Research on Low-latency Power Communication Technology

Yanling Zhang, Zhiyu Chen, Qing Yang, Z. Yuan, Yunrui He, Taohua Wang
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Abstract

With the development of energy Internet, the business types of power grid are increasing day by day, and the demand of multi service bearing is prominent. The mode of multi network hybrid networking puts forward higher requirements for power communication network. Power communication network is becoming more and more important in enterprise operation, and the requirement of low delay of business interaction in power grid production is becoming more and more strict. Compared with the traditional time division multiplexing network, Internet protocol/multi-protocol label switching (IP/MPLS) can improve the performance of data transmission in multi service scenarios and ensure the security of service transmission. In order to improve the carrying capacity and operation efficiency of power communication network under the energy Internet environment, this paper carries out the technical verification of using IP/MPLS technology to build a new generation of power communication network with low delay and high reliability, so as to improve the control ability of business data transmission and further support the construction of energy Internet.
低时延电力通信技术研究
随着能源互联网的发展,电网的业务类型日益增多,多业务承载的需求凸显。多网混合组网模式对电力通信网络提出了更高的要求。电力通信网络在企业运营中的作用越来越重要,电网生产对业务交互低时延的要求也越来越严格。与传统的时分复用网络相比,IP/MPLS (Internet protocol/multi-protocol label switching)能够提高多业务场景下数据传输的性能,保证业务传输的安全性。为了提高能源互联网环境下电力通信网的承载能力和运行效率,本文对利用IP/MPLS技术构建低时延、高可靠性的新一代电力通信网进行了技术验证,从而提高业务数据传输的控制能力,进一步支持能源互联网的建设。
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