4 Z* J: z& F, d下面是这本书的内容:3 |/ A3 R& q' v) R( T1 d$ F8 A/ p
Contents" b5 c# w- u s
Contributors & m7 H6 f: C9 P) y" ] ]Abbreviations + w9 [9 F" Z. h! V5 f1 ~Notation$ s' e! U% o# _9 f+ H# `
Units9 e: Y/ l% D% r9 k2 P
( I/ j$ S0 m5 f$ T3 |( Z9 ?1. Introduction. ?4 _9 {! R6 P2 l J; O( D+ d
; x- h0 f4 [: xPart A Theoretical Background and Technical Regulations % y' H) n9 R+ p6 a7 u , s8 K" c/ C, }8 ]5 D2. Historical Development and Current Status of Wind Power6 v& B! Y- c3 P3 ~" u- v! F2 f
3. Wind Power in Power Systems: An Introduction9 |: a! ?9 W# o7 g# {
4. Generators and Power Electronics for Wind Turbines 2 D% G6 s6 b( q( p) w5. Power Quality Standards for Wind Turbines9 g+ e9 h& u0 Z" @5 h( B
6. Power Quality Measurements$ M" j& J8 s5 i
7. Technical Regulations for the Interconnection of Wind Farms to the Power System5 y7 Q' ^* z6 T- Z" x7 p
8. Power System Requirements for Wind Power $ b3 J4 z& O, ~ Y. J7 J$ k9. The Value of Wind Power . A- ]/ E) X7 g' u8 o 4 ]. c |* n6 s7 F0 CPart B Power System Integration Experience* c/ b! _' K! V6 H& x6 _6 x
" B+ Q. ]8 v/ ~# \10. Wind Power in the Danish Power System 3 s0 B G5 L6 Q2 h; g* P. R11. Wind Power in the German Power System: Current Status and Future Challenges of Maintaining Quality of Supply: Q* |; O& T. R: J7 @
12. Wind Power on Weak Grids in California and the US Midwest ( v# p) a8 t1 g8 E13. Wind Power on the Swedish Island of Gotland ) W9 V# B+ @( w# Y q+ K14. Isolated Systems with Wind Power2 ?3 Y$ K" l4 s7 p/ G3 Y
15. Wind Farms in Weak Power Networks in India$ P; S( l6 P8 o
16. Practical Experience with Power Quality and Wind Power ) }' z; S& e4 S9 {* J2 S17. Wind Power Forecast for the German and Danish Networks% l& B' `3 p" E3 I, ?) l1 ~ @% u
18. Economic Aspects of Wind Power in Power Systems - y" Z$ {3 _3 Q) N6 E) k# h* ~5 ^) s- ^8 Z2 D5 J) n) o
Part C Future Concepts3 z' l/ c' ^9 t6 A
3 A; i& x8 L, |3 X
19. Wind Power and Voltage Control ' A9 y# z) S7 A) \ z+ p20. Wind Power in Areas with Limited Transmission Capacity 6 i; l3 |6 u& f0 h21. Benefits of Active Management of Distribution Systems% p( @ D7 W& @ {
22. Transmission Systems for Offshore Wind Farms, v8 ]2 p( P# G: @& K' y
23. Hydrogen as a Means of Transporting and Balancing Wind Power Production9 c# H2 D% m2 g% K
$ J* z) ~$ y6 F- V: M7 g rPart D Dynamic Modelling of Wind Turbines for power System Studies ( a5 V# f {& _& o; E8 x" A: `) r9 G* O# r1 j' a! T6 r
24. Introduction to the Modelling of Wind Turbines ( w' b' \# i, N% o25. Reduced-order Modelling of Wind Turbines # G3 N( T4 g7 e26. High-order Models of Doubly-fed Induction Generators 3 l; C. J+ _1 m' {8 G27. Full-scale Verification of Dynamic Wind Turbine Models 8 t8 x g7 d( m( k' y; a28. Impacts of Wind Power on Power System Dynamics 4 ?+ ^7 c H/ N/ b* i29. Aggregated Modelling and Short-term Voltage Stability of Large Wind Farms * j0 n$ X% P. _& J4 y) W+ u1 o" B7 G3 Z5 f; P
Index5 K2 C% x7 l# M+ u9 ^! n! e