Data Center Cooling Market by End-User, by Solution, and Regions — Global Industry Analysis, Growth, Share, Size, Trends, and Forecast 2020–2026

Global Data Center Cooling Market is valued to reach USD 14.6 Billion by 2021, growing at CAGR of 12.6% from 2020–2026. Growing usage of cloud computing, rising number of data centers, need to reduce the heat generated by increased data center power densities, growing need to improve mobility, operational efficiency, security and bandwidth are the factors driving the market.

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Data centers are closed spaces that produce tremendous heat and for which traditional cooling systems aren’t capable enough to protect the critical equipment from heat. The heat densities can be much higher in large data centers. Private organizations own a large data center in the form of corporate data center that are highly dependable upon communication technology systems. The larger purpose is to facilitate data processing and internet services for their own use.

Internet data centers are operated by third party vendors and commercial operators with an objective to provide IT services to their customers on rental basis irrespective of IT hardware such as power cooling and other cooling facilities. These facilities work beyond wide-area communications having fast internet access and back-up storage facilities. These kind of facilities benefits huge companies such as stock exchanges, banks and services providers for business operations. Technically, the measure of power within a data center is watts per square feet (WPSF) and currently, industrial requirements demands not more than 150 WPSF. Although, this wattage seems to suffice industrial needs, more power requirements for HVAC systems will become a mandate.

Data Center Cooling Market Trends, Drivers and Insights:

The data center cooling market is strongly driven by ongoing trends and rising competition in the IT landscape. Demand for on-premise data storage centers owing to massive scale operations is likely to trigger the need for cooling devices. Additionally, use of cloud storage has augmented all over the years owing to rise in SaaS approach that enables the storage providers to scale their capabilities and enlarge their demands for cooling systems. The quality of power should be always good as in there shouldn’t be any power interruptions or fluctuations as these impurities can disturb and ruin electronic equipment. Therefore, the need for surge arresters and interactive systems demand power conditioning as a part of electrical system. Backup systems can protect from fluctuation in power supply that is capable of carrying the power requirements of HVAC and other auxiliaries.