摘要智能抄表系统简化结构，降低成本，是一种新的智能电表系统用户基于ZigBee通信技术的多用户的智能电表。以无线方式在标准的16户的单元中实行电表无线传输抄送。MSP430F133单片机16个自动ADE7755自动抄表;CC2420芯片用ZigBee无线通信测量数据发送和自动抄表以及欠费断电命令，使用SSR命令执行自动断电功能。智能抄表在实验室环境中的使用验证，智能电表的当前表现基本满足市场要求正常工作。关键词：ZigBee；多用户智能电表；无线抄送目录第1章绪论.........................................................................11.1设计背景..................................................................1L2主要工作...................................................................2第2章总体方案....................................................................42.1设计原理..................................................................42.2设计方案...................................................................4第3章智能电表无线监测硬件模块设计...............................................63.1硬件设计方案...............................................................63.2ZigBee模块...........................................................63.3CPRS模块..............................................................63.4RS485通信模块........................................................73.5CC2530模块...........................................................73.6CC2530机最小系统.....................................................73.7系统设计...................................................................8第4章智能电表无线监测嵌入式软件设计............................................104.1无线通信软件方案.........................................................104.2电能计量程序设计.....................................................114.3ZigBee通信程序设计..................................................114.4GPRS通信程序设计....................................................12第5章智能电表无线监测设计.......................................................145.1应用软件方案.............................................................145.3循环消息队列.........................................................175.4时钟管理.............................................................175.5系统运行效果..............................................................18总结......................