摘要
近年来,智慧建筑的能耗越来越重视向节能化和智能化发展。传统建筑的气象及建筑参数采集存在采集效率差和数据丢包率高等弊端,提出一种基于LoRaWan电力物联网的智慧建筑架构设计和能耗管理。通过实验环境的搭建、LoRaWan物联网的架构设计和LoRa传输模块的使用,实现建筑能耗数据的采集流程,通过对采集后的数据分析,得出基于LoRaWan电力物联网的架构可以提高15%的节能效率。
In recent years,the energy consumption of smart buildings has increasingly becomeenergy-saving and intelligent with their development.The collection of weather and building parameters of traditional buildings has disadvantages such as poor collection efficiency and high data packet loss rate.A smart building architecture design and energy consumption management based on LoRaWan power Internet of Things is proposed.Through the construction of the experimental environment,the architecture design of the LoRaWan Internet of Things and the LoRa transmission module,the collection process of building energy consumption data is realized.Through the analysis of the collected data,the LoRaWan power Internet of Things is obtained.The architecture can improve energy efficiency by 15%.
出处
《科技创新与应用》
2021年第6期42-45,共4页
Technology Innovation and Application
