基于传导角通信的智慧城市照明系统研究

Sha Li, Jianbin Liu
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引用次数: 0

摘要

路灯是智慧城市的天然节点,智慧照明系统成为智慧城市的关键。传输和通信的稳定性已成为智能照明系统的关键技术。根据路灯信号的分类,对于单向控制信号,可以通过对电源中可控硅导通角进行编码来实现集中控制器与单灯控制器之间的通信。分析了导通角的通信原理,该方法不需要额外的通信线路,不需要高频载波,可靠性高。适用于单向、小数据通信,是路灯控制的关键保证。然后,基于传导角通信给出了智慧城市照明系统的设计方案,主要包括智能云平台、集中控制器、驱动电源和单灯控制器。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on Smart City Lighting System based on Conduction Angle Communication
Street lamp is the natural node of smart city, and smart lighting system becomes the key of smart city. The stability of transmission and communication have become the key technologies of smart lighting system According to the classification of street lamp signals, for one-way control signals, the communication between the centralized controller and the single-lamp controller can be realized by coding the conduction angle of the thyristor in power supply. The communication principle by the conduction angle is analyzed, which is highly reliable and requires no additional communication lines and no high-frequency carrier. It is suitable for one-way and small data communication, which is the key guarantee for street lamp control. Then, based on the conduction angle communication, the design scheme of smart city lighting system is given, mainly including intelligent cloud platform, centralized controller, driving power and single lamp controller.
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