目 录
目 录
摘 要.....................................................................................................................................................I
ABSTRACT.......................................................................................................................................II
目 录..................................................................................................................................................III
第一章 绪 论.......................................................................................................................................1
1.1 电力系统仿真的必要性.......................................................................................................1
1.2 ATP-EMTP 及 MATLAB 的发展概况.................................................................................1
1.2.1 ATP-EMTP 的发展....................................................................................................1
1.2.2 MATLAB 的发展史..................................................................................................2
1.3 本课题的主要工作及研究意义...........................................................................................3
第二章 仿真软件 ATP-EMTP 及 MATLAB 简介............................................................................4
2.1 电磁暂态程序 ATP-EMTP...................................................................................................4
2.1.1 电磁暂态程序（ATP-EMTP）的数学模型............................................................4
2.1.2 ATP-EMTP 的功能....................................................................................................4
2.2 ATPDraw 程序的使用
[6]
.......................................................................................................5
2.2.1 ATPDraw 程序的基本操作.......................................................................................5
2.2.2 ATPDraw 程序的基本元件.......................................................................................6
2.3 图像处理软件 MATLAB...................................................................................................14
第三章 电力系统故障仿真平台的建立.........................................................................................18
3.1 单相故障边界条件分析.....................................................................................................18
3.2 两相故障边界条件分析.....................................................................................................18
3.3 三相短路故障分析.............................................................................................................19
3.4 故障仿真平台.....................................................................................................................20
3.4.1 通用故障等效电路分析..........................................................................................20
3.4.2 创建 ATPDraw 故障仿真平台................................................................................21
第四章 电力系统故障仿真分析.....................................................................................................25
4.1 单相故障仿真分析.............................................................................................................25
4.1.1. A 相直接接地故障.................................................................................................25
4.1.2. A 相经阻抗接地.....................................................................................................28
4.2 两相故障仿真分析.............................................................................................................30
4.2.1. B、C 两相直接短路故障......................................................................................30
4.2.2. B、C 两相短路直接接地故障..............................................................................33
4.2.3. B、C 两相经阻抗短路接地故障..........................................................................35
4.3 三相短路故障仿真分析.....................................................................................................38
结 论..................................................................................................................................................41
参 考 文 献.......................................................................................................................................42
III
