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Air distribution system applications in high compute density data centers. (a) Typical under-floor air cooling system configuration, (b) typical configuration with aisle partition system, and (c) typical configuration with aisle enclosure system.  

Air distribution system applications in high compute density data centers. (a) Typical under-floor air cooling system configuration, (b) typical configuration with aisle partition system, and (c) typical configuration with aisle enclosure system.  

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Research
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The computer equipment installed in a data center or office space must be maintained within acceptable temperature and humidity specifications for reliable operation. A typical cooling arrangement consists of installing the equipment on a raised floor and using several air-conditioning units to force air into the space under the raised floor. While...

Contexts in source publication

Context 1
... there is a limitation in effectively preventing such phenomenon in an open space -IT server room with only the location of supply and return air infrastructures. The reality is that the problem of rising temperature (hot spot) continues to occur in currently operating data centers (see Fig.1 (a)). ...
Context 2
... there is a need to improve air distribution efficiency through additional physical barrier installation, and cooling efficiency can be improved by installing a simple partition wall on the rack server. Two types of formation are possible here [2]: the aisle partition system vertically dividing the cold aisle and the hot aisle, as shown in Fig.1(b): and the aisle enclosure system that blocks off the upper part of the cold aisle, as shown in Fig.1(c). ...
Context 3
... there is a need to improve air distribution efficiency through additional physical barrier installation, and cooling efficiency can be improved by installing a simple partition wall on the rack server. Two types of formation are possible here [2]: the aisle partition system vertically dividing the cold aisle and the hot aisle, as shown in Fig.1(b): and the aisle enclosure system that blocks off the upper part of the cold aisle, as shown in Fig.1(c). In terms of cooling efficiency, the aisle enclosure system that completely surrounds the cold aisle can more effectively prevent air re-circulation in comparison with the aisle partition system that simply forms a vertical wall. ...

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