Power Conditioning System for Computer Laboratories or Data Centers

Roderick C. Tud, J. D. dela Cruz
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Abstract

In this study, the researchers focus in the modeling of the Harmonic Behavior in the Computer Laboratory and the proposed Design of the Power Conditioning System of the Computer Laboratory. The study was conducted in a manner of instrumentation survey and by gathering technical data and load analysis. Technical concepts, theories and their application to signals and signal processing guided this study on the technical feasibility of the design.Results from the study shows that the Computer Laboratory of the college is paying unwanted energy and is at risk of overloading its electrical distribution wirings. A model of the degree of pollution of this unwanted energy which is the harmonic current was developed in the study. Analysis of several mitigation methods was also presented, that gave insights on the viability and economic aspect of the design.Furthermore, the study recommends appropriate action for the installation of the power conditioning system for the Computer Laboratory which could also be adopted by data centers. The emphasis lies not only on the saving that a computer laboratory/data center can obtain but also to the longevity of electrical and electronic equipment and safety welfare of the personnel’s working in the premises.
计算机实验室或数据中心电源调节系统
在本研究中,研究人员重点研究了计算机实验室的谐波行为建模和计算机实验室电源调节系统的设计。研究采用仪器仪表调查、收集技术数据和负荷分析的方式进行。技术概念、理论及其在信号和信号处理中的应用指导了本研究设计的技术可行性。研究结果表明,该学院的计算机实验室正在支付不必要的能源,并且存在配电线路过载的风险。本文建立了谐波电流污染程度的模型。还介绍了几种缓解方法的分析,对设计的可行性和经济方面提出了见解。此外,研究报告建议采取适当行动为计算机实验室安装电力调节系统,数据中心也可采用这种系统。重点不仅在于计算机实验室/数据中心的节省,而且在于电气和电子设备的使用寿命和工作人员的安全福利。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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