无人值守太阳能充电站设备管理系统的设计

Design of Equipment Management System for Unmanned Solar Charging Station

摘要:

针对太阳能充电站中设备巡检和故障维修效率低下的问题，采用云服务器、ZigBee、GPRS等先进信息技术设计了设备管理系统。与现有系统不同，在研究了设备典型故障的基础上，利用QR二维码作为信息传递的载体，使用静态和动态相结合的方式对设备进行分类管理。在客户端采用JAVA和HTML5技术进行开发。在云平台中将会话管理、二维码管理、故障管理等模块进行单元化设计。在满足数据传输的要求下，对WSN的网络节点进行配置，完成了设备故障信息的快速收集，电压、电流等电气参数和编号、型号等规格参数的在线管理。经实验测试，系统实现了设备管理中故障详情和维修状态的网络化与痕迹化，为设备的全生命周期管理提供了可靠的基础数据和技术保障。

Abstract:

Aiming at the inefficiency of equipment patrol and fault maintenance in solar charging station, the equipment management system is designed by using advanced information technology such as cloud server, ZigBee, GPRS and so on. Different from existing systems, on the basis of studying typical faults of equipment, QR two-dimensional code is used as the carrier of information transmission, and static and dynamic methods are used to classify and manage equipment. JAVA and HTML5 technology are used to develop the client. The modules of session management, two-dimensional code management and fault management are modularized in cloud platform. In order to meet the requirements of data transmission, WSN network nodes are configured to complete the rapid collection of equipment fault information, online management of electrical parameters such as voltage and current, and specifications such as number and model. Through the experimental test, the system realizes the networking and tracing of fault details and maintenance status in equipment management, and provides reliable basic data and technical support for the whole life cycle management of equipment.