DATA CENTER ENGINEERING HANDBOOK

A reliable data center starts with sound engineering decisions. Understand how power, cooling, redundancy, and operations work together to keep critical infrastructure performing.

Designing a mission-critical facility requires more than selecting equipment. Engineers must calculate loads, plan capacity, manage heat, assess reliability, and ensure systems perform as intended, especially as rack densities increase and liquid cooling becomes more common.

Data Center Engineering Handbook connects engineering principles with practical design and operational methods. It includes equations, worked examples, practice problems, chapter summaries, and technical reference appendices.

Inside this handbook, you will learn how to:

• Calculate IT loads, power density, growth, and facility demand.
• Evaluate reliability models and redundancy configurations.
• Understand electrical distribution, UPS systems, batteries, generators, and protection.
• Assess airflow, heat transfer, chilled-water systems, and liquid cooling.
• Understand fire protection, monitoring, controls, alarms, and facility security.
• Evaluate energy efficiency, water use, carbon emissions, and energy reuse.
• Apply commissioning, maintenance, testing, and renewal practices.

The coverage spans electrical infrastructure, power systems, thermal management, cooling technologies, safety, controls, sustainability, and facility operations. Worked examples and practice problems reinforce key methods, while appendices provide unit conversions, property data, and design checklists.

Written for electrical and mechanical engineers, facility operators, controls and fire-protection professionals, commissioning teams, consultants, and advanced students, this handbook supports readers working across different areas of data center engineering.

Use it as a practical technical reference for understanding, evaluating, and managing the infrastructure behind mission-critical computing facilities.