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随着社会和经济的飞速发展,校园能耗高的问题日益突出,校园能源利用存在较大的浪费现象。如何高效地将校园的能耗数据采集、整合以及分析,从而实现对能耗的远程监控和管理,这对于高校的绿色节能建设尤为重要。文章将针对基于Zigbee传输的校园节能监管平台的无线网关进行了相关研究。基于生态系统良性循环的原则,以电子信息、互联网技术为支撑而建立的新型体系。为此引入基于Zigbee传输无线网关这一解决方案,实现将不同使用标准,不同频段的传感网络汇集到通信网络,研究需求分析后得出其功能。无线网关通过使用开放的、可插拔的无线传感网络Zigbee接入模块,可以及时响应传输数据,从而实现物理世界、计算机世界以及管理人员的即时沟通。
With the rapid development of society and economy, the problem of high energy consumption in campus has become increasingly prominent. There is a great waste of energy in campus. How to efficiently collect, integrate and analyze the energy consumption data of the campus so as to realize the remote monitoring and management of energy consumption is particularly important for the green energy-saving construction of colleges and universities. The article will be based on Zigbee transmission of energy-saving regulatory regulatory platform of the campus wireless gateway conducted a related study. Based on the principle of a virtuous cycle of ecosystems, a new system based on electronic information and Internet technologies is established. To this end, the solution based on Zigbee transmission wireless gateway is introduced to integrate sensing networks with different standards and frequency bands into the communication network and to study the demand analysis to derive its functions. By using the Zigbee Access Module, an open, pluggable wireless sensor network, wireless gateways can respond to data transmitted in real time, enabling real-time communication between the physical world, the computer world, and executives.