摘要
供电系统的稳定性和安全性在一定程度上决定了FHD磁力仪的数据质量和连续率,从FHD磁力仪供电设备开始,试验了市电、UPS、充电控制器、蓄电池组组合模式,通过长期实验结果选取适合FHD仪的供电系统,并在此基础上设计了FHD磁力仪台站供电系统,长期试运行结果表明,此供电系统极大提高了台站维护效率,节约了维护成本,保障了数据质量。
The stability and safety of the power supply system determine the data quality and continuity rate of the FHD magnetometer to a certain extent. Starting from the power supply equipment of the FHD magnetometer,this paper tests the combination mode of mains power,UPS,Charging controller and battery pack.Based on the long-term experimental results,the power supply system suitable for the FHD magnetometer is selected, and on this basis, the power supply system of the FHD magnetometer station is designed. The longterm trial operation results show that, This power supply system greatly improves the station maintenance efficiency, saves maintenance costs and ensures data quality.
作者
陈星星
Chen Xingxing(Key Laboratory of Earthquake Geodesy,Institute of Seismlogy,CEA,Wuhan,China;Hubei Earthquake Administration,Wuhan,China;Wuhan Earthquake Observation and Measurement,Wuhan,China)
出处
《科学技术创新》
2023年第2期66-69,共4页
Scientific and Technological Innovation
关键词
供电系统
FHD磁力仪台站
数据质量
数据连续率
power supply system
FHD magnetometer station
data quality
data continuity rate