摘要
以超短波的实现方式,解决传统机械式风测量仪因器械本身及天气影响而造成的误差过高问题。通过软硬件相结合的系统设计,以及风传感器数据的加强算法,验证了新型超短波设计方法能够在恶劣气候环境下精确测量风向、风速等参数。此应用方法可适应于航空、海洋、陆地等新能源领域。
This paper uses ultra short wave technology to solve the problems of high errors and climate influence in traditional mechanical wind measurement instruments.By using a system design that combines software and hardware,as well as an algorithm to enhance wind sensor data,it is well verified that the new ultra short wave design method can achieve accurate measurement of wind direction,speed and other parameters in many harsh climate environments.This application method is suitable for many other new energy fields such as aviation,ocean,and land.
作者
曾维勇
张显杰
杨超
ZENG Weiyong;ZHANG Xianjie;YANG Chao(No.58 Research Institute,China Electronic Technology Group Corporation,Wuxi,Jiangsu 214035,China)
出处
《自动化应用》
2025年第4期102-104,共3页
Automation Application
关键词
超短波
风测量仪
新能源
ultra short wave
wind measurement instruments
new energy
