; N) ~1 I3 E8 h8 V1 U% f1. Introduction * Y( Y5 {) ]3 b : W7 z' Q+ m v# jPart A Theoretical Background and Technical Regulations/ C! s5 s6 X6 H0 [. n/ a& q; @
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2. Historical Development and Current Status of Wind Power 0 x+ Y0 Z$ P7 ?" F* P J5 x7 E3. Wind Power in Power Systems: An Introduction ! |' M/ n9 ]8 b. c& A2 k4. Generators and Power Electronics for Wind Turbines 8 \+ l1 d/ m" b' W7 t. F% f5. Power Quality Standards for Wind Turbines, P3 Q* c8 t4 O9 y
6. Power Quality Measurements 3 k. M9 w2 i! |" A: c7. Technical Regulations for the Interconnection of Wind Farms to the Power System ; O6 }$ x# r: l+ \8. Power System Requirements for Wind Power 2 f5 r8 A w, ?. ?. L1 p/ z+ P( V7 [9. The Value of Wind Power0 ?7 S; z# A/ Z4 h
+ Z, }7 F0 V7 s1 s. i1 ~6 n. m! g
Part B Power System Integration Experience2 }$ k( ~) T2 ^) H9 L' o/ }2 J9 T
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10. Wind Power in the Danish Power System 8 m9 l4 Y9 y6 c) Z' E9 ^* O11. Wind Power in the German Power System: Current Status and Future Challenges of Maintaining Quality of Supply 6 L# c! ?) q3 ~! [12. Wind Power on Weak Grids in California and the US Midwest . p# G, p9 a V: ~. H/ }13. Wind Power on the Swedish Island of Gotland ( g' T7 p- Q- q+ E; r14. Isolated Systems with Wind Power7 P' o3 L! t% f# [: d
15. Wind Farms in Weak Power Networks in India ) u& O9 K+ I9 x- V1 Y1 N3 _4 ?16. Practical Experience with Power Quality and Wind Power# K; w$ N9 G4 S) C+ M
17. Wind Power Forecast for the German and Danish Networks 1 K% n9 [3 D8 H& D% w18. Economic Aspects of Wind Power in Power Systems' D6 S4 s, E( H, E0 {: V* |% a' |+ h
6 l! @' U2 c1 [# \Part C Future Concepts' X' }7 Z" D2 F( r, u
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19. Wind Power and Voltage Control % p, A4 ^# c! b8 R0 u20. Wind Power in Areas with Limited Transmission Capacity$ @8 ?2 `) S9 h5 H$ ^
21. Benefits of Active Management of Distribution Systems+ }9 ~ d9 {& t5 P( ^) w
22. Transmission Systems for Offshore Wind Farms z, o& U. f7 V" |6 R0 t/ U23. Hydrogen as a Means of Transporting and Balancing Wind Power Production ; r8 U4 m1 H+ |& g& p 0 G# D: ?' y5 BPart D Dynamic Modelling of Wind Turbines for power System Studies, w: ~& } E! y3 k: q
. \& }8 O) u2 n4 k/ |+ ^! s
24. Introduction to the Modelling of Wind Turbines$ l: r' f; A }" w
25. Reduced-order Modelling of Wind Turbines : U% N0 O+ e% K26. High-order Models of Doubly-fed Induction Generators4 ^, P7 m4 Q* G
27. Full-scale Verification of Dynamic Wind Turbine Models: q) [' _% f0 E% p# p; m# s& A* n7 i
28. Impacts of Wind Power on Power System Dynamics0 H" {& t' ? H7 f
29. Aggregated Modelling and Short-term Voltage Stability of Large Wind Farms& F* u! f, D% f/ L1 c! ]
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Index3 k9 q) w' \% J8 X: h3 k7 _. E; N, v