摘要
基于继电保护系统对高速、协同、可靠响应的实际需求,设计一种融合分布式通信结构的继电保护协同控制系统。具体阐述分布式通信架构与协同通信协议设计,介绍功能模块划分与判据逻辑模型,结合典型故障场景开展实验测试。结果表明,该系统在通信延迟控制、保护响应一致性等方面均表现出良好性能,具备工程应用可行性。
Design a relay protection collaborative control system that integrates distributed communication structure based on the practical needs of high-speed,collaborative,and reliable response of relay protection systems.Elaborate on the design of distributed communication architecture and collaborative communication protocol,introduce the functional module division and criterion logic model,and conduct experimental testing based on typical fault scenarios.The results show that the system exhibits good performance in communication delay control,protection response consistency,and has engineering application feasibility.
作者
尹井涛
曹海鹏
YIN Jingtao;CAO Haipeng(Inner Mongolia Electric Power(Group)Co.,Ltd.Inner Mongolia Extra High Voltage Power Supply Company,Hohhot 010100,China)
出处
《通信电源技术》
2025年第15期73-75,共3页
Telecom Power Technology
