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发表于 2008-6-25 08:17:28
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来自： 中国山东泰安
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   文件制作为折页左旋转90度，可能阅读起来稍微麻烦一点！ % @4 w* O) x7 `+ H% j8 B& g2 c; d6 E
$ F) j5 Y' O" X+ J    下面是目录部分1 S& m) C, h. B$ j# ~
The Science of Wind Energy 1
7 m" W$ \) m* } ~• Analytical modelling of wind speed deficit in large offshore wind farms - Sten Frandsen, Risoe National Laboratory, Denmark
! ]' z$ Q O, c6 C( {+ p6 P• Solutions for the grid integration of wind farms - A survey - Pierre Bousseau, EDF, France+ G! W/ m3 }; J7 Y! H1 [6 Y
• How coherent is inter-annual variability of wind indices across Europe and what are the implications for large scale penetration- A3 ^; q: K8 ]
by wind energy of electricity markets? - Sara Pryor, Indiana University, USA 6 \9 _% V* Y+ y
• Short-term wind forecasting using off-site observations - Kristin Larson, 3 Tier Environmental Forecast Group, Inc., USA7 o3 }1 e3 ^. `, Q! W( N1 e" W
The Science of Wind Energy 26 q W( l. C) a7 `
• Investigation of the effects of grid transients and dynamics upon a hybrid renewable energy installation - James Conroy," r% Z/ k8 y; ^4 I% z3 @
Department of Electronic and Electrical Engineering UCD, Ireland 7 M4 M2 o! t5 e1 v0 \+ ^
• Quantifying offshore wind resources from satellite wind maps: study area North Sea - Charlotte Hasager,
! f o/ _! \2 Q; T, RRisoe National Laboratory, Denmark
$ S8 ^& B2 Q' l, m( T5 b• Extending an existing wind power forecasting system with probabilistic forecasts - Henrik Nielsen, IMM, DTU, Denmark
( m* f1 \" J+ U# V2 d1 y& q• Long term variation of wind potential: are we moving into a low NAO-cycle period? - Axel Albers, Deutsche WindGuard, Germany ; S; Y, ^( E1 r4 O/ s
Measurements Methods and Techniques- F3 p! i b0 X$ }3 T% N
• Chair - Hans Bergstrom, Uppsala University, Sweden
7 W7 C! [# Y: u' n2 f• Wind lidar evaluation at the Danish wind test site in Høvsøre - David Smith, QinetiQ, United Kingdom # [" f: @% d) Z* M& Q
• Comparison of wind speed and power curve measurements using a cup anemometer, a LIDAR and a SODAR - Ioannis Antoniou,( [0 n- }2 u, [5 }# o
Risoe National Laboratory, Denmark " v/ X6 t( @* _" i1 N8 X2 K
• Probabilistic wind power forecasts in terms of quantiles - John Bremnes, Norwegian Meteorological Institute, Norway
6 q5 W/ g1 c* ]$ ?# ^- x* N2 o' Z• Variability in the energy content of the wind over Scandinavia - a 101-year perspective - Cecilia Johansson,
% Y( c# {8 o0 z3 u0 ?3 u8 EUppsala University, Sweden
* f, m, u0 q+ R; m" zImproving Wind Resource Assessment3 e9 U9 f9 A$ O0 {
• A study of mountain valley winds using the MIUU mesoscale model - Hans Bergstøm, Uppsala University, Sweden
$ [4 V0 u; f! {" ~- X• Flow in and near forests - Ebba Dellwik, Risoe National Laboratory, Denmark * {0 n- t' l7 W3 R7 X) T
• An evaluation of the WAsP model in a coastal mountainous site in Norway - Erik Berge, Kjeller Vindteknikk AS, Norway& p$ s; `; g" p2 ], M% {) g2 E/ r
• Resource analysis for water offshore of the United Kingdom - Dougal McQueen, CREST, United Kingdom ( r) ^) w7 _: V2 ^9 ?5 L1 `" f) w
Aeroelasticity and Loads
7 m5 e. G3 j0 a; ]: T C• Application of a modified Theodorsen model to yawed flow conditions and to aerodynamic damping: some results - Herman Snel,( ] {. C$ m4 Y5 b! P8 X {
Energy Research Centre of the Netherlands, ECN, The Netherlands
" Z+ N0 H! s. b7 c• Analysis of internal drive train dynamics in a wind turbine - Joris Peeters, KUL, Belgium
* Y4 l2 |% |2 y! v9 ?• Enhancing the damping of wind turbine rotor blades, the DAMPBLADE project - Panagiotis Chaviaopoulos,
* a; I, M' K+ V% TCentre for Renewable Energy Sources, Greece
; h: e k) x& F* Z4 }• Estimating aeroelastic damping of operational wind turbine modes from experiments - Morten Hansen,! E5 J: ` |* ]# k( g P
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Risoe National Laboratory, Denmark
- N# j/ s- _' X% t! a3 _Aerodynamics+ e+ O" B4 @, e: H9 Y8 j
• Aero-elastic wind turbine analysis using system identification - Benjamin Marrant, TU Delft, The Netherlands ; I7 h0 N% \: w7 Y
• More power and less loads in wind farms: 'Heat and Flux' - Gustave Corten, ECN Wind Energy, The Netherlands 0 W5 B6 {% _2 n! d+ ~. s! m
• A computational comparison of standard and pneumatic Gurney flaps using CFD - Conrad Trevelyan, Dulas Ltd., United Kingdom 7 R0 O* G* ?8 [# K
• Using near wake measurements to improve BEM engineering models for yawed wind turbines - Tonio Sant,: P; Z7 p/ u e9 u: G
DUWIND, University of Technology
. ~. a2 q$ Y6 l* T: o# O: D4 z) }) pSystem and Grid Integration and Control
2 S Z/ S! @* o1 B, w9 i• Comparison of dynamic models for wind turbine grid integration studies - Maider Santos Mugica, CISAE, Spain
" y* v: a u. ?" m4 m• IPSYS – A simulation tool for performance assessment and controller development of hybrid systems – modelling concept and
X4 q3 \2 q' J8 _8 Averification - Henrik Bindner, Risoe National Laboratory, Denmark
: k; G, y6 T) L! d) Q• New concepts to integrate German offshore wind potential into electrical energy supply - Kurt Rohrig,0 N* h6 w5 {: o. ]8 ]- c# g
Institut für Solare Energieversorgungstechnik, Germany $ d: z, y( `- m2 ^# G4 M$ \
• Windfarm modelling for network analysis - Simulation and verification - Magni Palsson, SINTEF Energy Research, Norway |
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