基于物联网的特高压大件运输物流监控系统研究

发布时间：2018-03-30 10:46

本文选题：物联网　切入点：特高压大件　出处：《华北电力大学》2017年硕士论文

【摘要】：特高压输电线路远,输电容量大,可以大大提高我国电网的输电能力,对发展中国的电力具有重大意义。然而,由于特高压设备的体积大、价值高,操作区域范围大且有大量的危险点,在运输过程中,安全和质量因素复杂。如果忽略运输过程,不仅会延迟交货,对施工进度甚至电网的安全运行都会带来隐患,因此加强特大型设备运输的物流监控非常重要。随着物联网技术的发展,物联网对提高物流信息化和自动化水平,提高物流市场流通效率,加强物流信息采集等具有很大的影响。物联网技术在电网中的应用正在被广泛应用于物流业务,通过信息技术和物联网技术的综合应用,能够全面提升特高压物流运输各个层面的控制水平,因此本文基于物联网对大型电力物资物流监控系统建设开展研究。文章基于现有物流监控系统的研究成果,阐述物联网和物流监控的理论,分析特高压大件物流监控系统的需求,总结特高压运输和物流监控的需求特征,包括物流配送计划管理、物流配送车辆监控管理、车载终端设备管理、监控中心管理等。文章分析了设计目标、设计原理,基于物联网的特高压大件运输物流监控系统的设计包括物流监控系统的整体结构设计,设计的分布计划管理,集成GPS定位的车载终端设计,中央监控系统的设计,物流配送服务系统的设计,数据库的设计测试系统包括测试环境、测试内容、测试方法,系统测试用例的分析包括物流监控系统测试用例、使用PDA分布服务系统测试用例以及测试结果等。
[Abstract]:The UHV transmission line is far away and the transmission capacity is large, which can greatly improve the transmission capacity of China's power network, and has great significance for the development of China's electric power.If we ignore the transportation process, it will not only delay the delivery of goods, but also bring hidden trouble to the construction progress and even the safe operation of the power grid. Therefore, it is very important to strengthen the logistics monitoring of the transportation of super large equipment.With the development of Internet of things technology, the Internet of things has a great influence on improving the level of logistics information and automation, improving the circulation efficiency of logistics market, and strengthening the collection of logistics information.Therefore, based on the Internet of things, the construction of large-scale power material logistics monitoring system is studied in this paper.Based on the research results of the existing logistics monitoring system, this paper expounds the theory of the Internet of things and the logistics monitoring, analyzes the demand of the UHV large part logistics monitoring system, and summarizes the demand characteristics of UHV transportation and logistics monitoring.Including logistics distribution planning management, logistics distribution vehicle monitoring management, vehicle terminal equipment management, monitoring center management.This paper analyzes the design goal and design principle. The design of UHV logistics monitoring system based on the Internet of things includes the overall structure design of the logistics monitoring system, the distributed planning management of the design, and the design of the vehicle terminal integrated with the GPS positioning.The design of the central monitoring system, the design of the logistics distribution service system, the design and test system of the database include the test environment, the test content, the test method, the analysis of the system test cases, including the test cases of the logistics monitoring system.Use PDA distributed service system to test cases and test results.
【学位授予单位】：华北电力大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TM73;TP391.44;TN929.5

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