摘要
传统的智能家居电路控制系统采用本机振荡幅度调制方法,在电力控制中产生谐波振荡和过载失真,在安卓客户端平台上,提出一种基于驱动电源能耗控制的智能家居电力控制优化设计方法。首先进行智能家居电力控制系统设计,家居控制组网模块包括协调器、路由器和终端设备。采用变结构PID控制方法结合驱动电源能耗控制实现对电力控制算法改进,采用ARM处理器进行智能家居电力控制系统的供电,使用GPRS网络进行数据无线透明传输,构建安卓客户端下的智能家居控制系统,实现对智能家居的电力控制和系统调节,在安卓平台上进行仿真实验。仿真结果表明,采用该方法能有效实现对家居智能电力控制,家居功耗降低,对智能家居电力控制的性能和状态较好,稳定性和控制品质提高。
Local oscillation amplitude modulation method adopted in the traditional smart home circuit control system may generate harmonic oscillation and overload distortion.Based on Android client platform,this paper proposes an optimal design method for smart home power control based on driving power consumption control.Firstly,design the smart home power control system,whose home control network module includes coordinator,router and terminal equipment.Then improve power control algorithm through the combination of variable structure PID control method with driving power consumption control;supply power to the control system by using ARM processor;establish smart home control system on Android client platform with wireless data transparent transmission through GPRS network.The simulation tests on the Android platform show that this method can effectively implement smart home power control and reduce household power consumption.The intelligent home power control is superior in performance and state,while the control stability and quality still needs improvement.
出处
《电力与能源》
2015年第5期692-696,共5页
Power & Energy
基金
独立学院电子信息人才培养创新实验区(粤教高函[2012]204号)
2015年度广东大学生科技创新培育专项资金立项项目(pdjh2015b0936)
