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| Title | UK Data Center Cooling Market Size, Share Analysis, Energy Trends and Growth Forecast 2025-2033 |
|---|---|
| Category | Business --> Retail Trade |
| Meta Keywords | uk data center cooling market |
| Owner | Imarc |
| Description | |
| Market Overview The UK data center cooling market was valued at USD 634.1 Million in 2024 and is projected to reach USD 1,610.2 Million by 2033, growing at a CAGR of 10.9% during 2025-2033. Growth is driven by rising data demand, expanding digital infrastructure, and focus on energy-efficient and sustainable cooling technologies. Innovations such as liquid cooling and AI management systems boost efficiency, while regulatory emphasis on green data centers fuels adoption across the UK. UK Data Center Cooling Market. Study Assumption Years
UK Data Center Cooling Market Key Takeaways
Sample Request Link: https://www.imarcgroup.com/uk-data-center-cooling-market/requestsample Market Growth Factors The UK data center cooling industry is witnessing immense growth in view of the rising acceptance of high-density computing and the rising demands for energy-efficient cooling solutions. The latest advancements in the area of liquid cooling techniques like immersion cooling and direct-to-chip cooling solutions have helped serve the burgeoning requirements of computational power with better energy efficiencies and low carbon emissions. Major companies, including Park Place Technologies, are upgrading their services related to IT infrastructure by implementing the latest liquid cooling solutions in the UK. Sustainability initiatives significantly impact the market growth due to the rising trend of data centers embracing cool technologies powered by renewable energy resources. Government regulations with stringent norms promote the adoption of the technology to decrease the carbon emissions and expenditures incurred during the operations. The UK-based managed services company DSM Group has set the example of this trend with the introduction of the Eco Data Centre that incorporates water-cooled racks with solar power integration. Technologies like AI and IoT integration enable efficient cooling system optimization. This has led to the evolution of modular cooling system designs that can dynamically adapt to varying workloads. For example, Iceotope has launched the first liquid cooling laboratory within Sheffield. This has led to developments within high-density cooling. For example, the combination of traditional cooling and innovate cooling practices has led to the development of cost-effective solutions that balance performance. This has revolutionized the current state of data center cooling within the UK. Market Segmentation Analysis by Component:
The market includes essential solutions like air conditioning for reliable climate control, chilling units and cooling towers for efficient heat dissipation, economizer systems leveraging external air to cut energy usage, and liquid cooling systems preferred for handling high-density heat management. Advanced control systems facilitate precise operation and energy management, with emerging hybrid and innovative technologies enhancing the market.
Services cover expert consulting for design, energy efficiency, and compliance; installation and deployment ensuring proper setup and minimal downtime; and maintenance and support ensuring reliability through inspections, troubleshooting, and upgrades. Analysis by Type of Cooling:
Room-based cooling governs entire data center spaces using CRAC units, suitable for large facilities though less efficient in high-density areas. Row-based cooling targets server rows directly, improving energy efficiency and scalability, popular in high-density expanding centers. Rack-based cooling offers highly localized temperature control, including liquid cooling to racks, enhancing efficiency and adaptability especially for mission-critical operations. Analysis by Cooling Technology:
Liquid cooling is rapidly gaining importance for its superior heat transfer and sustainability benefits, supporting high-density environments and applications like AI and big data. Air cooling remains fundamental for its reliability, simplicity, and lower upfront costs, with improvements in airflow management enhancing its energy efficiency despite limitations in dense setups. Analysis by Data Center Size:
Mid-sized centers prioritize scalable and flexible cooling, increasingly integrating row-based and liquid cooling alongside air systems. Enterprise data centers demand robust liquid and sophisticated air cooling with sustainability integration and comprehensive monitoring. Large data centers deploy efficient liquid cooling and hybrid systems, adopting free cooling and AI-driven management for operational excellence and expansion support. Analysis by Vertical:
BFSI demands reliable, energy-efficient cooling to secure sensitive financial data. IT and telecom sectors drive demand for liquid and advanced in-row cooling to manage high-density servers amid data traffic growth. Research institutions utilize both air and liquid methods for HPC systems, emphasizing sustainability. Government and defense require highly secure and resilient systems with precise controls. Retail relies on a mix of air and liquid cooling ensuring performance during peak loads. Energy vertical favors liquid cooling for thermal management and sustainability. Healthcare data centers prioritize reliable air and liquid cooling supporting critical medical data access. Regional Insights London is the dominant region in the UK data center cooling market, supported by high IT infrastructure concentration and global connectivity. The city's advanced facilities utilize efficient cooling technologies and prioritize sustainability, driving the adoption of liquid cooling and free-air cooling to reduce energy consumption. London's strategic importance attracts international operators, reinforcing its leadership position in the UK's data center cooling sector. Recent Developments & News In October 2024, Modine inaugurated a new 14.6-acre production facility in Bradford, UK, dedicated to Airedale precision cooling products for data centers, operational two months ahead of schedule to meet rising global demand for energy-efficient cooling. In September 2024, UK's Stellium Datacenters partnered with Submer and ExxonMobil to implement immersion cooling technology integrating ExxonMobil's cooling fluid with Stellium's infrastructure. In February 2024, Global Switch received planning approval for a 27,000 sq m London South data center expansion, featuring air and liquid cooling options and aiming for a PUE below 1.2 utilizing 100% renewable energy. Key Players
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