Without Data Centers, Nonresidential Construction Would Be Down by 12.7%

Why It Matters

The sector’s reliance on data‑center development highlights its pivotal role in sustaining construction activity and broader economic health. A slowdown in data‑center demand could quickly ripple through the commercial building market.

Key Takeaways

• Data centers were sole driver of March commercial construction growth
• Dodge Momentum Index rose 1.8% month‑to‑month in March
• Commercial planning up 7% overall, but other sectors fell
• Without data centers, construction would drop 12.7% YoY
• Institutional projects declined 8.8% despite overall planning increase

Pulse Analysis

The rapid expansion of data centers in 2026 reflects a broader digital transformation, spurred by artificial‑intelligence workloads and edge‑computing needs. Developers are targeting locations with abundant power and low‑cost electricity, such as the Southwest and Southeast United States, to meet the surging demand for compute capacity. This construction boom has injected liquidity into the commercial real‑estate market, lifting the Dodge Momentum Index and masking weakness in traditional sectors.

However, the construction industry’s newfound dependence on data‑center projects introduces a concentration risk. While institutional and public‑building projects saw an 8.8% decline, the overall planning metric rose because data‑center sites alone contributed a 28.5% year‑over‑year increase. If AI‑driven demand eases or supply chain constraints limit new builds, the sector could experience a sharp pullback, potentially reversing the modest gains recorded in March.

Looking ahead, developers and policymakers are urging diversification to cushion the market. Incentives for green building, adaptive reuse of existing structures, and investment in resilient infrastructure could broaden the pipeline beyond data‑center projects. By balancing high‑tech construction with traditional commercial development, the industry can sustain growth while mitigating the volatility tied to a single, technology‑centric driver.