Analyzing the Future of Data Center Cooling Market Dynamics 2025-2034: Growth Rate, Trends, and Major Opportunities
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What is the Future CAGR of the Data Center Cooling Market, and How Will It Impact Industry Expansion?
The size of the data center cooling market has significantly expanded in the last few years. The market is projected to progress from a worth of $16.97 billion in 2024 to reach $19.74 billion in 2025, with a Compound Annual Growth Rate (CAGR) of 16.3%. Factors contributing to this growth during the historic period include a rapid increase in data center operations, high-density computing, issues related to energy efficiency, regulatory compliance needs, global data storage, and a rise in heat load per rack.
The size of the data center cooling market is predicted to expand quickly in the forthcoming years, reaching $37.51 billion in 2029 with a compound annual growth rate (CAGR) of 17.4%. The expected growth is due to factors such as integration of renewable energy, emphasis on water conservation, heat recovery systems, and the inclusion of modular data center solutions and immersive cooling. The forecast period is expected to be dominated by trends such as liquid cooling solutions, free cooling techniques, AI-powered cooling management, high-density cooling systems, edge data center cooling solutions, and cooling-as-a-service models.
What External and Internal Drivers Are Contributing to the Growth of the data center cooling Market’s Growth?
The projected increase in global temperatures is set to be a significant propellant for the expansion of the data center cooling market in the upcoming period. Such mounting global temperatures stem from a myriad of factors including human-induced elevated greenhouse gas emissions, deforestation, industrial operations, and fossil fuel burning. These activities amplify the greenhouse effect, contributing to the entrapment of heat in the planet’s atmosphere. The pertinence of data center cooling solutions is growing in this climate due to their role in maintaining suitable working conditions for servers and preventing overheating in high energy-consuming facilities. For example, the National Oceanic and Atmospheric Administration (NOAA) National Centers for Environmental Information, a prestigious US-based organization known for its authoritative data on climate, weather, and environment, reported that global surface temperatures documented by NOAA stood at 1.00 °C (1.80 °F) above the average temperature in June 2023. This was identified as the fourth-highest April temperature in their 174-year history, significantly higher than the 0.85 °C (1.53 °F) reported in April 2022. Consequently, surging global temperatures are anticipated to spur the need for data center cooling in the future.
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What Are the Top Market Players Propelling the Growth of the Data Center Cooling Industry?
Major companies operating in the data center cooling market include:
• Hitachi Ltd._x000D_
• Mitsubishi Electric Corporation_x000D_
• Schneider Electric SE_x000D_
• Fujitsu Limited_x000D_
• ABB Group_x000D_
What Are the Key Trends to Watch in the Data Center Cooling Market Over the Coming Years?
Leading players in the data center cooling industry are introducing innovative products such as immersion cooling fluids to boost their market profitability. Immersion cooling fluids, also known as dielectric fluids or coolants, are specialized liquids used in the immersion cooling systems of data centers to absorb and disperse heat produced by electronic components like servers and other IT hardware. For example, ExxonMobil Corporation, a natural gas firm based in the US, rolled out immersion cooling fluids for data centers in October 2023. These cooling fluids from ExxonMobil, designed with a focus on energy efficiency and performance, provide a mix of synthetic and non-synthetic choices with various thermal capacities. These fluids have been specifically designed to have lower viscosity, allowing for efficient heat elimination, making them compatible with different materials, and in turn, increasing equipment longevity. These immersion cooling fluids are crucial for liquid cooling in data centers as it helps improve energy efficiency, lower water usage, and optimize rack density which leads up to a 40% decrease in the total cost of ownership for IT equipment.
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Which Industry Segments Are Leading the Development and Expansion of the Data Center Cooling Market?
The data center cooling market covered in this report is segmented –
1) By Data Centre Type: Large Data Centers, Enterprise Data Centers, Mid-Sized Data Centers
2) By Cooling Technology: Rack Or Row-Based, Room-Based
3) By Component: Solution, Service
4) By Industry: Banking, Financial Services And Insurance (BFSI), Information Technology (IT) And Telecom, Research And Academic, Government And Defense, Retail, Energy, Manufacturing, Healthcare, Other Industries
Subsegments:
1) By Large Data Centers: Hyperscale Data Centers, Cloud Data Centers, Co-Location Data Centers
2) By Enterprise Data Centers: Private Enterprise Data Centers, In-House Data Centers
3) By Mid-Sized Data Centers: Edge Data Centers, Regional Data Centers
What Regions Are Dominating the Data Center Cooling Market Growth?
Asia-Pacific was the largest region in the data center cooling market in 2024. North America was the second-largest market in the data center cooling market share. The regions covered in the data center cooling market report are Asia-Pacific, Western Europe, Eastern Europe, North America, South America, Middle East, Africa.
How Do Experts Define the Scope of the Data Center Cooling Market?
The data center cooling refers to a method of separating hot and cold air in data centers. In a data center, too much hot air can cause equipment to overheat and malfunction. A facility that can do this consistently, affordably, and with consistent monitoring is on the right track to improved cooling efficiency. Data center cooling efficiency is to reduce the amount of air that needs to be cooled by using directed cooling. Directed data center cooling necessitates that each rack or cabinet in the facility is confined within its system.
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