U.S. Data Center Cooling Market Set to Reach US$58.80 Billion by 2035 as Site Permitting Determines Where AI Budgets Move First

United States, September 2026 - The global data center cooling market is projected to reach US$58.80 billion by 2035, expanding at a 13.64% CAGR. In the United States, cooling budgets are no longer allocated after a facility's power and IT decisions are made. For AI-ready campuses, the cooling design now determines how much compute can be installed, how quickly capacity can be commissioned, and whether a site can secure permits without creating unmanageable water, noise, heat-rejection, or grid-load concerns.

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Cloud and sovereign-compute demand is accelerating capacity commitments, but the resulting cooling opportunity is uneven. High-volume demand remains in conventional air-cooled capacity, CRAH and CRAC replacement, containment, cooling towers, and plant modernization. Higher-margin demand is moving toward direct-to-chip liquid cooling, coolant distribution units, rear-door heat exchangers, hybrid architectures, dry cooling, and controls that allow operators to manage dense AI workloads without rebuilding an entire facility.

Site Permitting Is Now a Cooling Procurement Filter

The first commercial question is increasingly site viability, not preferred cooling brand. A development can have land, customer interest, and a credible power-delivery plan yet still face delays because local approvals require clear answers on water consumption, discharge, noise, backup systems, heat rejection, construction traffic, and energy use. Cooling choices that rely heavily on evaporation may be difficult to defend in water-constrained regions. Fully dry systems reduce water exposure but can affect energy performance, land use and equipment sizing. Hybrid systems can balance those issues, but only when controls, operating modes and maintenance practices are defined early.

This is creating a new route-to-market opportunity for equipment providers, engineering firms and water-management specialists. Rather than entering late through a mechanical-equipment tender, suppliers can influence project selection by providing water-risk analysis, cooling-load models, lifecycle-cost comparisons, permitting documentation and preliminary heat-rejection designs. The supplier that helps a customer establish a credible permit path may gain a more durable position than one offering only a lower equipment price.

Equipment availability remains a second risk screen. Chillers, cooling towers, heat exchangers, pumps, switchgear, control systems, liquid-cooling manifolds and CDUs have different lead-time profiles. A design that depends on a single long-lead component can erase the schedule advantage of a fast-build facility. Buyers are increasingly looking for providers that can offer factory capacity visibility, modular alternatives, staged commissioning plans, and field-service coverage.

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Cooling Architecture Separates High-Volume from High-Margin Demand

Hyperscale campuses create the largest volume opportunity, especially where cloud providers need repeated designs across multiple halls. These deployments can generate large orders for air-handling units, chilled-water systems, cooling towers, controls and maintenance services. However, procurement is highly competitive, margins can be compressed and suppliers must meet strict delivery and reliability standards.

Colocation data centers offer a different demand pattern. Operators need flexibility because a single building may serve customers with conventional enterprise loads, cloud deployments and high-density AI clusters. This makes liquid-ready halls, modular CDUs, rear-door heat exchangers and hybrid cooling systems commercially attractive. The value is not simply removing heat; it is allowing operators to sell higher-density capacity without making every tenant pay for an AI-grade design.

Enterprise and edge facilities present more selective but often profitable retrofit opportunities. Many existing sites cannot replace their air-cooling infrastructure in a single project. The practical upgrade path may involve containment improvements, in-row cooling, rear-door heat exchangers, localized liquid cooling and monitoring upgrades. These projects demand strong application engineering because the supplier must preserve uptime while integrating new thermal systems into live operations.

Rack density is the dividing line. Conventional workloads can still operate effectively with optimized air management, while GPU-dense and high-performance computing racks increasingly require liquid-assisted or liquid-based cooling. Direct-to-chip cooling can be introduced in phases, but it requires careful planning for piping, CDUs, leak detection, water treatment, service access and warranty responsibilities. Immersion cooling can offer high thermal performance, yet it changes server maintenance, component compatibility and operating procedures.

Supplier Profiles: Four Companies Influencing U.S. Cooling Procurement

Vertiv offers a broad portfolio across thermal management, liquid cooling, chilled-water systems, heat rejection, rack cooling, power infrastructure, monitoring and lifecycle services. Its 2025 annual reporting reflected the expansion of critical digital infrastructure demand, while its AI-focused cooling strategy includes direct-to-chip systems, CDUs, high-density thermal solutions and prefabricated infrastructure. Vertiv is particularly relevant where cooling, power and monitoring must be coordinated under one delivery structure.

Schneider Electric combines data-center cooling infrastructure with electrical distribution, digital energy management and EcoStruxure monitoring capabilities. Its data-center strategy addresses air, liquid and hybrid cooling alongside facility controls and lifecycle services. The company's 2025 business reporting reinforced the scale of its energy-management and automation operations. Its position is strongest where buyers need to link cooling performance with power visibility, sustainability reporting, operational analytics and phased AI-capacity expansion.

Munters focuses on energy-efficient air treatment, indirect evaporative cooling and data-center thermal management. Its Data Center Technologies business has expanded around cooling systems designed to reduce energy use and water exposure in large facilities. Munters' 2025 reporting highlighted continued data-center activity and investments in manufacturing and capacity readiness. Its commercial relevance is highest for hyperscale and colocation projects where air-side efficiency, climate conditions, water strategy and heat-rejection design influence permitting and operating cost.

Johnson Controls brings large-scale building systems, chillers, controls, service capability and heat-management expertise to data-center projects. Its 2025 financial reporting reflected demand for commercial-building infrastructure and digital services. The company is relevant in facilities that require close integration between cooling equipment, building management systems, reliability engineering, maintenance contracts and site-level energy goals. Its advantage is strongest in complex campuses where the data-center cooling system interacts with wider mechanical and building infrastructure.

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Buyers Must Test Cooling Designs Against Utilization Risk

A sophisticated cooling design can become an expensive underused asset if the projected AI load does not materialize on schedule. Conversely, undersized infrastructure can limit revenue when high-density customers are ready to deploy. The right procurement decision links facility type, rack-density assumptions, cooling architecture, power equipment, customer pipeline, permitting path and utilization outlook.

DataM Intelligence's Data Center Cooling Market report provides a U.S. decision-maker briefing on target accounts, route-to-market options, supplier readiness, capacity pipelines, cooling technologies and the design choices that affect uptime, deployment speed and lifetime cost. Organizations can request account-level or competitor-level customization before prioritizing sites and partners with credible power-delivery pathways.

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