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The new energy-saving way achieved by changing computer culture (saving energy by changing the computer room environment)

机译:通过改变计算机文化实现的新节能方式(通过改变计算机机房环境来节约能源)

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This paper describes how major savings of energy can be achieved by raising temperatures in computer rooms, this leading to a reduction in the power consumed by air-conditioners. For many years it has been thought that computer room temperatures should be set at a low level such as 23-24/spl deg/C when computers are in operation. The authors researched actual situations in computer rooms while also reviewing technical aspects and those of reliability with eight leading computer system manufacturers. The results led them to conclude that no problems would arise if the room temperature were increased to an upper limit of 28/spl deg/C. As far as this new way is concerned, trial estimations indicate that about 600 MW of demand could be saved within the service area of TEPCO if computer-using customers could be persuaded to raise computer room temperatures from the ordinary 23-24/spl deg/C to an upper limit of 28/spl deg/C. Furthermore, the authors also studied measures to improve the system of air-conditioning in computer rooms, as a result of which they presented and evaluated a new type of air conditioner which can offer much in saving of energy compared to conventional systems.
机译:本文介绍了如何通过提高计算机机房的温度来节省大量能源,从而降低空调的能耗。多年来,人们一直认为计算机运行时应将计算机机房温度设置在较低的水平,例如23-24 / spl deg / C。作者研究了计算机机房的实际情况,同时还与八家领先的计算机系统制造商一起回顾了技术方面和可靠性方面。结果使他们得出结论,如果室温升高到28 / spl deg / C的上限,则不会出现任何问题。就这种新方法而言,试验估计表明,如果可以说服使用计算机的客户将计算机室的温度从普通的23-24 / spl deg //提高到东京电力公司的服务范围内,则可以节省600兆瓦的需求。 C的上限为28 / spl deg / C。此外,作者还研究了改善计算机机房空调系统的措施,结果,他们提出并评估了一种新型空调器,与传统系统相比,该空调器可以大大节省能源。

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