The Two-Phase Direct-to-Chip Commissioning Services Market is projected to reach USD 1,102.0 million by 2036, rising from USD 339.4 million in 2026 at a 12.5% CAGR from 2026 to 2036, according to Future Market Insights (FMI).

Demand for commissioning services is being shaped by the rapid deployment of AI and high-performance computing clusters, where rising rack power densities are placing greater pressure on conventional air-cooling systems. As liquid cooling becomes increasingly critical, commissioning is shifting from component-level checks to system-level acceptance, covering flow, temperature, controls, alarms, heat rejection, and facility interfaces.

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Why Is Commissioning Becoming Critical for AI Data Centers?

AI infrastructure is increasing the value of every thermal management decision. A misconfigured flow setting or unstable cooling loop can delay the deployment of expensive computing capacity, encouraging data center operators to demand evidence-based validation before production handover.

Hyperscale campuses benefit from repeatable commissioning procedures across sequential data halls, while brownfield retrofits require deeper design validation before two-phase refrigerant loops and heat rejection systems can be integrated with existing infrastructure. This creates opportunities for service providers that can connect commissioning evidence with uptime requirements, warranty acceptance, and defined operating envelopes.

Key Market Highlights

• 2026 market value: USD 339.4 million
• 2036 market value: USD 1,102.0 million
• 2026-2036 CAGR: 12.5%
• Commissioning and balancing share in 2026: 26.0%
• Dry coolers share in 2026: 29.0%
• 251-500 kW rack density share in 2026: 34.0%
• Hyperscale AI share in 2026: 48.0%
• Saudi Arabia CAGR, 2026-2036: 14.1%

Why Does Commissioning and Balancing Lead Service Scope?

Commissioning and balancing accounts for 26.0% of service scope demand in 2026, reflecting the need to validate the complete cooling path before high-value computing capacity is accepted. Teams verify flow distribution, temperature responses, controls, alarms, leak detection, and facility-side performance under intended operating conditions.

The service becomes particularly important in two-phase systems because rack-side and facility-side networks must operate as a connected thermal system. In February 2025, Vertiv expanded its global liquid cooling services to include startup and commissioning activities covering connected equipment and cooling loops.

Why Do Dry Coolers Lead Heat Rejection?

Dry coolers represent 29.0% of heat rejection and secondary loop demand in 2026. Their position is supported by direct-to-chip architectures capable of operating with warmer facility-water temperatures, shifting commissioning requirements toward fan staging, approach-temperature checks, pump curves, control sequences, and seasonal performance.

Warm-water designs can reduce dependence on mechanical refrigeration in suitable environments, making validation of ambient-temperature boundaries increasingly important. This is creating additional demand for commissioning expertise across dry-cooler and hybrid heat-rejection systems.

Why Does 251-500 kW Lead Rack Density?

The 251-500 kW segment holds a 34.0% share in 2026. This range combines high thermal complexity with a deployment scale that can be repeated across large AI clusters. Commissioning teams must verify flow balance, control responses, fault states, and facility-loop behavior under representative loads.

At these densities, a single thermal configuration error can affect multiple high-value accelerators connected through shared manifolds or coolant distribution units. As a result, acceptance testing is becoming a core part of deployment readiness.

Hyperscale AI Drives Data Center Type Demand

Hyperscale AI accounts for 48.0% share in 2026, supported by large-scale GPU deployments that require standardized and repeatable commissioning procedures. These environments connect liquid cooling with power controls, building management systems, and facility heat rejection, creating multiple points where configuration issues can delay capacity release.

In March 2026, Accelsius introduced the NeuCool IR150, an integrated two-phase rack combining a CDU with 42U of IT space and up to 150 kW of cooling capacity.

What Are the Drivers, Restraints, and Opportunities?

AI rack densification is the primary growth driver as operators seek reliable thermal validation before releasing computing capacity into production. At the same time, refrigerant-side controls, interoperability requirements, technician capabilities, and facility integration can extend qualification cycles.

Opportunities are emerging through warm-water heat rejection, brownfield conversions, thermal simulation, seasonal performance testing, controls tuning, fault testing, and lifecycle optimization. Treating commissioning as an ongoing component of thermal architecture management can create recurring service demand beyond initial system startup.

Analyst Perspective

Sudip Saha, Principal Analyst at Future Market Insights, said:

"System handoff readiness is the right test for direct-to-chip commissioning. Stable flow and temperature are essential, but controls, alarms and the secondary fluid network also have to behave correctly. The service proves its value when the same checks can be repeated across a large AI deployment."

Regional Growth Shows Strong Demand Across AI Infrastructure Markets

Saudi Arabia is projected to record the highest CAGR at 14.1% from 2026 to 2036, followed by South Korea at 13.8% and Japan at 13.5%. The UAE is expected to grow at 13.2%, while the USA records 12.9% and France 12.5%.

Growth across these markets is linked to expanding AI compute capacity, hyperscale development, power availability, and investments in data center infrastructure. Local commissioning capabilities are becoming increasingly important as operators deploy liquid-cooled systems across both new and existing facilities.

Competitive Landscape

The market includes Accelsius, Vertiv, Parker Hannifin, and ZutaCore. Competition is shaped by two-phase cooling integration, commissioning and lifecycle services, fluid-network support, and geographic service capabilities.

Integrated cooling providers are combining proprietary thermal architectures with deployment and validation services, while infrastructure specialists are extending commissioning, fluid management, maintenance, and secondary-loop support. As deployments scale, the ability to provide repeatable field acceptance procedures is becoming increasingly important.

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About the Report

The Two-Phase Direct-to-Chip Commissioning Services Market report covers Service Scope, Heat Rejection/Secondary Loop, Rack Density, Data Center Type, Route to Market, and Region across 2026 to 2036.

The study covers North America, Latin America, Western Europe, Eastern Europe, East Asia, South Asia and Pacific, and the Middle East and Africa, including the USA, South Korea, Japan, Saudi Arabia, UAE, France, and more than 25 additional countries. The research uses primary discussions with cooling OEMs, data center operators, engineering firms, and decision-makers, supported by government announcements, ASHRAE and OCP documentation, technical papers, company filings, and market evidence.

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