PUBLISHER: AnalystView Market Insights | PRODUCT CODE: 2104631
PUBLISHER: AnalystView Market Insights | PRODUCT CODE: 2104631
Water-Efficient Data Center Technologies Market size was valued at US$ 2,990.6 Million in 2025, expanding at a CAGR of 18.1% from 2026 to 2033.
Water-Efficient Data Center Technologies Market represents innovative technologies for cooling, which minimize water consumption while ensuring effective thermal management in modern data centers. These include direct-to-chip cooling systems, spray liquid cooling, immersion liquid cooling, intelligent cooling systems, and other innovative cooling solutions used in hyperscale and enterprise data centers. Higher loads on AI, higher rack power densities, stricter environmental regulations, and sustainable practices adopted by organizations are factors driving the use of water-efficient technology in data centers. As reported by the Uptime Institute in 2025, over 60% of AI-powered data centers are using liquid cooling technology, supporting sustained market expansion through improved operational efficiency and resource conservation.
Water-Efficient Data Center Technologies Market- Market Dynamics
Rising AI Infrastructure Increasing Demand for Water-Efficient Cooling Technologies
As the rate of deployment for AI-driven infrastructure accelerates, demand for water-efficient liquid cooling technologies will increase. AI servers have increased data center energy and cooling loads relative to enterprise servers, placing a strain on both conventional and alternative air-cooling solutions, as AI processors have increased rack power densities by three to ten times the industry average enterprise hardware of two to three kW per rack. With data centers facing space, power, and water limitations, the efficiency benefits associated with direct-to-chip liquid cooling, spray liquid cooling, and immersion liquid cooling, including reductions in energy usage and water consumption, higher rack power densities, and increased usable floor space will become more imperative. For example, NVIDIA has reported that its upcoming AI platforms will be liquid-cooled at rack power densities exceeding 120 kW as of 2025. This transition toward advanced thermal management continues to accelerate market adoption globally.
The Global Water-Efficient Data Center Technologies Market is segmented on the basis of Component, Cooling Type, Data Center Type, End User, and Region.
Within the cooling technology segment, Direct-to-Chip Cooling will retain the largest portion of the market, as it removes heat directly from the processing units and accelerators, as well as drastically reduces facility water utilization compared with existing chilled-water infrastructure. Direct-to-Chip offers easy integration into current data center infrastructure, is an enabling technology for AI/HPC applications, and allows operators to achieve higher rack densities without extensive data center redesigns. Spray liquid cooling is steadily growing as a method to cool areas that need concentrated thermal management in niche applications, and immersion liquid cooling technology is steadily gaining popularity for ultra-high-density deployments where the highest levels of cooling performance are required, and operational efficiencies are of paramount importance. In 2025, the Open Compute Project increased its liquid cooling ecosystem to more than 80 member companies, promoting liquid cooling to become a common standard.
Water-Efficient Data Center Technologies Market- Geographical Insights
North America dominates the Water-Efficient Data Center Technologies Market owing to the prevalent implementation of AI infrastructure, developed hyperscale cloud ecosystems, and continuous investment in sustainable digital infrastructure. The U.S. and Canada have increasingly implemented advanced liquid cooling technology to enable power-intensive AI applications while fulfilling their environmental goals. Collaborations between cloud providers, semiconductor manufacturers, and cooling technology providers remain instrumental in rapidly commercializing these technologies at new and existing data centers. In 2025, the U.S. Environmental Protection Agency stated that over 400 data centers have enrolled in the ENERGY STAR benchmarking program, indicating a substantial regional focus on efficiency and sustainability.
The Asia Pacific region appears to be a considerable market for technologies that use less water in data centers considering the rapid developments in hyperscale facilities, semiconductor manufacturing, and digitalization. Regions such as China, Japan, South Korea, Singapore, and India have been establishing data centers equipped with artificial intelligence, which requires complex liquid cooling technologies to guarantee energy and water efficiency. Further development of sustainability policies from governments and the increasing demands of cloud services would drive future advancements in the field. In 2025, the Singapore Economic Development Board reported the operation of more than 70 commercial data centers in the region, indicating an increase in demand for efficient cooling technologies.
Competitiveness in the Market for Water-Efficient Data Center Technologies arises from innovations in liquid cooling technologies, intelligent thermal management systems, and cooling ecosystems for the emerging AI infrastructure. The leading vendors have been expanding their direct liquid cooling offerings, developing better coolant delivery systems, upgrading monitoring systems, and forming partnerships with server producers. Water efficiency, scalability, energy efficiency, and hyperscale environment compatibility continue to be key competitive advantages. In 2025, Vertiv reported that its liquid cooling offerings were implemented in more than 30 countries worldwide, demonstrating the growing global adoption of advanced thermal management solutions.
In June 2025, Vertiv increased the scope of its liquid cooling product range through offering enhanced direct-to-chip cooling infrastructure to enable future generations of AI and HPC operations with greater cooling efficiency and lower water consumption.
In March 2025, Schneider Electric unveiled innovative AI-enabled data center cooling systems that combine liquid cooling and intelligent monitoring features for improved thermal efficiency as well as water conservation purposes.