风传感器的对比研究

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英文篇名：A Comparative Study of Wind Sensors 作者：蔡成满 ; 倾鹏程 ; 冯志航 英文作者：CAI Cheng-man;QING Peng-cheng;FENG Zhi-hang;Zhongshan City Bureau of Meteorology; 关键词：风传感器 ; 工作原理 ; 对比分析 英文关键词：wind sensors;;perating principle;;comparative analysis 中文刊名：GXJX 英文刊名：Equipment Manufacturing Technology 机构：中山市气象局; 出版日期：2018-08-15 出版单位：装备制造技术 年：2018 期：No.284 语种：中文; 页：GXJX201808049 页数：4 CN：08 ISSN：45-1320/TH 分类号：168-170+186

摘要

基于中国气象局气象探测中心《地面观测要素数字传感器测试评估》项目,本文利用国内六家气象仪器公司在中山国家基本气象站2016年7月—2017年6月所采集到的风的数据,分别从月平均风速、数据可靠性、月最多风向、采集成功率四方面进行对比分析,得出组1月平均风速较其他组偏小;组2、组4和组5数据的相关性最好;组1、组2和组5的月最多风向与中山站最为接近;组3在数据采集和传输的稳定性最高。本文数据分析仅在了解测试项目的六组风传感器的性能情况,为无人值守设备稳定运行提供参考。
        Based on the project of the in the meteorological observation center of China meteorological administration,in this paper,the wind data collected by six national weather instruments companies in zhongshan national basic meteorological station from July 2016 to June 2017 are used.Comparative analysis was made on the monthly average wind speed,data reliability,monthly maximum wind direction,and acquisition success rate.The average wind speed in January was smaller than that of other groups;The correlation between group 2,group 4 and group 5 was the best.The maximum wind direction of group 1,group 2 and group 5 was the closest to zhongshan station.Group 3 has the highest stability in data acquisition and transmission.The data analysis in this paper is only in understanding the performance of the six groups of wind sensors in the test project,provide reference for the stable operation of unattended equipment.

引文

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