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基于5G通信架构的新能源远程集控应急通信方法设计

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常规的新能源远程集控应急通信节点覆盖区域小,为此提出基于5G通信架构的新能源远程集控应急通信方法设计.先明确能源远程集控通信指标,扩大通信覆盖区域,设定多层级通信节点及数据采集,然后构建5G通信架构能源远程集控应急通信模型,采用自适应辅助调度实现应急通信处理.测试结果表明:最终得出的应急通信通信时延被较好地控制在0.15 s以下,说明在5G通信架构的辅助与支持下,所设计的应急通信方法更为高效.
Design of Emergency Communication Method for Remote Centralized Control of New Energy Based on 5G Communication Architecture
The coverage area of conventional new energy remote centralized control emergency communication nodes is small.Therefore,a new energy remote centralized control emergency communication method design based on 5G communication architecture is proposed.Firstly,clarify the communication indicators for energy remote centralized control,expand the communication coverage area,set up multi-level communication nodes and data collection.Based on this,construct a 5G communication architecture for energy remote centralized control emergency communication model,and use adaptive auxiliary scheduling to achieve emergency communication processing.The test results show that the final emergency communication delay is well controlled below 0.15 s,indicating that with the assistance and support of 5G communication architecture,the designed emergency communication method is more efficient.

5G communication architectureremote centralized controlemergency communicationcommunication methodenergy collection

曹磊、张瑞、韩俊伟、闫亮亮、卢向军

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国华(河北)新能源有限公司,河北尚义 076750

5G通信架构 远程集控 应急通信 通信方法 能源采集

2024

信息与电脑
北京电子控股有限责任公司

信息与电脑

影响因子:1.143
ISSN:1003-9767
年,卷(期):2024.36(5)