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针对川藏铁路沿线开展峡谷风特性现场采集的科研需求,同时克服实测研究工作中通信盲区、高频采样、数据存储、实时监测、系统供电等一系列现场难题,文章通过方案比选提出了在桥址区建立北斗卫星传输数据+50 m高拉线测风塔+现场大容量原始数据存储模块+太阳能电池板供电的系统解决方案,并阐述了整套系统的实现方法,该系统在藏木雅鲁藏布江大桥桥址区持续运营两年,性能稳定,数据合理可靠。文章提出的系统方案及系统实现方法对于其它艰险山区铁路峡谷风特性实测系统的设计与实施具有较强的参考价值。
In the meantime, a series of on-the-spot problems such as communication blind spot, high-frequency sampling, data storage, real-time monitoring, system power supply and so on are overcome in the field of research work. In the meantime, Bridge site to establish Beidou satellite transmission data +50 m high cable tower + on-site large-capacity raw data storage module + solar panel power supply system solutions, and describes the entire system to achieve the system in the Tibetan Brahmaputra Bridge The site of the bridge site has been in continuous operation for two years with stable performance and reasonable and reliable data. The systematic scheme and system realization method proposed in this article have strong reference value for the design and implementation of wind gorge characteristics measurement system of railway canyon in other hard-dangerous mountain areas.