基于SF1 Light的超声波风速风向测量系统

Ultrasonic Wind Speed and Direction Measurement System Based on SF1 Light

准确测量风速和风向对气象、环境监测和农业等领域具有重要意义。然而,传统的风速风向测量方法存在一些限制,如精度不高、安装复杂等。针对以上问题,利用FPGA和RISC-V内核的SF1芯片设计出一款基于超声波的高精度、低功耗、便携式的风速风向仪,使用时差法测量风速风向,并结合先进的传感器模块和通信技术,实现了测量风速、传感控制、环境监控、云端传输等功能,有助于优化资源利用、改善环境质量。

Accurate measurement of wind speed and direction is of great significance for meteorology,environmental monitoring and agriculture.However,traditional methods of wind speed and direction measurement have some limitations,such as low accuracy and complex installation.In response to the above problems,this paper uses SF1-light as the main control board,use the time difference method to measure wind speed and wind direction,and combine advanced sensor modules and communication technologies to realize the functions of wind speed measurement,sensing control,environmental monitoring,cloud transmission and so on,which helps to optimize resource utilization,improve environmental quality.