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Design on Monitoring System Based on Zigbee and Ethernet for Building Energy Consumption in University

机译:基于Zigbee和以太网的监控系统设计,用于建立大学能源消耗的基础

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In this paper, a building energy consumption monitoring system based on WSN and Ethernet for energy efficiency of public buildings in colleges and universities is presented. A ZigBee core module is embedded in the field power measurement in buildings, and every field device can access WSN at low cost easily. In this monitoring system, a gateway based on Ethernet and ZigBee, which also acts as coordinator, is designed, and all field power measurement can access campus networks. The LabVIEW is used for HMI development and database. Web service is enabled in LabVIEW, and a web server is embedded in each gateway, and all computers can browse the information over Ethernet. The system architecture is introduced at first. Following that, the designs for ZigBee core module and gateway are introduced, and the HMI is presented.
机译:本文介绍了基于WSN和以太网的建筑能耗监控系统,以实现高校公共建筑能源效率。 ZigBee核心模块嵌入在建筑物中的现场功率测量中,并且每个现场设备都可以轻松地以低成本访问WSN。在该监控系统中,设计了基于以太网和ZigBee的网关,该网关也被设计为协调器,并且所有现场功率测量都可以访问园区网络。 LabVIEW用于HMI开发和数据库。在LabVIEW中启用了Web服务,并且在每个网关中嵌入了Web服务器,所有计算机都可以浏览以太网上的信息。系统架构首先介绍。在此之后,介绍了ZigBee核心模块和网关的设计,并提出了HMI。

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