Building Data Centers: Design and Construction Essentials MTA
Site selection, mission-critical infrastructure, and construction best practices for modern data centers

About this book:

Building Data Centers: Design and Construction Essentials serves as a comprehensive guide to delivering mission-critical data center infrastructure, emphasizing that modern facilities are not merely buildings but complex, interdependent systems where tolerance for error is minimal and downtime costs are measured in millions per hour. The book begins by framing the data center landscape across the hyperscale-to-edge spectrum, explaining how hyperscale campuses prioritize repeatable, utility-scale designs for massive cloud workloads, while edge sites focus on low-latency compute deployed in constrained environments like cell towers or retail spaces. It establishes that understanding this continuum—along with business drivers, regulatory constraints, and local conditions—is foundational to all subsequent design decisions, from availability targeting to construction sequencing.

Central to the book’s approach is the rigorous definition of availability through Uptime Institute tiers and Service Level Agreements (SLAs), which directly dictate engineering choices regarding redundancy (N, N+1, 2N, 2N+1), fault tolerance, and concurrent maintainability. It details how these principles cascade into every subsystem: electrical architecture (from utility feeds and medium-voltage substations to UPS topologies, generator plants, and rack-level power distribution), mechanical systems (chillers, cooling strategies including air, liquid, and hybrid approaches, water management, and thermal performance of the building envelope), and structural systems (slab vs. raised floor, seismic considerations, and material selection). The text stresses that true resilience emerges not from isolated component redundancy but from eliminating single points of failure, ensuring physical diversity in utility and fiber paths, and designing systems where maintenance can occur without impacting IT load—a concept woven through discussions of switchgear, static transfer switches, and power distribution units.

Beyond technical design, the book dedicates significant attention to the practical execution and lifecycle management critical for mission-critical success. It covers site selection due diligence (power, fiber, risk assessment), permitting strategies, master planning for phased campus layout, construction sequencing and risk mitigation, and the multi-layered commissioning process (from factory acceptance testing to integrated systems testing and turnover). Operational readiness is framed as an ongoing commitment involving personnel training, documentation, predictive maintenance via BMS/DCIM, and reliability engineering. Finally, it addresses cross-cutting imperatives like sustainability (energy strategy, water stewardship, embodied carbon), regulatory compliance, and the evolving integration of data centers with grid services and renewable energy, positioning these not as add-ons but as essential to long-term viability, community acceptance, and operational cost control in an increasingly carbon-conscious world. The overarching message is that success hinges on aligning availability goals with disciplined design, coordinated construction, rigorous validation, and proactive operations to deliver facilities that start clean, run stable, and scale predictably.

What You'll Find Inside:

• Comprehensive coverage of data center design fundamentals from site selection through construction and operations, with specific focus on hyperscale and edge deployments.
• Detailed explanations of availability concepts including Uptime Institute tiers, SLAs, redundancy configurations (N, N+1, 2N, 2N+1), and fault tolerance principles.
• Practical guidance on critical infrastructure systems including electrical architecture, cooling strategies, power distribution, and mechanical plant design.
• Mission-critical considerations such as physical security, fire suppression, concurrent maintainability, and integrated testing/commissioning procedures.
• Modern approaches to data center construction including modular/prefabricated methods, sustainability strategies, and regulatory compliance requirements.

Who's It For:

This book is essential for owners, developers, architects, engineers (electrical, mechanical, structural), general contractors, trade partners, and data center operators who are responsible for delivering mission-critical infrastructure. It provides the technical depth and practical guidance needed for professionals involved in data center design, construction, and operations to ensure facilities meet availability targets while managing risk, cost, and sustainability requirements.