基于Web的船厂能耗管理系统研发

发布时间：2019-07-03 11:37

【摘要】：船舶制造企业是能源消耗和排放的大户,其中电力消耗支出占船厂总能耗支出比例最高,约达80%以上,其粗放型管理模式,传统的手工方式操表,对人力物力等资源造成巨大浪费的同时,能耗统计不可避免会产生人为误差。如何进一步做好节能减排的工作已经成为船厂亟待解决的问题。针对目前船厂存在的手工式抄表、信息化程度低下等问题,本文运用“互联网+”思维,结合最新的互联网技术研发了基于Web的船厂能耗管理系统。首先,本文通过对船厂能耗管理的需求进行分析,确定了船厂能耗管理系统的主要功能,包括远程抄表、数据采集、数据存储、数据传输等以及系统其他功能。其次,对本实验室自主研发的能耗数据采集网关功能和应用做了大致介绍。在此基础上,针对船厂的实际需求,对能耗数据网关进行二次开发,采用C语言编写设计了与数字化能耗计量表具通信接口程序以及数据采集、存储和传输程序并完成了网关本地测试,验证功能的可靠性。最后,论文应用Tomcat服务器、MySql数据和MyEclipse开发环境,选择Java语言为系统后台编程语言,运用Spring+Hibernate+Struts框架,开发了基于B/S架构下的船厂能耗管理系统,实现了船厂管理、能耗查询、数据统计和图表分析等功能。本文针对目前船厂所存在的问题设计开发了基于Web的船厂能耗管理系统,将当前最新的互联网技术应用于船厂能耗管理中,利用互联网全面感知、高效传递和智能处理等特点将船厂能耗管理与现场管理结合,形成一个统一的管理网络,使船厂管理人员能够实时、全面掌握能耗最新动态。为船厂能耗管理策略提供数据支持的同时,实现了船厂能耗管理的信息化,从而使船厂达到节能减排的目的。
[Abstract]:Shipyard is a large household of energy consumption and emission, in which the proportion of power consumption expenditure in the total energy consumption expenditure of shipyard is the highest, about 80%. Its extensive management mode and traditional manual operation table cause great waste of human and material resources, at the same time, energy consumption statistics will inevitably produce human error. How to do a good job of energy saving and emission reduction has become an urgent problem to be solved in shipyards. In view of the problems existing in shipyard, such as manual meter reading and low degree of informatization, this paper develops a shipyard energy consumption management system based on Web by using the thinking of "Internet" and combining with the latest Internet technology. First of all, through the analysis of the requirements of shipyard energy consumption management, this paper determines the main functions of shipyard energy consumption management system, including remote meter reading, data acquisition, data storage, data transmission and other functions of the system. Secondly, the function and application of energy consumption data acquisition gateway developed by our laboratory are briefly introduced. On this basis, according to the actual demand of shipyard, the energy consumption data gateway is secondary developed, and the communication interface program and data acquisition, storage and transmission program with digital energy consumption meter are designed by using C language, and the local test of the gateway is completed to verify the reliability of the function. Finally, using Tomcat server, MySql data and MyEclipse development environment, Java language is selected as the background programming language of the system, and Spring Hibernate Struts framework is used to develop the shipyard energy consumption management system based on B / S architecture. The functions of shipyard management, energy consumption query, data statistics and chart analysis are realized. In this paper, a shipyard energy consumption management system based on Web is designed and developed to solve the problems existing in shipyard. The latest Internet technology is applied to shipyard energy consumption management. By using the characteristics of Internet comprehensive perception, efficient transmission and intelligent processing, the shipyard energy consumption management and field management are combined to form a unified management network, so that shipyard managers can master the latest energy consumption trends in real time and in an all-round way. While providing data support for shipyard energy consumption management strategy, the information of shipyard energy consumption management is realized, so that shipyard can achieve the purpose of energy saving and emission reduction.
【学位授予单位】：集美大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TP311.52;U673

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