摘要近年来，中国的经济水平有了很大的提高，人们对电力系统供电的质量和数量要求也日趋增加，为了保证人们对电力的需求，电力部门必须能够及时有效地处理可能出现的电力故障。本文介绍了电力系统从遭受冲击到失去同步再到电力系统振荡以至最后的解列的一系列 过程。重点研究的是在大扰动下电网的被动解列控制，通过解列的判据和解列装置的配合达到解列的目的。通过各种渠道收集关于电力系统解列的资料了解现阶段解列的现状和发展趋势，选择利用电压电流量来作为失步解列的判据。本论文的整体思路是介绍解列的含义，研究解列的判据，判断解列点的位置解列时刻以及解列装置的设置。71697

该论文有图19幅，表0个，参考文献22篇。

毕业论文关键词:电力系统振荡 解列的判据  解列点 

Power System Accident Solution Column Control Strategy Research

Abstract In recent years, China's economic level had the very big enhancement, the people of power system, power supply quality and quantity requirements also increased, in order to guarantee the people's demand for electricity, electricity sector must be able to deal with in a timely and effective manner possible power failures. This paper introduces the power system from a hit to lose synchronization to power system oscillation and the final solution listed a series of process. The key research is the passive solution under large disturbance power grid control, by solving the criterion of reconciliation list of device cooperate to achieve the purpose of solution column. Through various channels to collect information about power system solutions for column understand the situation and development trend of present solution column, select use voltage electrical flow as a criterion for out-of-step solution column. Overall train of thought of this paper is to introduce the solution column, the meaning of the solution, the criterion of column point position solution of judging device in the column moment and Settings.

Key Words:Power System Oscillation  Splitting Criterion  Splitting Point 

目  录

摘要 I

Abstract II

目录 III

图清单 IV

1绪论 1

1.1解列方案概述 1

1.2课题的研究意义和目的 1

1.3本课题研究现状 2

1.4电网发展趋势 4

1.5本文工作 5

2数学公式和基本概念 6

2.1 等值电路 6

2.2 电力系统运行稳定性的基本概念和各元件的机电特性 8

2.3本章小结 12

3 解列理论 13

3.1 异步运行的电气特性 13

3.2解列装置的判据 17

3.3解列约束条件 19

3.4 解列方案 20

3.5本章小结 22

4 解列装置电气量的测量与整定 23

4.1电流和电压的测量 23

4.2数据的处理流程 24

4.3解列装置参数设置