电力系统分析（英文版·第2版）|经典原版书库|（美）亚瑟 R.伯尔根等|机械工业出版社

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电力系统分析（英文版·第2版）

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原书名：Power Systems Analysis,Second Edition	原出版社：Prentice Hall/Pearson
作者：（美）亚瑟 R.伯尔根等	出版社：机械工业出版社
译者：	丛书名：经典原版书库
出版日期：2005-4-1	上架日期：2005-10-8
ISBN：7111159160	页数：版次：1-1
开本：16开	装帧：

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| 大封面 | 封底 | 前言 | 内容简介 | 序言 | 目录 | 作者简介 | 译者简介 | 作者序 | 译者序 |

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内容简介
本书是加州大学伯克利分校电力系统分析课程教材，为国外许多学校采用。书中全面介绍了电力系统的分析和设计方法以及相应的运行实践，其中特别强调了这一领域的业界实践及计算机应用。内容包括：电力系统的背景和基本概念、输电线路的建模、发电机建模、电力潮流分析、电力系统保护、电力系统稳定性等。书中的每一章都给出了大量的示例和习题。其中从第3章开始，提供了一个贯穿全书的设计问题，这个设计问题是面向计算机的，学生可以使用现有的软件或使用MATLAB自行开发软件来逐步求解。通过求解该问题，学生将对有关电力系统工程的广泛主题有清楚的认识，特别是可以借助计算机充分地理解电力系统的基本理论和方法，并得到相应的训练。
本书可作为高等院校相关专业的教材，也可供从事电力系统工作的工程技术人员参考。

目录
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前言 iii
1        BACKGROUND    1
1.0    Introduction  1
1.1    Electric Energy  1
1.2    Fossil-Fuel Plant  5
1.3    Nuclear Power Plant  10
1.4    Hydroelectric Power Plant  11
1.5    Other Energy Sources  12
1.6    Transmission and Distribution Systems  13
1.7    The Deregulated Electric Power Industry  18
2       BASIC PRINCIPLES    22
2.0    Introduction  22
2.1    Phasor Representation  22
2.2    Complex Power Supplied to a One-Port  23
2.3    Conservation of Complex Power  30
2.4    Balanced Three-Phase  35
2.5    Per Phase Analysis  43
2.6    BalancedThree-Phase Power  46
2.7    Summary  47
3    TRANSMISSION-LINE PARAMETERS  53
3.0    Introduction  53
3.1    Review of Magnetics  54
3.2    Flux Linkages of Infinite Straight Wire  57
3.3    Flux Linkages; Many-Conductor Case  60
3.4    Conductor Bundling  64
3.5    Transposition  67
3.6    Impedance of Three Phase Lines Including Ground Return  71
3.7    Review of Electric Fields  75
3.8    Line Capacitance  76
3.9    Determination of Line Parameters Using Tables  81
3.10   Typical Parameter Values  84
3.11   Summary  85
4        TRANSMISSION-LINE MODELING    90
4.0    Introduction  90
4.1    Derivation ofTerminalV, I Relations  90
4.2    Waves on Transmission Lines  97
4.3    Transmission Matrix  98
4.4    Lumped-Circuit Equivalent  99
4.5    Simplified Models  101
4.6    Complex Power Transmission (Short Line)  103
4.7    Complex Power Transmission (Radial Line)  110
4.8    Complex Power Transmission (Long or Medium Lines)  112
4.9    Power-Handling Capability of Lines  113
4.10   Summary  116
5        TRANSFORMER MODELING AND THE PER UNIT SYSTEM 127
5.0    Introduction  127
5.1    Single-PhaseTransformer Model  127
5.2    Three-Phase Transformer Connections  136
5.3    Per Phase Analysis  142
5.4    Normal Systems  150
5.5    Per Unit Normalization  157
5.6    Per UnitThree-Phase Quantities  160
5.7    Change of Base  163
5.8    Per Unit Analysis of Normal System  164
5.9    Regulating Transformers for Voltage and Phase Angle Control  170
5.10   Autotransformers  175
5.11   Transmission Line and Transformers  177
5.12   Summary  179
6        GENERATOR MODELING I (MACHINE VIEWPOINT)    187
6.0    Introduction  187
6.1    Classical Machine Description  187
6.2    Voltage Generation  189
6.3    Open-Circuit Voltage  190
6.4    Armature Reaction  193
6.5    Terminal Voltage  196
6.6    Power Delivered by Generator  205
6.7    Synchronizing Generator to an Infinite Bus  208
6.8    Synchronous Condensor  211
6.9    Role of Synchronous Machine Excitation in Controlling Reactive Power  211
6.10   Summary  212
7       GENERATOR MODELING II (CIRCUIT VIEWPOINT)    215
7.0    Introduction  215
7.1    Energy Conversion  215
7.2    Application to Synchronous Machine  221
7.3    The Park Transformation  226
7.4    Park's Voltage Equation  229
7.5    Park's Mechanical Equation  231
7.6    Circuit Model  232
7.7    Instantaneous Power Output  235
7.8    Applications  235
7.9    Synchronous Operation  250
7.10   Steady-State Model  255
7.11   Simplified Dynamic Model  256
7.12   Generator Connected to Infinite Bus (Linear Model)  265
7.13   Summary  269
8   VOLTAGE CONTROL SYSTEM  273
8.0    Introduction  273
8.1    Exciter System Block Diagram  274
8.2    Generator Models  277
8.3    Stability of Excitation System  280
8.4    Voltage Regulation  281
8.5    Generator Connected to Infinite Bus  284
8.6    Summary  292
9    NETWORK MATRICES  294
9.0    Introduction  294
9.1    Bus Admittance Matrix  294
9.2    Network Solution  303
9.3    Network Reduction (Kron Reduction)  309
9.4    YBUS Structure and Manipulation  311
9.5    Bus Impedance Matrix  311
9.6    Inverse Elements to Determine Columns of ZBUS  317
9.7    Summary  319
10       POWER FLOW ANALYSIS    323
10.0   Introduction  323
10.1   Power Flow Equations  325
10.2   The Power Flow Problem  327
10.3   Solution by Gauss Iteration  330
10.4   More General Iteration Scheme  336
10.5   Newton-Raphson Iteration  339
10.6   Application to Power Flow Equations  343
10.7   Decoupled Power Flow  352
10.8   Control Implications  356
10.9   Regulating Transformers in Power Flow Analysis  360
10.10  Power Flow Solutions for Large Power Systems  364
10.11  Summary  366
11        AUTOMATIC GENERATION CONTROL AND THE NEW MARKET ENVIRONMENT    375
11.0   Introduction  375
11.1   Power Control System Modeling  377
11.2   Application to Single Machine-Infinite Bus System  384
11.3   Simplified Analysis of Power Control System  385
11.4   Power Control, Multigenerator Case  388
11.5   Special Case: Two Generating Units  391
11.6   Division of Power Into Control Areas  395
11.7   Formulation of the Economic Dispatch Problem  400
11.8   Classical Economic Dispatch (Line Losses Neglected)  405
11.9   Generator Limits Included  411
11.10  Line Losses Considered  416
11.11  Calculation of Penalty Factors  421
11.12  Economic Issues and Mechanisms in the New Market Environment  429
11.13  Transmission Issues and Effects in the New Market Environment  433
11.14  Summary  441
12       UNBALANCED SYSTEM OPERATION    445
12.0   Introduction  445
12.1   Symmetrical Components  446
12.2   Use of Symmetrical Components for Fault Analysis  451
12.3   Sequence Network Connections for Different Types of Faults  455
12.4   More General Fault Circuit Analysis  461
12.5   Power from Sequence Variables  462
12.6   Sequence Representation of Y and △ Connected Circuit  463
12.7   Generator Models for Sequence Networks  466
12.8   Transformer Models for Sequence Networks  469
12.9   Sequence Representation of Transmission Lines  471
12.10  Assembly of Sequence Networks  475
12.11  Fault Analysis for Realistic Power System Model  477
12.12  Matrix Methods  482
12.13  Summary  486
13       SYSTEM PROTECTION   495
13.0   Introduction  495
13.1   Protection of Radial Systems  497
13.2   System with Two Sources  504
13.3   Impedance (Distance) Relays  508
13.4   Modified Impedance Relays  512
13.5   Differential Protection of Generators  514
13.6   DifferentialProtection of Transformers  516
13.7   Differential Protection of Buses and Lines  518
13.8   Overlapping Zones of Protection  519
13.9   Sequence Filters  520
13.10  Computer Relaying  522
13.11  Summary  525
14       POWER SYSTEM STABILITY    528
14.0   Introduction  528
14.1   Model  529
14.2   Energy Balance  532
14.3   Linearization of Swing Equation  536
14.4   Solution of Nonlinear Swing Equation 538
14.5   Other Applications  549
14.6   Extension to Two-Machine Case  554
14.7   Multimachine Application  556
14.8   Multimachine Stability Studies  563
14.9   Summary  575
APPENDICES  580
Appendix 1: Reluctance  580
Appendix 2: Force Generation in a Solenoid  581
Appendix 3: Method of Lagrange Multipliers  584
Appendix 4:Root-Locus Method  586
Appendix 5: Negative- and Zero-Sequence Impedances of Synchronous Machines  593
Appendix 6: Inversion Formula  599
Appendix 7: Modification of Impedance Matrices  601
Appendix 8: Data for Transmission Line Parameters  605
SELECTED BIBLIOGRAPHY    612
INDEX 614

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