摘要
传统的电能信息采集终端在信息采集过程中,存在数据丢失现象,为此设计一种面向物联网应用的电能信息采集终端。以微处理器为电能信息采集终端硬件的设计核心,为终端提供存储控制功能,计量芯片为终端提供数据采样功能,GPRS通信模块为终端提供实时通信功能。在终端软件部分,将数字脉冲信号分解成若干信息块,保证数据不发生丢失现象,以此完成面向物联网应用的电能信息采集终端的设计。实验证明,此次设计的面向物联网应用的电能信息采集终端比传统电能信息采集终端数据丢失量少,证明此次设计的终端具有参考价值和现实意义。
The data may lose in the traditional power information collection terminal.Therefore,a power information collection terminal for IoT is designed.A microprocessor is used as the core of the hardware design of the power information collection terminal to provide the storage control function for the terminal,the metering chip provides the data sampling function for the terminal,and the GPRS communication module provides the terminal with real-time communication function.In the terminal software part,the digital pulse signal is decomposed into several information blocks to ensure that data loss does not occur,so as to complete the design of the power information collection terminal for the Internet of Things application.The experiment proves that the energy information collection terminal designed for the Internet of Things application has less data loss than the traditional terminal,which proves that the designed terminal has reference value and practical significance.
作者
黄国政
邓瑞麒
王海柱
易晋
梁社潮
HUANG Guozheng;DENG Ruiqi;WANG Haizhu;YI Jin;LIANG Shechao(Jiangmen Power Supply Bureau,Guangdong Power Grid Co.,Ltd.,Jiangmen 529000,China;Power Dispatching Control Center,Guangdong Power Grid Co.,Ltd.,Guangzhou 510600,China)
出处
《微型电脑应用》
2021年第2期30-32,共3页
Microcomputer Applications
基金
广东电网有限责任公司科技项目(030700KK52180153/GDKJXM20185897)。
关键词
物联网应用
电能信息采集
终端
微处理器
网络拓扑
IOT application
power information collection
terminal
microprocessor
network topology
