基于AD AM5510和GSM的水情远程测报系统设计  

Research on Water Information Automatic Measurement and Long-distance Transmission System Based on ADAM5510 and GSM

作　　者：王树东[1] 冯磊[1] 邓冰[1] 高超[1] 曹爱红[1] 潘峥嵘[1] 

机构地区：[1]兰州理工大学电气工程与信息学院,甘肃兰州730050

出　　处：《计算机测量与控制》2007年第1期24-26,共3页Computer Measurement &Control

基　　金：甘肃省自然科学基金资助项目(S021-A25-018-G)

摘　　要：水渠水位测量具有测点多而分散的特点;传统的水渠水位测报系统采用人工检测的方法获取水位数据,整个测量过程繁琐、费时,而且易受人为因素影响;为了向水位监测中心提供精确、及时的水位检测数据,介绍了一种基于ADAM5510和GSM技术实现水渠水情远程自动测报的系统;具体给出了系统结构、工作原理,系统分为设在现场的现地控制单元和设在控制中心的集控层;论述了利用GSM实现远程通信的方法;目前,该技术已实际应用,成功地实现了水位信息的自动采集、存储、远程通信及实时查询;根据水位信息的实时变化,采用模糊控制技术实现对闸门的自动控制。There are always lots of scattered stations needed to be measurement during the process of penstock level measurement. In the traditional penstock level measurement and transmission system, data of water level is measured by hand. A project is brought forward to realize long--distance transmission of water level information by the water level automatic measurement and transmission system based on ADAM5510 and GSM network. Construction and work principle are shown, and concrete method of realizing the telecommunication by GSM is discussed in detail. At present, this technology has been applied to the penstock level supervision and measurement system, and the automatic collection, storage, telecommunication and real time demand of penstock level information have been realized successfully. Fuzzy control strategy is applied in the valve control. The valve can also be controlled automatically according to the water information.

关 键 词：ADAM5510 GSM 水情 远程通信 

分 类 号：TP87[自动化与计算机技术—检测技术与自动化装置]