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Research of power supply and cooling mode for node room under 5G network architecture

机译：5G网络架构下节点机房供电与制冷方式研究

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With the arrival of 5G communication era, a large number of core network equipments and transmission equipments with high power density and high performance are used in the node rooms. In the era of 5G, there's a groundswell in the requirement of safety, stability and reliability for node room. At present, the main short board of the node room is the capacity of the power supply and air conditioning system. The monitoring system also needs to be improved. In order to develop 5G communication business successfully, we studied the power supply, refrigeration and monitoring model of the node room in this project. From architecture of the uninterrupted power supply system and continuous air conditioning system, to the model of monitoring system, we have developed a series of new power architectures and new standards for operation and maintenance mode. According to the result of the pilot project, the power supply and cooling mode can meet the needs of node room under 5G network architecture.
机译：随着5G通信时代的到来，节点机房中大量使用了高功率密度，高性能的核心网络设备和传输设备。在5G时代，对节点机房的安全性，稳定性和可靠性的要求日渐高涨。当前，节点机房的主要短板是电源和空调系统的容量。监控系统也需要改进。为了成功开展5G通信业务，我们研究了该项目节点室的供电，制冷和监控模型。从不间断电源系统和连续空调系统的体系结构，到监视系统的模型，我们已经开发了一系列新的电源体系结构和运维模式的新标准。根据试点结果，电源和散热方式可以满足5G网络架构下节点机房的需求。

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