Black & Veatch

A successful data center depends on integrated power, cooling, water and connectivity infrastructure working together to support continuous operations. Key components include utility interconnections, substations, backup generation, energy storage, cooling systems, fiber networks and water infrastructure. The most successful data center construction programs treat power, water and connectivity as one integrated design strategy from site selection through planning. For hyperscale data centers, this means designing for phased expansion at the campus level, so each buildout phase can energize on schedule without forcing costly redesign later. 

Modular and incremental data center expansion approaches help operators add capacity in stages rather than sizing for ultimate demand on day one. Expandable substations, scalable power delivery and growth-ready cooling and water infrastructure improve capital efficiency while increasing reliability. By building in flexibility for changing tenant requirements and rising AI workloads, operators can bring capacity online faster, reduce development risk and maintain long-term scalability as business needs evolve. 

Power availability is often the biggest factor affecting data center schedules. Black & Veatch helps clients accelerate speed to power through site selection, utility coordination, owner-operated substations, behind-the-meter generation and integrated project delivery. By evaluating multiple power pathways early and coordinating planning, engineering and infrastructure delivery, we help clients reduce schedule risk, avoid utility and permitting bottlenecks and mitigate rework so capacity can come online faster with greater predictability.

Yes. Black & Veatch supports hyperscale, colocation, AI-native, cloud, edge and mission-critical data center operators worldwide. Each deployment model has unique requirements for power, water, cooling, network connectivity and scalability. Our teams help clients develop infrastructure strategies tailored to their growth objectives, including modular expansion plans, phased campus development and standardized colocation designs. These approaches help operators bring capacity online faster, align infrastructure investments with demand and maintain flexibility for long-term growth

Water and cooling strategies play a critical role in data center performance, particularly as AI workloads increase power densities and thermal demands. Black & Veatch helps clients evaluate cooling technologies, optimize water use and improve operational resilience. Our experience includes liquid cooling, water reuse, treatment systems and long-term resource planning. By aligning water and cooling strategies early, operators can improve efficiency, support sustainability goals and prepare for future growth.

A data center campus is a collection of interconnected facilities and supporting infrastructure designed to operate as a unified environment. In addition to data halls, campuses often include substations, power generation, cooling systems, water infrastructure, fiber and network connectivity, security systems and supporting facilities. A campus approach allows operators to scale capacity over time, optimize infrastructure investments and support long-term growth from a single strategic location.

Data center outcomes are often shaped by decisions made long before construction begins. Power availability, water strategy, permitting requirements, site conditions and coordination across campus infrastructure can all influence development timelines, operational performance and future scalability. 

The most successful data center programs address these considerations early through integrated planning across infrastructure, environmental and design disciplines. Evaluating power, water, site and connectivity requirements together helps organizations identify interdependencies, support informed decision-making and create a coordinated path from planning through operations. This approach strengthens campus readiness, improves resource management and supports long-term performance as capacity needs evolve.