[英文原版]《 Electrical Energy Systems 》[PDF格式]

[英文原版]《 Electrical Energy Systems 》[PDF格式]

El-Hawary, M.E. “Frontmatter”
0 v' ]2 }. f% U1 _0 W4 R7 |. pElectrical Energy Systems.
2 u$ r6 [+ b8 Q' qSeries Ed. Leo Grigsby
! S( w& _: @$ L' eBoca Raton: CRC Press LLC, 2000
( E; B2 q' L% {
3 ]! p6 [7 r. S' @3 k* p! X4 Z" d- z' R+ K% D$ p  S& n0 L1 C* X
Table of Contents
5 I! r7 i0 }! m9 nPreface
4 a/ e4 A- L6 h2 F5 Y5 r/ jChapter 1 – INTRODUCTION……….1
" l' P: S0 s; D7 z. L9 `7 P- s5 j1.1 A Brief History of Electric Power Systems……….1; a4 \0 S! [% ^  c, Y8 x) k
1.2 The Structure of the Power System……….3  v- E1 e' T+ t) S, ?. U
1.3 Outline of the Text……….7
  L* o' r8 @* `4 C' t9 ]Chapter 2 – BASICS OF ELECTRIC ENERGY SYSTEM THEORY……9
& D9 Y! G0 ]& n9 @9 T* ?2.1 Introduction……….9
: H0 U1 Q+ a; s9 i2.2 Concepts of Power in Alternating Current Systems……….9; n) l/ f9 K8 |2 x, c
2.3 Three-Phase Systems……….14
8 [/ R/ b' w+ c# V7 G2.4 The Per Unit System……….24
! p% y9 M2 M- @+ _$ b2.5 Electromagnetism and Electromechanical Energy' U( q' k& ~3 D( \( ~6 D2 i9 e9 W1 C
Conversion……….27. V) z  ]  ]1 f: p/ [2 t
2.6 Permeability and Magnetic Field Intensity……….30
, a* d; ~: S; C' W" F2.7 Flux Linkages, Induced Voltages, Inductance, and% S9 j1 T) Y# F$ r. D( G5 b
Energy……….34
" Y! }+ w& ^4 r$ y+ a2.8 Hysteresis Loop……….36, _1 W- t8 |  a0 d2 V* g
2.9 Eddy Current and Core Losses……….371 ]7 T; B7 V( o8 l$ k; E
2.10 Energy Flow Approach……….40
9 n6 X5 e/ v- d! @2.11 Multiply Excited Systems……….44. I. n! ^0 t) u8 g* p4 s# x/ J
2.12 Doubly Excited Systems……….45+ n. d7 E( z) L1 `8 g2 K; E
2.13 Salient-Pole Machines……….47
  r$ k6 Q: S  M2.14 Round or Smooth Air-Gap Machines……….49+ Z6 G- E* X) f) Z" R" X3 ~
2.15 Machine-Type Classification……….52
* [. x# @  Z/ e; ^9 X' s2 F8 _2.16 P-Pole Machines……….54" D" ]# p, E, ~# N
2.17 Power System Representation……….58
0 i+ w5 p# z3 A' P  OProblems……….59
+ ~7 A7 I, i! F. vChapter 3 – POWER GENERATION AND THE SYNCHRONOUS- Z  j; _1 J" A, I! j. [, e
MACHINE……….69
+ u: U' z3 k1 Z0 r3.1 Introduction……….69% I# N2 Y2 `3 t3 c8 C% ^
3.2 The Synchronous Machine: Preliminaries……….67
* }6 N7 [( T8 p+ Z% a3.3 Synchronous Machine Fields……….72
8 u; {2 d6 ~* Y/ Z* S9 }5 T3.4 A Simple Equivalent Circuit……….74
4 z( s2 m0 p8 j; ?& @3 {' ?& C3.5 Principal Steady-State Characteristics……….77
" e2 C0 K6 j& R& n, K3.6 Power-Angle Characteristics and the Infinite Bus
4 S& Q# N- M6 v, H6 i7 gConcept……….79
) \  y+ N: L! `( s; U/ ^" ]9 G3.7 Accounting for Saliency……….86
& Z7 X! _: X4 a* i( Y3.8 Salient-Pole Machine Power Angle Characteristics……….908 c: I6 }# s7 v1 A2 ]$ L
Problems……….93% ^3 U1 v& n4 r2 o6 D
Chapter 4 – THE TRANSFORMER……….97! R7 j2 u# y$ G; B# Z' ]' J+ C
4.1 Introduction……….97
* l9 D9 ^  K) t6 r) M" [: |0 b4.2 General Theory of Transformer Operation……….97
: h7 `9 D; i3 o; L% p: v" A1 v4.3 Transformer Connections……….111
* @" b7 j1 m) hProblems……….121
+ D. @  N/ e+ F6 e. ~5 GChapter 5 – ELECTRIC POWER TRANSMISSION……….125: `$ C6 v0 m5 a) [# L0 G
5.1 Introduction……….125
% A! a/ t! U, _$ l- a# }5.2 Electric Transmission Line Parameters……….125
# t" G. i1 H# Z5.3 Line Inductance……….127" N. M+ a# `8 |' @' R* w  P
5.4 Line Capacitance……….145' u1 N& y0 \" y- k  ?1 ]
5.5 Two-Port Networks……….161
6 @8 b$ b: G) ?6 |5.6 Transmission Line Models……….163
1 T2 T$ F; r! _. o1 m2 LProblems……….1790 r, q' v; S/ [4 E* _0 C
Chapter 6 – INDUCTION AND FRACTIONAL HORSEPOWER+ c9 V5 B% a- I- q
MOTORS……….185
+ I3 _3 d/ \8 C1 B* {: V: Q$ R6.1 Introduction……….185% Q- P& U; M. m7 J
6.2 Three-Phase Induction Motors……….185
8 t9 ^+ t  H/ X, x% @' K1 I6.3 Torque Relations……….193
# M/ H% t( n* `+ s# M4 }  S6.4 Classification of Induction Motors……….198
0 W" a3 F$ U. G/ [% O! u" u6.5 Rotating Magnetic Fields in Single-Phase Induction
* x/ {5 ^- y- T; K7 Z) lMotors……….199. L+ @) }" |; w' u- M  n
6.6 Equivalent Circuits for Single-Phase Induction Motors…204
. L. z( W5 D' d/ I% D* Z6.7 Power and Torque Relations……….210( N3 e4 m& l6 O$ d' j
6.8 Starting Single-Phase Induction Motors……….216. B$ E$ ?" j2 q: H; z
6.9 Single-Phase Induction Motor Types……….218+ d! x2 s8 C# P3 s" c  g
Problems……….225
6 H$ l. f% X* |2 {1 {9 \Chapter 7 – FAULTS AND PROTECTION OF ELECTRIC ENERGY1 |- P8 u* }; w5 P9 g9 i7 U9 t: m
SYSTEMS……….231
& ?3 F7 _; [! M- D7 g: c$ w1 p7.1 Introduction……….2313 {! N1 X# |- V
7.2 Transients During a Balanced Fault……….232. c3 _* ^1 y' n0 a; [
7.3 The Method of Symmetrical Components……….235
1 l; j0 p# I: @3 m6 T7.4 Sequence Networks……….239! n( \1 u* T. k
7.5 Line-to-Ground Fault……….255
& J  g% X. E* e( [. y% x; O' J9 w  F$ R0 q7.6 Double Line-to-Ground Fault……….258) t. C, p) R# |6 p% K9 A% M
7.7 Line-to-Line Fault……….262
6 F' f6 w4 Q5 @4 W0 H: k7.8 The Balanced Three-Phase Fault……….2642 r2 W% Y, u/ f( S8 x$ x$ x* k% j
7.9 System Protection, An Introduction……….2658 i1 i( C' |  y) b: _% b
7.10 Protective Relays……….267
$ @+ G3 `0 p1 {! k5 s7.11 Transformer Relay……….270
: S# z% z+ N. b$ @7.12 Transmission Line Protection……….2768 \' k$ k9 S" f' `4 e
7.13 Impedance-Based Protection Principles……….283+ X7 l/ [" _. y1 F; ]; Y
7.14 Computer Relaying……….2918 [+ v  }# ?! r& s4 v
Problems……….293
3 L- S: Q6 k5 ~Chapter 8 – THE ENERGY CONTROL CENTER……….299% g* y, R$ e( c, h5 \# C
8.1 Introduction……….299
4 @- N7 K/ d+ u" @% ]0 N8.2 Overview of EMS Functions……….3017 _. O4 ?* N/ t7 _# y( x& C
8.3 Power Flow Control……….309
& \6 A* F) |% v; r; d  e2 t8.4 Power Flow……….3132 I6 y) Y& r8 `3 n; Y; c
8.5 Stability Considerations……….326
* F0 B& O0 `  A8 W9 V* O1 O. H8.6 Power System State Estimation……….334
. p4 i7 K2 h6 [7 q# s( {) A8.7 Power System Security……….338
2 c' t8 a& M3 s# v; f8.8 Contingency Analysis……….343
- _  i) `! |' R9 i! g3 i% k7 z* A1 B8.9 Optimal Preventive and Corrective Actions……….346
' L1 m6 g, T% x4 V, X5 ^8 y8.10 Dynamic Security Analysis……….355
" @! r9 F3 `6 B- `References……….361
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