 Introduction  Concept of Reactive power in power system  Control and management of reactive and voltage  Difference between active power & frequency regulation  Importance of voltage control  Measures for voltage control  Rules of reactive compensation and voltage control  Excitation control of generator

 Introduction  Mathematical model  Generator model  Load model  Prime mover model  Governor model  Tie-line model  Automatic Generation Control (AGC:自动发电控制)

 Introduction  Solution of Unit Commitment  Solution of Unit Commitment with Dynamic Programming

 Introduction  Problem formulation  Characteristics of prime mover-generator  Model of economic dispatch and its solution  Economic dispatch considering line loss  Gradient method  Newton method  Dynamic programming  Co-dispatch of thermal and hydro plants

 Development of Power Grid: state of art  Induction to Power System Operation  Operation status and constraints of power network  Power system dispatch  Power system model

电子科技大学：《电力系统运行与控制 Power System Operation and Control》课程教学资源（课件讲稿）Lecture 01 Introduction of the course（黄琦）

9.1 电力系统稳定性概述 9.2 电力系统的静态稳定 9.3 电力系统的暂态稳定 9.4 提高电力系统稳定性的措施

8.1 简单不对称短路的分析与计算 8.2 简单不对称短路时非故障处的电压和电流计算 8.3 电力系统非全相运行的分析 8.4 不对称短路时运算曲线的应用 8.5 不对称短路计算机辅助分析

7.1 对称分量法及其应用 7.2 同步发电机的各序参数 7.3 变压器的各序参数和等效电路 7.4 电力线路的各序参数和等效电路 7.5 异步电动机和综合负荷各序参数和等效电路 7.6 电力系统故障运行的等效电路

6.1 电力系统故障概述 6.2无限大容量电源供电的电力系统三相短路 6.3 电力系统三相短路的实用计算 6.4 应用运算曲线求任意时刻的短路电流 6.5 三相短路起始暂态电流的计算机算法