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2009年全球及中国海上风电产业研究报告(英文版)

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发表于 2009-7-29 14:55:06 | 显示全部楼层 |阅读模式
2009年全球及中国海上风电产业研究报告(英文版)
$ V+ ]1 {5 W1 F) ?/ iNo: 168report China Professional Research Report Platform Recommend to friend
6 F" H) x+ h6 K/ H8 |【Report Title】:2009 Deep Research Report on Global and China Offshore Wind Energy
, o4 O3 T! W$ u【Date】:Jul 2009
; j. f$ a/ g; ~【Delivery】DF Version
4 a5 t# L$ p4 K# B0 S+ V  e【Source】:168report  http://www.168report.cn/en/Product_Detail_P_ID_40000086.html7 l7 T( c. z2 r+ }' l+ I$ @: [) ]

+ [0 _4 y5 i3 b: j7 M9 E+ yHard copy price: USD 2500
. S: T: y5 n5 }, ^9 {PDF copy price: USD 2500 2 ?& G+ H2 x, x( H; a; R
Both (Hard+PDF) copy price: USD 3000
# `' J4 X2 [- t0 Z0 ]/ r2 c% C$ DPages: 182
6 S4 H6 s2 j& UTables and figures: 79
! t, |' R. k* @  u6 S$ bPublished date: Jul 28, 2009 ! Z. K. x: M; S1 W1 j# p0 m! k+ Y
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Report Details
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Summary
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《2009 Deep Research Report on Global and China Offshore Wind Energy》was published by QYResearch Wind Energy Research Center on July 2009. It was a professional and depth research report on Global and China Offshore Wind Farm Operation. We make a detailed analysis on 12 major offshore wind energy countries including Denmark UK Sweden etc in the world. We analysis their offshore wind energy policy offshore wind farm construction and offshore wind farm operation, then we get relevant experience conclusion. We combine the current development status of China offshore wind power to study abjectly of China offshore wind energy prospects and obstacles which may encounter in the future. At the beginning of the report, we compare onshore and offshore wind energy; we make a statistic of offshore wind turbine R&D and interpret many technical problems one by one. At the second Chapter of the report, we make a statistic of all the countries in the world about their offshore wind farm installed capacity Wind turbine model and online time, we also make statistics of proposed offshore wind farms in the world. Finally, we make feasibility analysis of new offshore wind farm project, including technical and economic feasibility analysis. Objective parameters are adopted in the analysis which can be referred by offshore wind farm project investors. China is rich in offshore wind resources, by far, Development and Reform Commission of China has taken Donghai Bridge offshore wind power project as a pilot operation and get some successful experience. Though there are many technical difficulty to develop offshore wind energy, we still believe China will make a great progress in offshore wind energy projects in the future as the onshore wind energy. We estimate China Offshore Energy Development Planning programme will be launched before the end of the year, which will greatly support the development of China offshore wind energy in the policy.
/ D# U! R6 R$ t5 nIn a word, it was a depth research report on Global and China Offshore Wind Farm operation. And thanks to the support and assistance from wind power experts and related enterprises during QYResearch Wind Energy team survey and interview.! b0 J2 _. F/ z& k# u

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Table of Content:
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1 h5 i+ r# X8 r2 ~% j: ^* ?# XChapter One Offshore Wind Energy Overview 1
. `+ I, {9 c! d3 y1.1 Offshore Wind Energy Overview 19 f# X( F; I; U  ?1 M- H
1.1.1 Offshore Wind Energy Definition 11 S% r' W4 S& x- p  D9 V: M# |
1.1.2 Offshore Wind Energy development 2
% l1 a4 O2 E8 D, Q: _( J5 r; L8 s1.1.3 Comparison of Offshore Wind Energy and onshore wind Energy 3! G; G! Y0 I# r" e% @
1.1.4 Offshore Wind Energy Installation technologies and standards 41 V6 f2 N3 B% m3 L+ R0 Z7 `
1.1.5 Offshore Wind Turbine Foundation anaysis 7
# ^1 E, F$ ^# {$ S3 u7 U1.2 Offshore Wind Energy Relevant policies 143 W4 V  U8 Y9 h# T. j* b
1.3 Offshore wind turbine 15
4 E& Z# p3 l4 m+ s: t1 R) \9 _4 r1.3.1 Offshore wind turbine introduction 15: V) h+ n+ m& D
1.3.2 Offshore wind turbine Design 15
: V# W- j/ T& w4 c: v) p1.3.3 Offshore wind turbine transportation and installation 16+ \% w6 D7 i8 k
1.3.4 Offshore wind turbine R & D status 17. [1 f% |; `0 V/ T# P+ z0 u' i
1.4 Offshore Wind Energy Status and prospects 198 v+ I: w2 n, K2 ^0 U
1.4.1 Offshore Wind Energy Cost analysis 19
  @2 H5 X/ J# ^1.4.2 Offshore Wind Energy status and prospects analysis 21
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Chapter Two Global Offshore Wind Farm Distribution and Development 26$ ]$ @8 k3 ?% T) w3 I& w
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Chapter Three Global Offshore Wind Energy analysis 30+ [9 }& y6 z, p" P5 k* O" G
3.1 UK 30; c. `) t5 w8 r& [6 Y& D
3.1.1 UK Offshore Wind Energy Overview 30
7 X! f% u0 w* d% N# J) l3.1.2 UK Offshore Wind Energy Policies and Effect 349 H1 V5 k7 |) o6 ]
3.1.3 UK Offshore wind power development status and prospect 35
6 X+ g% `, Q( h$ U" ]6 ]3.1.4 UK main offshore wind farm operation analysis 36) r' t) T1 ~+ R+ \0 o; m
3.2 Denmark 38
# C9 `8 C! \# ~7 @% G: K8 w3.2.1 Denmark Offshore Wind Energy Overview 39" o& C7 b: l' ?
3.2.2 Denmark Offshore Wind Energy Policies and Effect 43
  `- X" x: C; B. n! D3.2.3 Denmark Offshore wind power development status and prospect 444 A8 ]! d1 G4 O
3.2.4 Denmark main offshore wind farm operation analysis 44
5 H7 O; y6 u) _9 ?2 t# x* o3.3 Holland 49( y5 R# `! H( G1 N6 m$ A' g
3.3.1 Holland Offshore Wind Energy Overview 50
4 ?) v+ j$ k8 ]2 ~6 {3.3.2 Holland Offshore Wind Energy Policies and Effect 514 J) |" k1 n/ Y0 H
3.3.3 Holland Offshore wind power development status and prospect 529 w2 F& h: ]1 E  c7 P$ M; o; V# u! J% ]
3.3.4 Holland main offshore wind farm operation analysis 53
+ n3 l% r5 x( ?3.4 Germany 54
0 k  U, i2 P$ n3.4.1 Germany Offshore Wind Energy Overview 540 z& O* n4 K" I* r
3.4.2 Germany Offshore Wind Energy Policies and Effect 57, i! _) v& U* c4 ]
3.4.3 Germany Offshore wind power development status and prospect 61% G' D  n$ d' k9 C( [& U6 E
3.4.4 Germany main offshore wind farm operation analysis 62
" t( d$ Y  p# t* W6 m3.5 Sweden 63) @# }* W5 P( U) `- |, z( C
3.5.1 Sweden Offshore Wind Energy Overview 63! B; c% W  y% \
3.5.2 Sweden Offshore Wind Energy Policies and Effect 651 |- J1 J. V; G6 n! S8 K( u
3.5.3 Sweden Offshore wind power development status and prospect 67' n& c" ~' f% U4 Q+ x6 R8 G
3.5.4 Sweden main offshore wind farm operation analysis 67
  f- K* w2 x8 [9 N* B2 o! j! a3.6 Finland 706 ?: o. {' D9 R& K5 R8 a* |+ z
3.6.1 Finland Offshore Wind Energy Overview 71
* F: i0 n! t  S: E3.6.2 Finland Offshore Wind Energy Policies and Effect 73& K: s) @5 q- c
3.6.3 Finland Offshore wind power development status and prospect 75
0 G6 Z- Y$ F" Z3 D- G/ g3.6.4 Finland main offshore wind farm operation analysis 76! d- g2 ~6 ?! j- ~9 ?* {& I
3.7 Ireland 770 E; [/ }" b' ^8 ]( j7 \7 ^; o
3.7.1 Ireland Offshore Wind Energy Overview 77) C9 E6 }9 A; u# I$ K0 ^
3.7.2 IrelandOffshore Wind Energy Policies and Effect 801 U, V' m4 }. h0 d9 ~. L3 K
3.7.3 Ireland Offshore wind power development status and prospect 824 W- G+ @, `+ N3 ]
3.7.4 Ireland main offshore wind farm operation analysis 83
* _8 e' s) U0 y1 g9 i# ]9 A- H2 s$ ~3.8 Belgium 84. k' c3 \9 u. ~+ g  Q3 ?
3.8.1 Belgium Offshore Wind Energy Overview 84
8 r1 v) Y+ y) |3.8.2 Belgium Offshore Wind Energy Policies and Effect 86% H0 R0 _1 f) y9 [2 X7 ^
3.8.3 Belgium Offshore wind power development status and prospect 87
' y: I- N0 b) g5 B1 C0 c3.8.4 Belgium main offshore wind farm operation analysis 88
# B1 K; r4 }% V0 V3.9 Italy 92
1 {  \: J% R# |8 U7 h2 P  C3.9.1 Italy Offshore Wind Energy Overview 92: w$ |5 r0 ?& \  E# J! D7 c, C
3.9.2 Italy Offshore Wind Energy Policies and Effect 95
9 }% ?5 `3 k1 h; ?' U/ x% S3.9.3 Italy Offshore wind power development status and prospect 102
5 w/ F! V# I; Z" }# F; B3.9.4 Italy main offshore wind farm operation analysis 1030 n1 `( |' Z) k
3.10 Norway 103
7 K1 ]) n8 }$ {  T; z+ ~& y+ n3.10.1 Norway Offshore Wind Energy Overview 103
% w& [9 c, Z) c; p. R/ F3.10.2 Norway Offshore Wind Energy Policies and Effect 109% n& K9 J& f! r- D; ~3 M) |1 W9 G
3.10.3 Norway Offshore wind power development status and prospect 110, C7 a9 ^  b" h! J3 ?
3.11 USA 111: J7 g* @9 z+ N
3.11.1 USA Offshore Wind Energy Overview 1127 Q2 G% J3 D* \& N
3.11.2 USA Offshore Wind Energy Policies and Effect 114' y+ d* \3 m7 y0 Y+ G5 H* }
3.11.3 USA Offshore wind power development status and prospect 117
3 |1 G8 ?5 q& r4 @! U. E# W1 P: W+ _9 l3.12 Canada 122) B' \, T( U& {/ w$ I, N, ^
3.12.1 Canada Offshore Wind Energy Overview 122+ O3 ]5 s) C) _! E/ h' D2 B0 r
3.12.2 Canada Offshore Wind Energy Policies and Effect 129- S' D. c9 r- t' }! L+ C* E. ?
3.12.3 Canada Offshore wind power development status and prospect 131
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Chapter Four China Offshore Wind Energy Ananlysis 132
3 {0 U, [2 l$ a' l: t4.1 Donghai Bridge(Under construction) 1330 ?; h. N) F! j/ y# r8 V
4.1.1 Donghai Bridge Project Introduction 133, }# P" k  b( a: X. b
4.1.2 Donghai Bridge Project Progress 136
) q" e  ]$ y+ |* T4.1.3 Donghai Bridge Project Feasibility Analysis 138$ R% y, u. E. f% o" d- V6 H
4.1.4 Donghai Bridge Project Profitability analysis 141
; B, K4 m7 ?5 k, M/ r% r/ u/ M4.2 Suizhong Offshore Wind Energy(Liaoning CNOOC) 144! Q4 N( _0 d2 n
4.2.1 Suizhong Offshore Wind Energy Project Introduction 144
/ D! G* J* [5 g& b4.2.2 Suizhong Offshore Wind Energy wind turbine hoisting 144# p9 @  u9 h5 c( E) V
4.2.3 Suizhong Offshore Wind Energy Project Economic Analysis 147$ ?. Q3 }5 y3 T
4.3 Changdao Offshore Wind Energy(Shandong Proposed project) 1481 h: W6 b. H% \
4.4 Weihai Offshore Wind Farm(Shandong Proposed project) 149
, E/ F9 j% M$ z3 g4.5 Zhoushan Daishan Offshore Wind Farm(Zhejiang Proposed project) 150' j! J! Q2 r: p9 P  W) D! P3 B
4.6 Nantong Offshore Wind Farm(Jiangsu Proposed project) 1512 x0 j# O$ z' G& }3 ?: r
4.7 Cangzhou Offshore Wind Farm(Heibei Proposed project) 152
) L( `% L2 }: m4.8 Nan Ao Offshore Wind Farm(Guangdong Proposed project) 152! p3 p) Z) l/ d* s+ |
4.9 Cixi Offshore Wind Farm(Zhejiang Proposed project) 152
) q1 B2 R# D7 q2 K- G8 X* ~4.10 Zhangzhou Liu Ao Offshore Wind Farm(Fujian Proposed project) 153) j9 z  I' d  e# m5 I& {# Y8 ]% x9 S

' j, V4 l& R  E, HChapter Five Feasibility Analysis of Offshore Wind Farm Projects 153
3 s1 m3 s- ?5 }5.1 Offshore Wind Farm projects Opportunity and Risk analysis 153
1 U3 a4 O7 m! W3 x5 t5.2 Offshore Wind Energy Project Feasibility Study 155
! H! |  n9 t' {5 T: {/ t5.2.1 Offshore Wind Energy Project Development Obstacles Study 155
! @$ H, [: ]7 C9 {$ A& A4 J5.2.2 Offshore Wind Energy Technical feasibility analysis 157
. d' C, R$ B) S) e  n0 M5 Q5.2.3 Offshore Wind Energy Economic feasibility analysis 1596 |/ K- Z% x: i3 s  ]
5.2.4 Offshore Wind Farm Layout analysis and Environmental impact analysis 167
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) U. B- C0 u" Y7 r) [- B' ?/ HChapter Six Offshore Wind Energy research summary 172
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! y4 q8 a) D" j% HTables and Figures:
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0 ]* o1 Z- a5 a2 h) jFigure Comparison of Offshore Wind Energy development in different countries 2
! h3 ]0 M, Q. [Table Offshore, land-based wind farm cost comparison List 3& M6 A! |7 Y6 q: ]- j5 y
Figure Offshore Wind power project cost Structure 3
' Z2 z+ H. i  i$ bFigure Land-based Wind power project cost Structure 4
/ |2 o5 p) F: t  }$ r( h( MTable European countries offshore wind power development policy List 14
' I$ `: @# ?7 Z( YTable China Domestic wind power equipment Manufactures Offshore wind turbine research and development List 17- H7 ^6 o* M2 M, {
Table Offshore Wind Farm investment costs List 190 I. L! ^0 S) _0 R" `. w! a* n$ M
Table Offshore Wind Farm profitability analysis List 19
& s0 O9 \; z" [3 d1 {0 O. dTable China Offshore Wind Energy Sensitivity analysis of electricity cost 209 j% q  p5 v  l0 w9 j% U
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