Comparison of harmonics between Panama power supply and traditional AC UPS power supply system

Miaoxian Zhou, Fang Guo, A. Wen, Bingyao Zheng, Shangyun Deng, Guangshan Huang, Ruiyang Wang
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Abstract

With the vigorous development of the digital age, the development momentum of data center construction is also getting stronger and stronger. The data center power supply system requires highly reliable power supply to maintain the normal operation of IT equipment, so the power supply technology of the data center equipment room is diversified. The most commonly used power supply scheme in traditional data centers is AC UPS, and the wide-scale application of AC UPS brings serious harmonic pollution to the power grid. As a new type of power supply technology, Panama power supply was born, which is a very important breakthrough for data center power supply technology. This paper studies the AC UPS and Panamanian power supply technology, builds the Panamanian power supply and the AC UPS power supply through PSCAD/EMTDC simulation software, and observes the harmonics of the two power supply technologies for analysis and comparison.
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巴拿马供电系统与传统交流UPS供电系统谐波比较
随着数字时代的蓬勃发展,数据中心建设的发展势头也越来越强。数据中心供电系统需要高可靠性的供电来维持IT设备的正常运行,因此数据中心机房的供电技术是多样化的。传统数据中心最常用的供电方案是交流UPS,交流UPS的大规模应用给电网带来了严重的谐波污染。巴拿马电源作为一种新型供电技术的诞生,是数据中心供电技术的一个非常重要的突破。本文对交流UPS和巴拿马电源技术进行了研究,通过PSCAD/EMTDC仿真软件搭建了巴拿马电源和交流UPS电源,并观察了两种电源技术的谐波进行分析比较。
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