內容大鋼
This book provides a thorough comprehension of the electrical power system and its analysis. It covers numerous fundamental concepts, mathematical models, and power system parameters, as well as the calculation and analysis of power networks. In addition, it examines the subjects of active power stability analysis, reactive power system adjustment, stability analysis, and transient stability of the power system.
This book intends to help students, engineers, and researchers who wish to delve deeper into electrical engineering, power generation, transmission, and distribution.
目錄
Preface
1 Fundamentals of the Power System
1.1 Basic Concepts of the Power System
1.2 Fundamental Understanding of Power System Stability Analysis
1.3 Basic Knowledge of Power System Fault Analysis
1.4 Summary
References
2 Mathematical Models and Parameters of the Power System
2.1 Parameters and Mathematical Models of Power Lines
2.2 Parameters and Mathematical Model of Reactor
2.3 Transformer Parameters and Mathematical Models
2.4 Parameters and Mathematical Models of Generators and Loads
2.5 Summary
References
3 Calculation and Analysis of Simple Power Network
3.1 Mathematical Model of Power Network
3.2 Calculation and Analysis of Power Line Operation
3.3 Calculation of Transformer Operation
3.4 Overview of Power Network Flow
3.5 Power Flow Equations
3.6 Enhanced Power Flow
3.7 Method for Calculating Power Flow in a Power System
3.8 Summary
References
4 Active Power System Adjustment and Reactive Power System Adjustment
4.1 The Necessity of Frequency Adjustment
4.2 Frequency Characteristics of Power System
4.3 Frequency Adjustment of Power System
4.4 Active Power Balance and Reasonable Distribution of System Load among Various Power Plants
4.5 Reactive Power Balance of Power System
4.6 Basic Concepts of Voltage Regulation
4.7 Measures for Voltage Adjustment
4.8 Application of Pressure Regulation Measures
4.9 Summary
References
5 Failure Analysis and Calculation of the Power System
5.1 Overview of Power System Failures
5.2 Symmetrical Failure
5.3 Asymmetric Failure
5.4 Basic Equation of Synchronous Generator
5.5 Symmetric Component Method
5.6 Sequence Parameters of Power System Components
5.7 Summary
References
6 Stability Analysis of the Power System
6.1 The Basic Concept of Dynamic System Stability
6.2 Automatic Adjustment of Excitation System and Power System Stabilizer
6.3 Stability Analysis
6.4 Summarv
References
7 Transient Stability of the Power System
7.1 Overview of Transient Stability of the Power System
7.2 Transient Stability of Simple Systems
7.3 Enhancement Measures for Power System Transient Stability
7.4 Summary
References
[