摘要
为解决传统路灯系统在能耗管理、远程监控和统一调度上的不足,本文引入端云协同架构设计了基于物联网的智慧路灯监控系统。设备端运行轻量级应用,负责数据采集与预处理,并通过NB-IoT网络上传数据至云端;云端则利用其计算和存储能力进行数据分析,优化控制策略,实现节能减排。系统硬件包括ESP32主控芯片、电能采集板和NB-IoT通信模组等。软件采用分层架构,降低了模块之间的耦合度,提高了代码可移植性。测试结果显示,系统运行稳定,数据采集精准,为远程监控和智能管理提供了数据支持。消息推送性能测试表明,系统在高负载和大规模设备连接下运行稳定,丢包率低。
To address the deficiencies in energy management,remote monitoring,and unified scheduling of traditional street lighting systems,a device-cloud collaborative architecture has been introduced to design an IoT-based smart street lighting monitoring system.The device side operates lightweight applications for data collection and preprocessing,uploading data to the cloud via NB-IoT networks;the cloud utilizes its computational and storage capabilities for data analysis,optimizing control strategies to achieve energy conservation and emission reduction.The system's hardware comprises an ESP32 main control chip,power acquisition board,and NB-IoT communication module,among others.The software employs a layered architecture,reducing the coupling between modules and enhancing code portability.Test results indicate that the system operates stably and accurately collects data,providing support for remote monitoring and intelligent management.Message pushing performance tests demonstrate that the system runs stably under high loads and with a large number of device connections,with a low packet loss rate.
作者
宋丽
SONG Li(Minxi Vocational and Technical College,Fujian Longyan 364021)
出处
《软件》
2025年第7期1-3,共3页
Software
基金
2022年度福建省中青年教师教育科研项目(科技类)(JAT220747)。
作者简介
宋丽(1981-),女,工程硕士,副教授,研究方向:嵌入式系统与物联网技术应用。
