Monitoring Galloping of Transmission Lines Based on Nine-Axis Sensors
Abstract: This paper designs the architecture using nine-axis sensors (accelerometer, magnetometer, and gyroscope) to monitor the galloping of transmission lines, which can get full information of galloping including position and rotation, and overcome the shortcomings of traditional method; namely using accelerometer alone we can only get the position of the measured point. We show that the traditional method may get wrong result without considering the rotation involved using simulation platform, and using nine-axis algorithm we can avoid this. Thus we show the great ad-vantages of nine-axis algorithm compared to traditional method.
文章引用: 邵颖彪 , 杨晓辉 , 郭 薇 , 张 港 , 朱勤翔 (2015) 基于九轴传感器监测导线舞动的研究方法。 智能电网， 5， 1-8. doi: 10.12677/SG.2015.51001
 黄新波, 赵隆, 周柯宏, 罗兵, 李敏, 张亚维 (2014) 采用惯性传感器得输电导线舞动监测系统. 高电压技术, 5, 1312-1319.
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