1、 蓄电池单体电池电压监控系统设计蓄电池单体电池电压监控系统设计 监控界面设计监控界面设计 Battery monomer battery voltage monitoring and control system design monitor interface design 蓄电池单体电池电压监控系统设计蓄电池单体电池电压监控系统设计 监控界面设计监控界面设计 摘摘 要要: : 为了改变目前通信站蓄电池电压的人工电压监测方式, 本文通过对蓄电池电 压监控设计。监测平台硬件结构及监控原理的介绍和串行通信设计主要使用到的VB 程序语言中串口控件属性参数的说明,以及组态王在线实时监控界面的设计，软
2、件系 统的设计制作，包括软件系统功能模块框图、数据表的设计、报表设计制作及打印及 界面设计等方面的内容。 对上位机软件设计的功能以及与下位机之间的数据传输所用 到的监控系统平台程序界面和主要通信程序以及所使用VB编写的主要数据通信处理 程序作了说明,并且对组态王中动态数据（DDE）与VB之间的数据交换进行说明，还通 过VB与RS-232相结合，对Microsoft Communication Control（简称MSComm）的通信 控件的属性和事件进行相应编程操作实现串口通信。 最后经检测测试表明本系统平台 设计合理、电压监控的数据准确, 从而证明了本系统平台设计的有效性。 关键词关键词:
3、: 蓄电池；组态王；电压监控；VB；串行通信 Battery monomer battery voltage monitoring and control system design monitor interface design Abstract: in order to change the present way of artificial voltage monitoring station battery voltage, this article through to the traffic station monitoring system, the battery volta
4、ge monitoring platform hardware structure and control principle is introduced and the design of serial communication mainly using VB programming language used in serial port control property parameter, and the configuration king online real-time monitoring interface design. And under the function of
5、 the PC software design a machine monitoring system used in data transmission between the platform and main program interface Communication program and the VB write, also gives the main data Communication processing program and configuration Wang Zhong dynamic data (DDE) and the data exchange betwee
6、n VB, also through the VB combined with RS - 232, Microsoft Communication Control (hereinafter referred to as MSComm) Communication Control of serial Communication programming operation, the properties and events accordingly. Finally tested test shows that this system platform design is reasonable, the voltage monitoring data accurate, thus proving the effectiveness of the system platform design. Key words: storage battery; Kingview; Voltage monitoring; VB; Serial communicati
