Data centers are energy-intensive technologies that require efficient cooling systems to ensure the efficiency of processors and other equipment. Liquid cooling is a relatively new technology that has significantly transformed data center cooling and is one of the most popular cooling techniques used today. There are many different liquid cooling systems, each offering greater efficiency than the last. Direct-to-chip cooling is a more recent liquid cooling technique in which a liquid coolant is supplied to a chip through tubes.
This type of cooling is increasingly beneficial to data centers, as it offers better performance by increasing air-side heat transfer between the fins of the heat exchanger and the ambient air. Heat exchangers are also 10% to 30% smaller and up to 60% lighter, allowing them to take up less space in the data center. This cooling method also reduces costs, as there are lower coolant and material costs. Created by JetCool, liquid cooling by microconvection is revolutionary, as it can cool some of more powerful processors. This technology is reported to save data centers up to 8% on energy costs and up to 90% on water costs per year.
It was developed in response to the significant amount of energy used by data centers, since they use 3% of the planet's total energy each year. Chilled water is a data center cooling system commonly used in medium to large data centers that uses hot water to cool the air brought in by air controllers (CRAH). Immersion makes it possible to mine cryptocurrencies or perform any other type of important computing on blockchains. Many of the largest and most economically important server installations now operate in enterprise, hyperscale and cloud data centers. The thermal guidelines of the American Society of Heating, Refrigeration and Air Conditioning Engineers (ASHRAE) recommend that the ideal temperature for server entrances be between 64.4°F and 80.6°F, with a relative humidity of between 40 and 60%. If the ideal temperature is not reached, IT equipment is likely to malfunction, leading to costly damage and increased downtime. Liquid cooling is an innovation that has significantly transformed data center cooling and is one of the most popular cooling techniques used today.
It's a more efficient and cost-effective cooling system because it can be installed in the data center devices that need it most. Liquid is more efficient than air at transferring heat away from emitting sources. It can also withstand a higher density of equipment and elements that generate higher than average heat, such as high-density data centers and peripheral computing. You can install or move it practically anywhere, but it contains impressive computing power comparable to what you can exert in a centralized cloud data center. As energy-intensive technologies such as 5G mobile networks, big data and artificial intelligence are still emerging, demand for data centers is expected to continue to grow at a rapid pace. Know what's happening in your data center from anywhere to rest assured that your efficiency initiatives don't interrupt service or affect customers.
With so many different types of cooling systems available for data centers, it can be difficult to determine which one is best for your needs. However, liquid cooling systems offer some of the most efficient solutions available today.
