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[分享] WIND TURBINE APPLICATIONS

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    [LV.3]偶尔看看II

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    发表于 2013-3-8 18:22:50 | 显示全部楼层 |阅读模式

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    PART A: INTRODUCTION 1
    3 J4 X' |9 Y: C* t1. Introduction..................................................................................................................3
    1 q& N8 k0 ^3 a3 i# `+ t2. pscad components....................................................................................................5
    ) x8 [% b* B4 E5 [3. Modelled structure.......................................................................................................72 ^- u' d' Y/ Z* y0 }
    4. Simulations performed.................................................................................................9$ T/ Z9 a" D7 e' R; E8 h
    PART B: BUILD THE MODEL 11/ F0 X$ u/ D9 `  l0 V! N! S1 v
    5. From the wind to the Synchronous Generator...........................................................13* T' _4 V9 _; X8 a
    5.1 The Wind Source.........................................................................................................142 i; h6 z2 |# G) `4 X/ o
    5.2 The wind turbine component.......................................................................................15
    3 K) L/ }# j4 Q" v2 k5.2.1 Theoretical study...................................................................................................15* M% g( B' G8 Y; _1 U
    5.2.2 Cp curve with PSCAD standard model.................................................................16
    2 K8 `( ?) O8 E; g" F  V1 i5.2.3 Computation of parameters...................................................................................17
    . V' ~0 A3 D/ L( K1 P4 L6 m5.2.4 Define the Wind turbine parameters.....................................................................18
    2 y3 u6 r: {- F5.3 Wind turbine governor component..............................................................................19
    5 x4 g& E5 Y" f5.3.1 Theoretical study...................................................................................................19& u9 A% s6 y% y# W4 l2 O! |; F
    5.3.2 Define the Wind governor parameters..................................................................200 G2 E4 n7 `% m& h4 L8 j
    5.4 The synchronous generator.........................................................................................21  D$ q& [3 Q' G) e, R' \; Q
    5.5 Turbine generator connection: Simulation at rated load..............................................24
    , H6 k$ \1 c" y" @# rSimulation parameters & analysis :......................................................................................24
    + c. s1 Q. b' u# k2 L+ R$ j4 w& F6. AC/DC/AC : Power and Frequency conversion.........................................................27' `6 `' B) R! M, \1 n
    6.1 Diode Rectifier.............................................................................................................28
    9 n1 I3 a) k3 v  Q: h  D1 K0 f& r* F6.2 Overvoltage protection................................................................................................30
    $ ]/ T& }& |! K' q6.3 DC bus.........................................................................................................................313 m8 M3 G) A' y  d
    6.3.1 Build the DC bus....................................................................................................319 H4 M: Q. C- F& [
    6.3.2 Model validation.....................................................................................................32) @  g6 u& o# o* n, N
    6.4 6-Pulse Thyristor inverter............................................................................................34 WIND TURBINE APPLICATIONS PAGE A
    0 X0 E3 T3 e& N8 F. mPSCAD®4.02. _/ c( ?5 Z4 T: _( Q: E. ^
    Introduction
    3 k. z; V* N; @8 x6.4.1 Presentation..........................................................................................................343 z$ l- B* X  b% l3 [5 A
    6.4.2 Voltage collapse limitation....................................................................................36' Q* `; O4 `1 r$ S$ Q0 ~
    6.4.3 Voltage regulation.................................................................................................37+ U8 S9 o4 X/ x9 ]7 I8 w3 T
    6.5 Connection to the network..........................................................................................40
    0 {4 y5 A% T/ M1 ~% x7 @" S; K1 H7. The distribution grid...................................................................................................43
    1 p( Q5 J! a( c, N6 O! H7.1.1 Definition of the grid..............................................................................................43
    ! t7 B  X) w+ S# z3 C! L7 a+ C7.1.2 Load Flow Simulation...........................................................................................47' ?/ d) w1 a& u+ f$ `3 c) p
    PART C: SIMULATE 49
      r# @# B% n7 I9 Y. N8. Constant Wind Study.................................................................................................51
    9 J: @8 T% v* D8.1 Structure the complete model.....................................................................................51+ b1 @4 l/ D6 m. M# F5 Y2 R
    8.2 Constant wind study....................................................................................................53
    1 _. S$ D7 [9 e4 S; e9. Fault Analysis.............................................................................................................55
    ( Q& Z; h6 T+ T4 D3 p; F8 _* R% Z! X3 z9.1 Default at Node 3........................................................................................................56
    ' W! @; w/ u* Q1 s5 X8 D3 A) }9.1.1 Without DG...........................................................................................................56  U0 m3 m; Z. }
    9.1.2 With DG connected at node 1..............................................................................574 W0 r8 S7 t/ U
    9.2 Default at Node 2........................................................................................................590 r+ R7 y; s& s
    9.2.1 Without DG...........................................................................................................591 f. D  u: `5 {, _% w
    9.2.2 With DG connected at node 3..............................................................................594 K  ~5 Z2 s3 ~1 g( Y  e* c
    9.3 Conclusion..................................................................................................................61; v$ `, k/ x+ X) O( r8 K2 s9 U8 l
    10. Variable wind study....................................................................................................63" b3 R/ A$ Q0 \- m* O# n. C
    10.1 Dynamic pitch control..................................................................................................63
    ' h  ]. ]+ }2 W2 ^9 L3 p10.2 Passive pitch control simulation..................................................................................670 G) {% G/ B& ^, g/ {+ r* U8 c
    10.3 Comparison of passive and dynamic pitch control......................................................691 q0 ]& S* [! \( I, y
    11. Wind farm...................................................................................................................71
    0 M5 t" {3 f+ n7 X- q# l: Y11.1 From a single wind turbine to a wind farm..................................................................72
    8 r) h2 S+ r' k: u4 G* G11.1.1 Change the structure of the model.......................................................................720 _. S- s8 x0 W
    11.1.2 Modifications in the synchronous generator.........................................................73
    ( b. o$ @! C# ?, T11.1.3 Modifications in the transformer...........................................................................745 [9 z. v% j  ?9 \( q- M
    11.1.4 Modifications in the grid........................................................................................74
      M5 S  U2 o2 Z$ K- Q0 @11.2 PWM Regulation drives...............................................................................................75
    " G- R: h3 j( a/ p. z11.2.1 Principles..............................................................................................................75
    / p1 L; m, {1 q5 ^! `11.2.2 Generation of the triangular waveform.................................................................75
    * `6 `# e$ v" _11.2.3 Generation of the reference..................................................................................79) w. L8 ], b  _9 j6 i5 ^
    11.2.4 Generation of the firing pulses for the GTO inverter............................................83+ ]$ l2 w( y- K$ G# X3 p( `# c
    11.3 Simulation 85
    0 r8 B  ^6 n: J/ O: g! [+ j( `  hPART D: APPENDIX 87
    * N, l8 \* C+ e1 X12. References.................................................................................................................89

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    [LV.1]初来乍到

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    发表于 2013-3-8 19:11:44 | 显示全部楼层
    多谢楼主的分享
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    [LV.Master]伴坛终老

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    发表于 2013-3-9 10:43:23 | 显示全部楼层
    感谢楼主的资料
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    [LV.6]常住居民II

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    发表于 2013-3-9 10:44:45 | 显示全部楼层
    很好的参考。
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    发表于 2013-3-9 16:40:56 | 显示全部楼层
    弥足珍贵,而且还有简单介绍,太感谢楼主了
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    发表于 2013-3-11 11:31:55 | 显示全部楼层
    再次感谢了
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