A data center is a building or property that houses storage servers, networking devices, and other important useful connectivity hardware. These buildings are hired as means to replicate what an on-premise computer system can do, which reduces the operational cost of consumers. With the growing demand for data processing along with the increase in usage of smart devices and internet applications, the demand for data centers has also increased. This directly affects the operation intensity and standard operating procedures being followed by these giant data center buildings. One of the core operational factors of efficiency for these data centers is the PUE or power usage effectiveness, which is a measure of efficiency in any data center. The PUE gets impacted by any change in load on servers or in power consumption.
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storage servers and cooling utilize a majority of the power in data center operations. Data centers are designed to run 24/7, which causes the components to heat. Overheating can lead to outages, thereby preventing a data center from running continuously. Apart from this, the servers are designed in such a way that they operate at an optimum temperature, and any change in that temperature may lead to dysfunction. Thus, cooling becomes a crucial component of data center operations.
Carbon emission is another data center challenge associated with cooling. Legacy systems such as CRAH and room-based air conditioning systems utilize refrigerants such as chlorofluro and hydrochloro carbons. These refrigerants are one of the direct sources of carbon emissions from data centers. These challenges can be overcome through the deployment of efficient cooling solutions.
The market for data centers liquid cooling has some immediate concerns that limit the growth of the market. These challenges are mostly associated with technical and financial limitations but are expected to get eradicated with new developments in the market. The market for data center liquid cooling is expected to get a significant boost from government initiatives and policies. For instance, the Kigali agreement, which dedicates the mandates for reducing the consumption of HFCs as refrigerants and industrial gases, plays a vital role in adoption of liquid cooling technologies in data centers. This agreement alone is capable of driving the market for efficient and low carbon-emitting cooling systems for data centers.
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The increase in data production and processing needs will increase the industry reliance on network and transmission of data as well data storage, as digital technologies and digital assets have data intensive applications. Such applications have led to the increase in rack power density, which would require better cooling solutions so that efficiency is maintained. Increased rack density and rising electricity tariffs are indirectly pushing the market to increase the consumption of energy-efficient technologies to save electricity consumption, which is boosting the market for data center liquid cooling and further positively impacting the demand for energy-efficient cooling solutions.
