首页|基于STM32的物联网远程电路参数监测系统设计

基于STM32的物联网远程电路参数监测系统设计

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基于STM32开发板和基于TCP的MQTT协议设计了一款远程电路参数监测系统.该系统以STM32F103系列开发板为主控单元,利用ADC采集原理,通过并联电路分压原理和ACS712电流传感器芯片,计算出电路的电压、电流、功率这3种电路参数,设置这3组数据的阈值,数据超出阈值自动报警,同时将这3组数据通过ESP8266-01S模块实时上传到云服务器.设计了一款微信小程序作为上位机,通过订阅云服务器中设备上传数据的路径实现实时接收数据的功能,可以远程监测电路参数,也可以通过此微信小程序来远程控制声光报警器的开关以及整个电路的开关.
Design of Remote Circuit Parameter Monitoring System for Internet of Things Based on STM32
A remote circuit parameter monitoring system was designed based on the STM32 development board and the MQTT protocol over TCP.The system uses the STM32F103 series development board as the main control unit,u-tilizes the ADC acquisition principle,calculates the voltage,current,and power of the circuit through the parallel cir-cuit voltage sharing principle and the ACS712 current sensor chip,set the threshold for these three sets of data,and if the data exceeds the threshold,an automatic alarm will be triggered.At the same time,these three sets of data will be uploaded to the cloud server in real-time through the ESP8266-01S module.Designed a WeChat mini pro-gram as the upper computer,which can receive real-time data by subscribing to the path of devices uploading data in the cloud server.It can remotely monitor circuit parameters and control the switch of the sound and light alarm and the entire circuit through this WeChat mini program.

STM32Internet of Thingscircuit parameter monitoringWeChat mini program

孙康亚、高红亮、段玉龙、周成子

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湖北师范大学 电气工程与自动化学院,黄石 435000

STM32 物联网 电路参数监测 微信小程序

湖北省自然科学基金面上项目

2021CFB578

2024

自动化与仪表
天津市工业自动化仪表研究所 天津市自动化学会

自动化与仪表

CSTPCD
影响因子:0.548
ISSN:1001-9944
年,卷(期):2024.39(2)
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