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。6 v2 C# L! Z) D8 H
2 i& ?3 u' N( g3 z5 ]' U这个电子版本,也是非常不错的。8 G$ n5 Q( h5 X9 u7 }
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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。8 k* L& N) I* }! R
. G' \8 r/ ]& E8 S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。。。 ! [% y/ A8 m+ V' `, {7 U ; t5 Z& M9 y5 Z# o' ^2 g6 q4 z* ~: I8 A+ ]9 b& K2 j! Z! q
下面是这本书的内容: ( p) I# |8 K9 [, cContents # M8 c) o+ g1 ZContributors 9 f8 F! M" H/ h$ T% aAbbreviations& J, @* f3 z; W- B
Notation " o0 c% z' Q6 |9 jUnits0 Y6 h. s( B' ]( ~3 _) ?- T
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1. Introduction i) d# M. F% r, b/ n/ Z9 Q* h8 n% X) z- J) \5 `$ N( s
Part A Theoretical Background and Technical Regulations % w4 k; `- s; H( n& B6 b' z M5 |' |" x" f+ c- i
2. Historical Development and Current Status of Wind Power . m; E0 z. w! v3. Wind Power in Power Systems: An Introduction6 e6 k: A* ] `: H
4. Generators and Power Electronics for Wind Turbines2 G# o. F" f8 D$ Y+ V
5. Power Quality Standards for Wind Turbines: q k- h' B; k5 s7 Y7 A* v
6. Power Quality Measurements9 y2 [8 w% O# b9 o: y2 V. t
7. Technical Regulations for the Interconnection of Wind Farms to the Power System( y/ } l3 r; o" f! z/ Y% m' R( a4 V
8. Power System Requirements for Wind Power# [) L( K- x6 F0 i5 M
9. The Value of Wind Power % t1 U6 j k( u. j# Y- K3 s* m% U. F9 O
Part B Power System Integration Experience& {7 c; }/ }5 C: m3 f5 L: Y
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10. Wind Power in the Danish Power System ; X& M! H8 [/ p! w" R' [11. Wind Power in the German Power System: Current Status and Future Challenges of Maintaining Quality of Supply : m+ f6 h. m2 t% l9 n& o4 U12. Wind Power on Weak Grids in California and the US Midwest m3 ^. Q4 x9 |$ j$ B! u9 o13. Wind Power on the Swedish Island of Gotland( Q7 n# i0 S# @" `# j: O9 b
14. Isolated Systems with Wind Power, F7 r6 f" m7 m! Y
15. Wind Farms in Weak Power Networks in India9 a8 i8 a9 y# r" j
16. Practical Experience with Power Quality and Wind Power/ l3 |) @4 U% u1 e
17. Wind Power Forecast for the German and Danish Networks3 o5 o* d9 _2 i1 H* A4 x
18. Economic Aspects of Wind Power in Power Systems % W- |3 h: r& R7 a/ A4 g 0 w' `% s0 z. y2 I/ O0 M OPart C Future Concepts 1 a. {4 n/ p& ?; d6 N) b" e% I- d) _0 s: N
19. Wind Power and Voltage Control : v% l! a; K# M) R4 L20. Wind Power in Areas with Limited Transmission Capacity! Z. [4 n7 K9 {) ?
21. Benefits of Active Management of Distribution Systems5 u: u* X1 f5 M; v# L5 X( d- `: Y9 v
22. Transmission Systems for Offshore Wind Farms , a# ~# f/ K) i: b. J23. Hydrogen as a Means of Transporting and Balancing Wind Power Production 0 B( x0 W: O1 u; r, S ' l! }7 y9 D' L" m; u, `+ nPart D Dynamic Modelling of Wind Turbines for power System Studies 5 ^3 f' w; d8 C0 M& h. P6 K0 `# V ( `6 C& _1 g" k7 q/ s' d24. Introduction to the Modelling of Wind Turbines* f. R0 ]: m/ {" h/ @. b0 Z
25. Reduced-order Modelling of Wind Turbines " D Y8 V2 R# O( C) G7 I26. High-order Models of Doubly-fed Induction Generators ' [" \+ n% D/ T27. Full-scale Verification of Dynamic Wind Turbine Models6 g# i) o& J5 O
28. Impacts of Wind Power on Power System Dynamics . C# v! h- J8 G) D% X29. Aggregated Modelling and Short-term Voltage Stability of Large Wind Farms9 ?( y2 ~8 U$ P
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Index, i, O2 B L8 K