基于互联网+的高校能源管理信息系统设计与开发

为了实现高校能源管理的信息共享,提高对高校能源信息管理的智能水平,提出一种基于互联网+的高校能源管理信息系统开发设计方案。系统采用感知层、网络层和应用层的三层结构,采用RFID、 条形码、蓝牙、红外等数据信息感知技术进行高校能源信息的原始采集,在网络层通过ZigBee 和无线通信技术进行信息融合传输,在控制设备中导入原始数据,在互联网+环境下建立数据处理中心,根据能源管理系统的现实需求进行信息融合和数据存储管理,设计嵌入式控制器对串口、并口、USB端口、以太网口及GPIB接口进行集成控制,在Linux内核下实现高校能源管理信息系统应用程序开发。系统测试结果表明,采用该系统进行高校能源管理,具有较好的信息存储、信息调度和信息检索能力。

Design and development of information system of University Energy Management Based on Internet plus

In order to realize the energy management information sharing, improve the intelligence level of the energy information management, the university energy management information system is designed based on Internet plus. The system uses three layer structure of perception layer, network layer and application layer, the original collection of the energy information by RFID, bar code, Bluetooth and infrared data information sensing, information fusion and transmission through ZigBee wireless communication technology in the network layer, the control equipment import raw data, establish the data processing center on the Internet + environment, information fusion and data storage management according to the actual demand of energy management system, design of embedded controller for integrated control of serial port, parallel port, USB port, Ethernet interface and GPIB interface, realize the program of energy management information system application development in Colleges and universities in the Linux kernel. The test results show that the system can be used for energy management in Colleges and universities, and has a good ability of information storage, information scheduling and information retrieval.