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Technologies for data centre thermal control are constantly changing to meet the needs of both large and small (edge) data centres.
Aisle, row, and rack-level air or liquid cooling are all being used by colocation, cloud, enterprise, and edge facilities in addition to chilled water and pumped refrigerant.
Multiple cooling techniques might be used, depending on the density of applications in a data centre. In order to guarantee uptime, maximise efficiency, and save operating costs, improved thermal controls have emerged as the crucial “glue” that delivers the ideal temperature and airflow to racks.
New cooling requirements for current data centres are being brought on by the growing usage of high-density applications like artificial intelligence, machine learning, high-performance computing, and data analytics.
In order to provide specialised rack or even chip-level cooling, this is leading to hybrid cooling solutions, which employ more than one cooling method. Some data centres, however, are actually getting smaller.
The number of edge sites, on the other hand, is rapidly increasing. The need for thermal management systems that assure availability while also providing efficiency gains that cascade across big distributed networks is growing as the edge becomes more and more mission important.
Remote thermal monitoring and control is essential for uptime and maintenance in these sometimes unmanned or “lights out” operations.
The Global data centre Thermal Management market accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2022 to 2030.
A new generation of thermal management systems, the Liebert XDU from Vertiv, supports liquid-cooled servers and allows for the control of liquid quality, flow, and pressure.
Rack densities and temperatures are rising faster than standard air-cooled units can keep up with high-density computing applications like data analytics and machine learning, and this calls for more effective and environmentally friendly solutions.
Any data center environment, from core to edge computing sites, may install liquid cooled server applications thanks to the Liebert XDU coolant distribution technology.
Data centres are attempting to lower their energy usage, which is driving the industry to develop fresh, more sustainable solutions. At the same time, high-performance computing applications like artificial intelligence and augmented reality are becoming more and more popular.
Applications with greater power processors are now hosted by many colocation providers that previously depended solely on air cooling, necessitating the use of more effective heat management techniques like liquid cooling.
Our customers can satisfy the demand for high-density computing while increasing the effectiveness of their operations with the Vertiv Liebert XDU.
The technology supports the circular economy by using a closed water loop to prevent waste and by trapping heat that may be used to warm local businesses, residences, or farms.
With integrated cutting-edge controls, the Liebert XDU can adjust pump speed to optimise supply water temperature and provide intelligent flow monitoring and warnings.
The small solution can be positioned around the room’s edge or in the row next to the cooling rack. Data centre operators and server manufacturers, who are increasingly adopting ultra-high-density, high-performance computing systems across numerous different types of data centres, were closely involved in the development of the Liebert XDU by Vertiv.
