Data Center Power and Cooling
Engineer the power and cooling systems that keep your infrastructure running at full capacity.
The Buyer Challenge
How do I engineer power and cooling infrastructure that supports current workloads, has headroom for AI and high-density compute, and is designed with the redundancy that mission-critical operations require?
What You Need to Understand Before Making a Decision
Power Redundancy
N+1, 2N, and 2N+1 power architectures — the redundancy levels that determine availability and the cost tradeoffs between them.
UPS Systems
Double-conversion UPS, modular UPS, and the battery technology that determines runtime, maintenance requirements, and total cost of ownership.
Cooling Architecture
Air cooling, liquid cooling, direct-to-chip, and immersion cooling — the technology selection that determines what power densities a facility can support.
PUE Optimization
Power Usage Effectiveness — the metric that measures cooling efficiency and the design decisions that improve it.
About This Category
Power and cooling are the physical constraints that determine what workloads a data center can support. AI and high-density compute have fundamentally changed the requirements — racks that drew 3–5 kW now draw 10–30 kW, and the cooling systems designed for the former cannot support the latter. This category covers power architecture, UPS design, generator systems, cooling technology selection, and the engineering decisions that determine whether a facility can support the workloads planned for it.
Related Categories
DCS Global Solutions in This Category
Ready to Move Forward?
Apply This Knowledge to Your Infrastructure
DCS Global engineers can review your specific requirements and give you a direct assessment, not a sales pitch. Our team has delivered a broad portfolio of infrastructure projects across North America, Europe, the Middle East, and Asia-Pacific.