摘要
传统的港口照明控制系统对港口照明控制时能耗高,无法实现港口照明节能控制。为此,提出基于改进遗传算法的港口照明控制系统优化设计。选用型号PIU1052052505港口照明电子节能控制器,相较于传统节能控制器外设了两个接线端口,对港口照明进行分段控制,优化硬件性能:照明控制单元动态交换梯度信息;港口照明监控单元监控工作状态;数据统计单元分区统计历史运行状态。对比实验结果表明,在港口照明正常作业情况下,设计的控制系统港口照明控制能耗远低于传统控制系统的能耗,证明设计的控制系统节能性更好,可以实现对港口照明的节能控制。
The traditional port lighting control system has high energy consumption when controlling port lighting,and cannot achieve energy saving control of port lighting.To this end,an optimized design of a port lighting control system based on an improved genetic algorithm is proposed.Select the model PIU1052052505 port lighting electronic energy-saving controller.Compared with the two external ports of the traditional energy-saving controller,the port lighting is controlled in sections to optimize hardware performance:the lighting control unit dynamically exchanges gradient information;the port lighting monitoring unit monitors Status;the historical running status of the statistical unit partition statistics.The comparative experimental results show that under normal operating conditions of port lighting,the energy consumption of the designed control system for port lighting control is much lower than that of traditional control systems,which proves that the designed control system is more energy-efficient and can achieve energy-saving control of port lighting.
作者
聂乐顺
罗大为
NIE Le-shun;LUO Da-wei(The Sixth Branch of Yingkou Port Co.,Ltd,Yingkou 115007,China;Liaoning Institute Of Science and Technology,Benxi 117004,China;Shenyang University of Technology,Shenyang 110870,China)
出处
《通信电源技术》
2020年第6期26-27,共2页
Telecom Power Technology
基金
江苏省通品牌专业建设项目(Z215015002)。
关键词
改进遗传算法
港口照明
控制系统
improved genetic algorithm
port lighting
control system
