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Trial and application of direct evaporative cooling at telstra's information and communication technology centres

机译:在澳大利亚电信的信息和通信技术中心试用和直接蒸发冷却

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Telstra have successfully trialed direct evaporative cooling (DEC) in four ICT buildings in Australia, with the aim to reduce facility energy consumption. The first trial reduced the total site energy consumption by 18% and the second and third trials by 15%. Upon deduction of maintenance and water consumption, there were operational savings of 9% for both sites. There has been no negative impact (equipment failure) due to humidification of cooling supply air or space condensation during and beyond the trial periods. This paper describes these trials, their cooling system architectures and discusses their results. This paper also takes a further look at DEC to supply a hot-aisle-containment (HAC) for telecommunications or data centre applications. Thermal and energy modelling indicates an average 40% reduction beyond traditional economy cycle systems for cool and dry climates of southern Australia. The modelling also shows direct evaporative cooling in an HAC arrangement may be used as the primary cooling system for Tasmania while staying within the ASHRAE thermal guidelines.
机译:Telstra已成功在澳大利亚的四栋ICT大楼中试用了直接蒸发冷却(DEC),目的是减少设施能耗。第一次试验将现场总能耗降低了18%,第二次和第三次试验将能耗降低了15%。扣除维护和用水量后,两个站点的运营成本均节省了9%。在试验期间及之后,没有由于制冷供气的加湿或空间凝结而产生的负面影响(设备故障)。本文介绍了这些试验,其冷却系统架构并讨论了其结果。本文还对DEC进行了进一步研究,以为电信或数据中心应用提供热通道控制(HAC)。热能和能源模型表明,在澳大利亚南部凉爽干燥的气候条件下,比传统的经济循环系统平均减少了40%。该模型还显示,HAC布置中的直接蒸发冷却可用作塔斯马尼亚岛的主要冷却系统,同时保持在ASHRAE热指南之内。

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