摘要
研究了输电线路多参量集成监测终端的一种通信方案。针对传统输电线路监测技术的局限性提出输电线路多参量集成监测系统概念。详细探讨了集成监测终端传感器通信和远方主站数据传输的多种通信技术(包括有线和无线通信)在集成监测终端中的适用性和优化策略。通过对比分析确定了一种高效稳定、抗干扰能力强且能够保证监测数据高实时性和准确性的通信协议,以满足集成监测终端在恶劣环境下的通信要求。
This work studied the communication scheme for multi-parameter integrated terminals in transmission lines.First,in view of the limitations of conventional transmission line monitoring technologies,the concept of transmission line multi-parameter integrated monitoring system was proposed.Then applicabilities and optimization strategies of various communication technologies(including wired and wireless technologies)for sensor communication and remote master station data transmission were analyzed in detail.Then a highly efficient and stable,highly disturbance-tolerant,data timeliness and accuracy-guaranteeing communication protocol was determined,which was expected to satisfy the communication requirements of integrated monitoring terminals in harsh working conditions.
作者
郭炬
GUO Ju(State Grid Xinyuan Group Co.,Ltd.,Beijing 100000,China)
出处
《电工技术》
2024年第19期209-212,220,共5页
Electric Engineering
关键词
输电线路
多参量监测
集成监测终端
数据传输
transmission line
multi-parameter monitoring
integrated monitoring terminal
data transmission
