基于城市照明的智慧杆设施综合感知平台研究初探

A Preliminary Study of a Comprehensive Sensing Platform for Smart Pole Facilities Based on Urban Lighting

本文以依托智慧杆的南京市智慧城市体系稳定运行为目标,从设施属性、负荷特征变化等方面充分解析了在智慧城市场景加载下,现有城市照明感知系统在平台技术、数据结构方面存在的问题,并对照智慧杆设施运行需求,从感知宽度、感知精度升级、感知强度设置、通信架构优化、数字化数据结构方面,提出了新的“照明+智慧杆”综合感知平台的设计目标和实施路径,并据此提出在算法体系、中台架构、主动预警构建“数智化”智慧杆感知体系的规划构想。

This paper takes the stable operation of Nanjing smart city system relying on smart poles as the goal,and fully analyzes the problems of the existing city lighting sensing system in terms of platform technology and data structure under the loading of smart city scenarios from the aspects of facility attributes and changes in load characteristics.The design objectives and implementation path of the new"lighting+smart pole"integrated sensing platform are proposed in terms of sensing width,sensing accuracy upgrade,sensing intensity setting,communication architecture optimization,and digital data structure for the operational requirements of smart pole facilities.Accordingly,it puts forward the planning concept of building a"digital intelligent"smart pole perception system in the algorithm system,middle platform architecture and active warning.