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Study of Energy Efficient with Intelligent Traffic and Illuminating Control System

机译:智能交通与照明控制系统的节能研究

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In order to realize the energy efficient on the traffic and illuminating lights in city, the Intelligent Traffic and Illuminating Control System is proposed in this paper. The working criteria of real-time monitoring and intelligently control are designed. The key technologies including Internet of Things with power line communication by LonWorks technology and the piezoelectric sensor on site detecting are utilized in the research. The traffic density is detected by piezoelectric sensor and is "told" to LonWorks network to adjust the traffic red lamp lighting time and the illuminating time. The working flow of the Intelligent Traffic and Illuminating Control System has been verified to ensure the sufficient capability by Cp 1.72 and Cpk 1.60 within Statistical Process Control. The Energy efficient is achieved by 35.71% electrical energy reduction and 66.67% fuel consumption reduction on the energy saving and the carbon oxide emission reduction, which demonstrates that the Intelligent Control System achieves effective and valuable real-time monitoring and intelligently control with superiority of the energy efficient compared to the previous reports.
机译:为了实现城市交通和照明灯的节能,本文提出了智能交通和照明控制系统。设计了实时监控和智能控制的工作准则。该研究利用了包括LonWorks技术与电力线通信的物联网以及现场检测压电传感器等关键技术。交通密度由压电传感器检测,并“通知” LonWorks网络以调整交通红灯点亮时间和照明时间。智能交通和照明控制系统的工作流程已经过验证,以确保统计过程控制中的Cp 1.72和Cpk 1.60具有足够的功能。通过在节能和减少二氧化碳排放量方面减少35.71%的电能消耗和66.67%的燃料消耗来实现能源效率,这表明智能控制系统可实现有效且有价值的实时监控和智能控制,并具有以下优势:与以前的报告相比具有能源效率。

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