这本书内容很不错,我是电力系统研究室的,听我们隔壁的电力电子实验室的人推荐说,这本书可以算是风力发电的经典书目呢。' A. b9 [' Q9 Q8 u# {, s5 k8 Z& L) m/ C
! X1 b2 ?/ n. z, Y- P这个电子版本,也是非常不错的。 * u5 L) c$ y7 t% Q2 t8 D& g1 X3 z& x$ m# s. [
非常清晰,可以电子识别,也就是把pdf里面的字,直接拷贝下来贴到word上,我做研究的时候,除了特殊字符和公式需要自己打进电脑里面,其他的单词在转贴到word上的时候,从来没有出现过问题。! R+ I3 X& P* v8 \
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这个pdf文件还有一个有趣的地方,点击每一页的页面右上角的立三角标志,会有电子声音传出来,帮你读那一页的内容,非常非常有趣。。。 5 l5 x7 L1 h' v3 V; u( y2 o; f( e5 I* h* j8 \5 F
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下面是这本书的内容: , s! Q+ f" z( h9 d6 d+ j) tContents ( F! L+ l8 |) S' ?- }" K# l2 IContributors( S8 C8 M2 O5 H' a: u+ F$ e
Abbreviations * }# G6 V# B5 R( [$ RNotation" |% ]* w0 s; ? C' I7 B% ?9 m
Units2 ?+ `' C7 A' ~$ N$ {3 _
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1. Introduction - p6 c6 D1 d- k- l9 U# ?. `/ K. T
Part A Theoretical Background and Technical Regulations # m3 V2 W; N( E, z7 |' I- `/ [! B- C& t, e4 j2 ?' p" o: I! T1 r( e
2. Historical Development and Current Status of Wind Power4 s# }7 z1 |7 K x; F- W+ Z' h, Y
3. Wind Power in Power Systems: An Introduction* X2 h" F% b/ j
4. Generators and Power Electronics for Wind Turbines3 ^1 h. R8 F' B( t0 Y4 v
5. Power Quality Standards for Wind Turbines 6 {- ~; j5 E! V! X6. Power Quality Measurements; M$ Y A, v$ d" n2 e8 p. _1 H7 C
7. Technical Regulations for the Interconnection of Wind Farms to the Power System( q2 x; N# f% P5 X% M( f
8. Power System Requirements for Wind Power+ I0 n% D p& H& v
9. The Value of Wind Power * G7 E0 N ?# m8 K% \5 L) r 9 l5 j, z- c: D& |/ {9 _9 _1 f0 GPart B Power System Integration Experience. {9 q% g9 E4 H8 }
) _6 Z, x/ _# |: L10. Wind Power in the Danish Power System 3 ^: b( y& C$ l' n& D11. Wind Power in the German Power System: Current Status and Future Challenges of Maintaining Quality of Supply # G4 p6 @. Q( I- Y$ ^/ A) Z- w12. Wind Power on Weak Grids in California and the US Midwest. Q; d8 N& [8 A" P
13. Wind Power on the Swedish Island of Gotland2 s2 U& t* ]) h" z! o7 m
14. Isolated Systems with Wind Power 4 Y* H; h( D/ Q) w7 X& a15. Wind Farms in Weak Power Networks in India . C" M) |( j5 y+ r3 L) F" N16. Practical Experience with Power Quality and Wind Power . a% U% e6 W7 C: r( k- X/ e17. Wind Power Forecast for the German and Danish Networks 5 L4 H/ d m3 _3 D2 ]( e) P18. Economic Aspects of Wind Power in Power Systems+ Q- q/ o$ S z# r# @5 f
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Part C Future Concepts4 n3 K; T5 q# b
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19. Wind Power and Voltage Control % m6 u) A& q! A20. Wind Power in Areas with Limited Transmission Capacity ! m) @/ Z* O1 B1 [& s6 }21. Benefits of Active Management of Distribution Systems ! a; c: x5 S# z: y( Q5 ~22. Transmission Systems for Offshore Wind Farms7 c6 W4 ^8 o8 ~& G: n
23. Hydrogen as a Means of Transporting and Balancing Wind Power Production6 i+ O4 C" k. ]: Z* L& j, {
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Part D Dynamic Modelling of Wind Turbines for power System Studies 0 ^5 ^1 t6 [ R2 B. S* c) ^ c+ J: S' q# _
24. Introduction to the Modelling of Wind Turbines4 C: l$ N& z1 I p: T5 @' o% N
25. Reduced-order Modelling of Wind Turbines : c$ Z7 |9 ]6 [' A: l' m* P& f26. High-order Models of Doubly-fed Induction Generators, ~- S# x+ H$ U! @0 s8 i
27. Full-scale Verification of Dynamic Wind Turbine Models3 w* V0 B3 U& S3 N s6 U/ U8 O
28. Impacts of Wind Power on Power System Dynamics ; K5 _8 {+ H/ K2 J2 l7 m29. Aggregated Modelling and Short-term Voltage Stability of Large Wind Farms7 W) K# l) a5 R
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Index# k0 A) H* h7 _6 m3 d