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题名面向对象的微电网管理系统软件图形化模型平台设计; 面向对象的微电网管理系统软件图形化模型平台设计
作者1崔岩,电工研究所
学位类别硕士
答辩日期2008-06-12
授予单位中国科学院电工研究所
导师1孔力,电工研究所
关键词微型电网 图形化 面向对象 电力系统 网络拓扑分析 Micro-Grid graphical object-oriented power system topology analysis
其他题名面向对象的微电网管理系统软件图形化模型平台设计
中文摘要为了缓解传统集中式发电技术存在的诸多弊端如环境问题、输电损耗等,分布式电力技术应运而生,然而分布式电力技术本身存在一些问题,为了解决分布式发电存在的一些问题,提出了微型电网的概念。微型电网需要有一套与之相适应的微型电网管理系统软件(MGMS)来对其进行监测与控制。本文主要对MGMS的子系统——图形化模型平台(GMP)进行了相关研究。GMP主要要实现以下四个方面的功能:首先是设备绘图功能,包括鼠标绘制设备图元、鼠标选中设备图元、删除设备图元等基本的人机交互绘制微电网接线图功能;其次是修改已建设备的属性;再有是建立与建立的图形系统一致的电力系统网络模型,即对已绘图形的网络拓扑自动识别;最后是在此基础上的高级应用功能,包括电力系统网络拓扑的着色分析和运行数据的实时显示功能。本文应用了网络图论、软件工程、面向对象和电力系统等理论对GMP进行了包括需求分析、模型设计、设备类的设计、设备管理类的设计和软件文档-视图结构设计等设计工作,并最终实现了GMP的主要功能。网络拓扑分析算法是GMP高级应用功能的主要算法,也是由图形系统和网络模型系统相连接的核心算法,本文结合网络图论中图的连通性算法,提出了一套用于MGMS网络拓扑分析的算法——“邻接矩阵染色算法”,并用算例验证了该算法的正确性。 The traditional power generation mode has many problems just like environmental problems and transmission losses problems etc, therefore the technique of distributed generation emerges as the times require. However the technique of distributed generation also has problems, to solve these problems the concept of Micro-Grid was proposed. The software named Micro-Grid Management System (MGMS) is need for Micro-Grid. In the paper, the author did some research on the Graphical Model Platform (GMP) of MGMS, the subsystem of MGMS. The GMP mainly has four functions as follows. The first aspect is the drawing function of micro-grid power system, including drawing power equipment, selecting power equipment and delete power equipment etc. The second aspect is the function of modifying parameters of power equipment. The third aspect is the function of topology automatic identification of the power system. The last aspect is advanced application function of GMP, including topology analysis and the real-time monitoring of the micro-grid power system which is in operation. In this paper, the author analyzed and designed the GMP with the network graph theory, software engineering, object-oriented and power system theory, including requirement analysis, model analysis, power equipment classes design and the manager of power equipment design etc. In the end, the author implemented the main functions of GMP. The power system topology analysis algorithm is the kernel algorithm connecting the graph system and the network topology model, also in this paper, the author put forward a power system topology analysis algorithm-“Matrix Labeling Algorithm” based on the method of graph connectivity analysis, and gave an example to prove the exactness of the algorithm.
语种中文
公开日期2010-10-18
页码69
分类号TM1;TM921
内容类型学位论文
源URL[http://ir.iee.ac.cn/handle/311042/7065]  
专题电工研究所_其他部门_其他部门_硕士学位论文
推荐引用方式
GB/T 7714
1崔岩,电工研究所. 面向对象的微电网管理系统软件图形化模型平台设计, 面向对象的微电网管理系统软件图形化模型平台设计[D]. 中国科学院电工研究所. 2008.
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