From Data Centers to Industrial Expansion: Structural Divergence in the Midwest US Construction Market

Key Observations

1. Industrial Construction Grows Against the Trend, Data Centers Are the Main Driver According to the Minneapolis Fed's Spring 2026 survey, construction activity in the Upper Midwest has declined overall, but industrial construction is the only segment to maintain growth. Erick Garcia Luna, the Fed's Regional Outreach Director, pointed out that investment in data centers and supporting infrastructure is the primary driver. This type of construction is not influenced by traditional business cycles but is instead propelled by demand for cloud computing and AI computing power—tech giants like Google, Microsoft, and Amazon are accelerating their deployment of data centers in the Midwest to leverage local land, electricity, and fiber optic resources.

2. Commercial and Residential Construction Remain Weak, Small and Medium Contractors Bear the Brunt In the survey, 54% of businesses reported a year-over-year decline in activity, with commercial and residential construction suffering the deepest losses. Intensified competition, project delays, and rising material costs are the main causes. Small and medium-sized contractors are in the toughest position due to insufficient project pipelines and weak bargaining power. This reflects that the traditional real estate sector is still in an adjustment period following high interest rates, with little chance of a near-term rebound.

3. North Dakota Stands Out: Driven by Both Infrastructure and Data Centers While most regions are in decline, North Dakota has performed prominently. The state benefits from infrastructure investments (e.g., highways, bridges) and data center construction, creating a localized boom. This case illustrates that when public investment combines with private digital infrastructure, it can create regional hotspots for construction demand.

4. Labor Shortage Persists, but Structural Imbalances Worsen Despite the overall slowdown, labor shortage remains the top challenge for contractors. Underlying this is a skills mismatch: data center construction requires specialized trades such as electrical and cooling systems, while ordinary residential workers are idle. Workers cannot quickly move between industries, keeping labor costs high for industrial projects and further squeezing the traditional construction sector.

Why Have Data Centers Become the Savior of the Midwest Construction Market?

The fundamental reason is the exponential demand for computing power in the era of AI and big data. U.S. data center construction investment exceeded $40 billion in 2025, with the Midwest becoming a hot location due to low electricity prices, abundant land, and a cool climate (reducing cooling costs). At the same time, federal policies have indirectly boosted demand: the CHIPS Act promotes domestic chip manufacturing, the IRA encourages new energy and grid upgrades, and data centers, as the "infrastructure" of the digital economy, have become a transmission node for policy dividends.

Which Industries Will Benefit? Which Will Face Pressure?

• Benefiting Industries:
• Industrial construction contractors (focused on data centers, warehouses, manufacturing plants)
• Data center equipment suppliers (cooling systems, backup power, server racks)
• Power infrastructure service providers (Midwest grid upgrade needs)
• Technology companies (lower computing costs, support AI business)Industries Under Pressure:
• Commercial and residential builders (rising vacancy rates, declining new projects)
• Traditional subcontractors (small and medium enterprises dependent on office, retail, and residential projects)
• Manufacturers relying on US steel imports (tariffs driving up costs)

What does it mean for US manufacturing?

Data centers themselves are not manufacturing, but they drive the supporting supply chain: precast concrete, steel structures, electrical equipment, cooling units, etc. These products are manufactured by factories in the US Midwest, indirectly supporting the regional industrial base. More critically, data centers serve as the computing foundation for smart manufacturing (e.g., Industrial Internet of Things, digital twins), and their expansion will accelerate the digital transformation of US manufacturing.

What does it mean for corporate investment?

Investment in data centers by tech giants is cyclical (a wave every 5–7 years) and is currently in an upswing. However, contractors must be wary of the risk of over-reliance on a single client. At the same time, small and medium-sized construction companies should proactively transform: train workers in data center construction skills, or sign long-term service agreements with tech companies.

What does it mean for the next 5 years?

Industrial construction in the Midwest will maintain growth, but the pace depends on the speed of AI application adoption and tech capital expenditure plans. Commercial real estate may need more time (3–5 years) to absorb inventory. Overall, the US construction market shows a "K-shaped divergence": upstream (digital infrastructure, energy transition) strengthens, while downstream (traditional commercial, residential) weakens. This structure will reshape the regional economic landscape: states like North Dakota, Minnesota, and Wisconsin are poised to become new industrial-digital hybrid hubs.

Outlook for US Industrial Trends

Over the next 3–5 years, the US industrial system will undergo a triple transformation: 1. Shift in customer base: from traditional manufacturing clients to data economy customers (tech companies, cloud service providers); 2. Reskilling of workforce: general construction labor needs to acquire new skills in electrical, HVAC, data cabling, etc.; 3. Regional rebalancing: leveraging advantages in electricity, land, and climate, the Midwest will become a new cluster for data centers, subsequently attracting manufacturing (e.g., server assembly, prefabricated components) back.

The sustained activity in industrial construction is not a short-term boom, but a prelude to the reconfiguration of US industrial competitiveness in the digital economy era.