Contents & References of Dynamic modeling and simulation of 5 kW synchronous generator
List:
1 Chapter 1: An introduction to synchronous machine. 7
1.1 Introduction: 8
2 Chapter Two: Synchronous machine dynamic equations. 12
2.1 Voltage equations in machine variables: 13
2.2 Torque equation in machine variables: 19
2.3 Voltage equations in rotor reference device variables - Park equations: 20
2.4 Synchronous: 27
3 Chapter 3: Numerical integration method. 28
3.1 Euler's method. 29
3.2 Rang-Kuta method 30
3.3 The trapezoid base integration method. 32
3.4 An overview of Newton-Raphson method. 34
3.5 Simultaneous solution of DAE equations by explicit integration. 36
4 Chapter 4: The results of the simulation of the linear model of the synchronous machine. 40
4.1 Examining the simulation results in the biaxial model. 41
4.2 Synchronous generator performance in different areas. 46
4.2.1 Second state: overload conditions. 47
4.2.2 Third mode: less than the base loading. 49
5 Chapter Five: Synchronous machine parameters. 52
Synchronous machine parameters. 52
5.1 Introduction. 53
5.2 Operating parameters of synchronous machine. 53
6 Chapter Six: Synchronous machine models. 58
Synchronous machine models: 58
6.1 Various synchronous machine models: 59
6.2 Application of different models: 60
6.3 Analyzing synchronous machine models to determine basic parameters: 60
6.3.1 Model (2.1) 60
6.3.2 Model(0.0) 66
6.3.3 Equivalent circuit of model(0.0) 66
6.3.4 Circuit equations of model(0.0) 67
6.3.5 Model(2.2) 67
6.3.6 Equivalent circuit of model(2.2) 67
6.3.7 Orbital equations of the model (2.2) 68
7 Chapter Seven: Simulation results of determining basic parameters for different models. 70
7.1 Model simulation results (0.0): 71 Model simulation results (2.1): 71 Model simulation results (2.2): 72 References. 99
9 Appendices 101
9.1 Appendix one: Synchronous machine behavior simulation. 101
9.2 Appendix Two: Determination of basic machine parameters: 113
Source:
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