中国照明电器

本文针对楼宇泛光照明高能耗、管理分散的问题，基于物联网技术设计集群化智能管理平台，阐述了感知层、网络层、应用层的分层架构设计，分析了终端节点选型与部署策略，优化了网络层通信机制，实现了集群化照明协同控制与数据驱动的能耗优化功能。通过模拟环境与实际场景测试验证了平台在响应时间、节能率及系统稳定性上的性能优势。

Aiming at the problems of high energy consumption and dispersed management of building floodlighting, this paper designs a cluster intelligent management platform based on IoT technology, describes the layered architecture design of perception layer, network layer and application layer, analyzes the terminal node selection and deployment strategy, optimizes the communication mechanism of the network layer, and realizes the collaborative control of cluster lighting and data-driven energy optimization function, and verifies the performance advantages of the platform through the simulated environment and actual scenario testing. The performance advantages of the platform in terms of response time, energy saving rate and system stability are verified.