Research on Information System Project Management
Research on Information System Project Management. 2025; 5: (1) ; 10.12208/j.ispm.20250007 .
总浏览量: 16
杭州方千科技有限公司 浙江杭州
*通讯作者: 温媛媛,单位:杭州方千科技有限公司 浙江杭州;
当智慧城市以科技为墨、数据为纸绘就未来蓝图,交通照明与安防补光技术恰似点亮城市脉络的 “智慧火种”,照亮安全与高效之路。本文紧扣智慧城市建设需求,深度剖析传统技术能耗高、智能化不足等痛点,从智能物联控制、新能源融合、光功能集成等维度开拓创新路径,探究其在交通疏导、安防预警等场景的实践应用,并提出标准化引领、产学研协同等保障策略,为智慧城市 “光之基建” 注入创新活力,助推城市迈向精细化、智能化治理新境界。
When smart cities draw their future blueprint with technology as ink and data as paper, traffic lighting and security lighting technology are like "smart sparks" that light up the city's veins, illuminating the path of safety and efficiency. This article focuses on the needs of smart city construction, deeply analyzes the pain points of high energy consumption and insufficient intelligence of traditional technologies, and explores innovative paths from the dimensions of intelligent IoT control, new energy integration, and optical function integration. It explores their practical applications in traffic diversion, security warning, and other scenarios, and proposes standardized guidance and industry university research cooperation as equal guarantee strategies, injecting innovative vitality into the "light infrastructure" of smart cities and promoting cities to move towards a new realm of refined and intelligent governance.
[1] 郑清达.基于多杆合一理念的城市道路照明杆件智能化设计研究[J].运输经理世界,2021,(26):79-81.
[2] 沈慧.基于路灯的智慧城市信息化建设[J].光源与照明,2021,(07):12-13.
[3] 柏世刚.5G技术在智慧城市部署中的应用分析[J].电子世界,2020,(23):184-185.
[4] 段秀娟.智慧交通在城市道路设计中的渗透[J].科学技术创新,2020,(34):165-166.
[5] 冯斌斌.城市路灯节能改造[J].科技风.2022,(26).:1-3
[6] 林辉,程瑾.广州乡镇地区风光互补路灯应用研究[J].建筑电气.2021,(8):72-78
[7] 朱合华,李谈词,冯守中,等.城市隧道不同照明段的灯具色温选取分析[J].现代隧道技术.2020,(z1).:277-284
[8] 彭蒙,阮宁兰,方伟,等.光雨互补节能路灯的设计[J].中国新技术新产品.2019,(13):4-6