摘要
针对新能源发电场站电气设备在电网异常、设备故障及极端工况下应急响应能力不足的问题,设计基于5G通信的电气设备应急控制系统。系统通过5G高可靠低时延通信(Ultra-Reliable Low Latency Communication,URLLC)链路,构建状态实时感知、指令快速下发及多设备联动处置的控制机制,实现对电压、电流、频率等关键参数的持续监测与异常触发下的自动切换、隔离及启停控制。系统采用多模接入网关、边缘数据处理及远程协同策略,确保在复杂场站环境下的高效传输与稳定响应,提升新能源电气设备的应急处置能力与运行安全性。研究结果为新能源场站电气设备智能化应急控制系统的工程应用提供了技术路径与实现方案。
Design an emergency control system for electrical equipment in new energy power plants based on 5G communication to address the problem of insufficient emergency response capabilities in the event of grid anomalies,equipment failures,and extreme working conditions.The system uses 5G Ultra Reliable Low Latency Communication(URLLC)link to build a control mechanism for real-time state perception,rapid command issuance,and multi device linkage processing,achieving continuous monitoring of key parameters such as voltage,current,frequency,and automatic switching,isolation,and start stop control under abnormal triggering.The system adopts a multi-mode access gateway,edge data processing,and remote collaboration strategy to ensure efficient transmission and stable response in complex station environments,enhancing the emergency response capability and operational safety of new energy electrical equipment.The research results provide a technical path and implementation plan for the engineering application of intelligent emergency control systems for electrical equipment in new energy stations.
作者
赵晓鸽
ZHAO Xiaoge(Henan Senyuan Electric Co.,Ltd.,Changge 461500,China)
出处
《通信电源技术》
2025年第14期237-239,共3页
Telecom Power Technology
关键词
5G通信
新能源电气设备
应急控制系统
5G communication
new energy electrical equipment
emergency control system
