摘要
智能照明系统通过集成物联网、传感器网络与自适应控制算法,实现了照明效能与能源管理的突破性提升。系统以LED光源为核心,结合光效优化与动态调光技术,节能率可达50%以上,并通过多协议通信架构实现设备级精细控制。其设计涵盖三维架构:硬件层整合高精度传感器与低功耗通信模块,算法层融合模糊逻辑与需求响应策略,应用层覆盖商业建筑、工业场景及智慧城市等多领域。智能照明系统可通过数据驱动决策优化空间利用效率,为全球碳中和目标提供关键技术支撑。
Smart lighting systems achieve breakthrough improvements in lighting efficiency and energy management through the integration of IoT,sensor networks,and adaptive control algorithms.Centered on LED light sources,the system combines light-effect optimization and dynamic dimming technologies to achieve energy savings of over 50%,while enabling device-level precision control via multi-protocol communication architectures.Its design encompasses a three-dimensional framework:the hardware layer integrates high-precision sensors and low-power communication modules;the algorithm layer incorporates fuzzy logic and demand-response strategies;and the application layer spans commercial buildings,industrial scenarios,and smart cities.By leveraging data-driven decision-making,the system optimizes spatial utilization efficiency and provides critical technological support for global carbon neutrality objectives.
作者
张廷廷
宋连财
ZHANG Tingting;SONG Liancai(Shandong Binzhou Dongli Electric Co.,Ltd.,Binzhou 256600,Shandong,P.R.China)
出处
《灯与照明》
2025年第3期74-76,共3页
Light & Lighting
关键词
智能照明系统
LED
效优化
动态调光技术
多协议通信架构
Smart lighting systems
LED
Light-effect optimization
Dynamic dimming technology
Multi-protocol communication architecture
