.
- Load-to-system sizing
- Power and cooling coordination
- Technical submittal support
01Define the real load
Rack density, diversity, growth phases and uptime target.
02Choose the architecture
UPS topology, air or liquid cooling, redundancy and controls.
03Lock the equipment schedule
Models, interfaces, documentation and a quotation path.
Solution paths
Start with the operating problem, not a product list.
High-ticket infrastructure is won or lost in the assumptions. These pages organize the questions that must be answered before equipment can be selected responsibly.
01High-density infrastructure
AI Data Center Power & Cooling
Turn GPU rack plans into an engineered power and heat-rejection architecture—from utility input to the chip.
Review the design path →02From facility water to the chipLiquid Cooling for GPU Infrastructure
Coordinate CDUs, secondary loops, controls and heat rejection for direct-to-chip deployments.
Review the design path →03UPS, batteries and distributionCritical Power Systems
Engineer a coordinated critical-power chain around the actual load, autonomy and uptime requirement.
Review the design path →04Room, row and hybrid architecturesPrecision Cooling Systems
Match cooling architecture to load density, airflow, climate and expansion—not just nominal room tonnage.
Review the design path →05Integrated infrastructureModular & Edge Data Centers
Package racks, power, cooling and monitoring into a repeatable deployment for distributed or fast-track capacity.
Review the design path →Core product families
Products selected inside a system design.
We publish product-family pages to support technical discovery. Final models, capacities and options are confirmed against the project.
Liquid Cooling
Vertiv CoolChip CDU
Facility-to-technology cooling-water control for high-density direct-to-chip liquid cooling.
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Precision Cooling
Vertiv Liebert PEX4 Plus
Precision environmental control for equipment rooms and data halls with variable thermal loads.
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Precision Cooling
Vertiv Liebert CRV4S
Close-coupled in-row precision cooling for dense rack environments and contained aisles.
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Modular Data Center
Vertiv SmartRow 2
An integrated row-based infrastructure approach combining racks, power, cooling and monitoring.
Review the seriesWhy RackMade
China-based engineering economics, applied to global projects.
Our value is not simply access to equipment. It is the ability to do the technical work before a purchase: clarify design inputs, compare architectures, expose missing interfaces and build a more complete bill of materials.
This matters most in complex projects where a low equipment price can become expensive after rework, scope gaps or incompatible assumptions.
1 briefLoad, site, redundancy, schedule
1 reviewOpen questions and design risks
1 pathSelection, documentation, quotation
Engineering guide
How much power and cooling does an AI GPU rack need?
A practical method for converting GPU configuration into rack power, facility electrical capacity and cooling requirements—without relying on a single misleading watts-per-rack number.
Start with the design inputs
Send us the load, site and redundancy requirements.
Our engineering team will turn the brief into a product shortlist, open technical questions and a quotation path.