Data Centers Will Surge

Why It Matters

Accelerated data‑center builds will drive significant revenue for construction firms while underpinning the digital infrastructure essential for AI, 5G, and cloud services, making it a strategic priority for investors and policymakers.

Key Takeaways

• Data center construction demand outpaces overall AEC growth in 2026
• Liquid cooling adoption reshapes floor plans and plumbing requirements
• Early utility coordination essential for power and substation planning
• Labor shortages and supply-chain delays increase project risk
• Sustainability standards push low‑carbon materials and energy‑efficient designs

Pulse Analysis

The surge in data‑center construction is more than a fleeting hype; it reflects a structural shift in how the economy consumes information. As AI models grow in size and latency‑critical applications like autonomous vehicles proliferate, companies are racing to add capacity that rivals the scale of traditional oil fields. AGC’s latest forecast confirms that, despite a muted outlook for most AEC segments, demand for data‑center and power‑facility projects will outpace the broader market through 2026. This momentum is being fueled by both private investment and government initiatives aimed at modernizing national broadband and energy grids.

Building the next generation of facilities, however, introduces a suite of engineering hurdles. Liquid‑cooling systems are rapidly replacing conventional air‑based methods, forcing designers to rethink floor layouts, plumbing networks, and heat‑reuse strategies. Early coordination with utilities becomes critical to secure substation capacity and on‑site generation, while site selection now weighs climate resilience, water availability, and proximity to renewable power sources. At the same time, chronic labor shortages and strained supply chains inflate costs and extend timelines, prompting contractors to adopt modular construction and digital project‑management tools to stay competitive.

The industry’s response is already visible in collaborative ventures such as the Clayco‑Deep Atomic consortium, which is prototyping nuclear‑powered AI data‑center campuses. These projects illustrate a broader trend: construction firms are evolving into systems‑integration specialists, blending civil engineering with high‑tech infrastructure and sustainability mandates. As regulators tighten energy‑efficiency standards and investors prioritize low‑carbon footprints, firms that embed green materials, circular‑economy practices, and cyber‑hardening into their designs will capture the most lucrative contracts. In short, the data‑center boom is set to reshape construction economics and drive a new wave of innovation across the built environment.