Proceedings of an International Conference held at Madrid, Spain 10 - 14 September 1990
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| 111 | 2 | |a Wind Energy Conference (Europäische Gemeinschaften) |d 1990 |c Madrid |j Verfasser |0 (DE-588)1222342-6 |4 aut | |
| 245 | 1 | 0 | |a Proceedings of an International Conference held at Madrid, Spain 10 - 14 September 1990 |c European Community Wind Energy Conference. Ed. by: W. Palz |
| 264 | 1 | |a Bedford |b Stephens |c 1990 | |
| 300 | |a XVI, 720 S. |b zahlr. Ill. u. graph. Darst. | ||
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| adam_text | CONTENTS
Conference Sponsors
and Committees
XII
Foreword by
Dr
Wolfgang Palz
XIII
Photo Montage
XIV
List of Exhibitors
XVI
Author Index
769
CEC WIHD
ENERGY PROGRAMMES
Wind energy
-
on the verge of a break-through?
H.J.M. Beurskens, ECN, The Netherlands.
The European Community wind energy
R
&
D
programme.
W.
Palz and G. Caratti,
CEC DG XII,
Belgium.
The European Community s demonstration programme for wind energy.
G.L.
Ferrerò
and K.
Diamantaras,
CEC
DG
XVII,
Belgium.
Also:
Past and future aspects of the
CEC
s
dissemination activities in the fields
of renewable energy technologies.
G. Molina and K.
Diamantaras,
CEC
DG
XVII,
Belgium.
NATIONAL
REVIEHS
NR1
Wind energy activities in Denmark.
P. Nielsen,
DEFU,
Denmark.
HR2 Finnish wind energy programme.
E.T. Peltola, Technical Research Centre of Finland.
NR3 The German Government s new initiatives for wind energy.
P.G. Gutermuth, Federal Ministry of Economics, Germany.
ШЧ
Wind energy in the Netherlands.
R.
de
Bruijne, Netherlands Agency for Energy and the Environment,
The Netherlands.
NR5 Wind energy activities in Sweden.
S.
Engström,
National Energy Administration and
G. Svensson, KVAB,
Sweden.
NR6 Developments in the UK Department of Energy s wind energy programme.
R.A. Meir, Department of Energy and
D.I.
Page, ETSU, U.fU
--
NR7 Wind energy developments in the Americas.
R. Swisher, A.W.E.A., D.F.
Ancona,
U.S. Department of Energy, U.S.A.;
J. Edworthy, Canadian Wind Energy Association, Canada.
NR8 Wind
diesel
project in
El Cuy
Argentine Patagonia.
E.
Spinadel
and C. Luna Pont, university of Buenos Aires, Argentina.
NR9 The research and development of wind turbine generator systems in Japan.
H. Matsumiya, Mechanical Engineering Laboratory,
MITI;
T.
Kobayashi, A. Ishida and A. Tanaka, Sunshine Project AIST,
HITI,
Japan.
RESOURCE ASSESSMENT! Siting. Calculation Methods. Terrain Effects
Ã1
Wind resources in complex terrain, measurements and models.
E.L. Petersen,
Risc
National Laboratory, Denmark,
A2 This paper has been withdrawn.
A3
A telescoping procedure for local wind energy potential assessment.
H, Tombrou, Public Power Corporation;
D.P. Lalas, Centre for Renewable Energy Sources, Greece.
Ill
A4
The
Hjardemal escarpment experiment.
M.
Courtney,
J. Hgíjstrup
and
N.
0.
Jensen,
Risjí
National
Lab.,
Denmark.
A5
Short term prediction of local wind conditions.
Ib Troen and L.
Landberg,
Ris# National Laboratory, Denmark.
A6 Effects of wind shear and turbulence on wind turbine power curves.
D.L. Elliott, Pacific Northwest Laboratory and
J.B. Cadogan, U.S. Department of Energy, U.S.A.
A7 Experimental evidence of flow situations in coastal regions potentially
hazardous to wind turbine installations.
A.-S. Sraedman, Uppsala University, Sweden.
RESOURCE ASSESSMENT: Meteorological Data
A8 Identification of wind and solar sites in
Liguria.
S.
Farruggia,
F.
Boschetti,
SYSGEN srl;
CF.
Ratto,
B.
Gabrielli,
S. Nosengo,
University of Genoa; R. Mosiello,
A. Ricci, ENEA,
Italy.
A9
Study of wind conditions and mesoscale turbulence in
Tarifa
(Spain).
A. Palomares, IER-CIEMAT,
Spain.
A
10
The program for wind resource exploitation in Somalia.
R. Pallabazzer,
Università della
Calabria and A. Boccazzi, CNPM/CNR, Italy;
A.A.
Gabow, National University of Somalia.
A11 Wind energy in northern Finland.
B.
Tamme
lin,
Finnish Meteorological Institute, Finland.
A
12
This paper has been withdrawn.
A13 Wind resources on the southern coast of the Iberian Peninsula.
P. Moreno, R. Zubiaur, P.M.S.
Α.; Α.
Hormigo,
Compañía Sevillana de Electricidad
SA;
J.M.
Escudero,
IDAE, Spain.
A14 This paper has been withdrawn.
A15 This paper has been withdrawn.
A16 This paper has been withdrawn.
A17 A system for wind arid turbulence measurements in a wind farm.
K. Lundin,
A.-S. Smedman and U.
Högström,
Uppsala University, Sweden.
A18 Performance of a laser
doppler
anemometer for the measurement of wind
velocities
.
Iti.
Reichmann, J. Völklein and F. Durst, Univ. Erlangen-Nürnberg,
Germany.
RESOURCE
ASSESSMENT: Calculation Methods
A19 Conclusions of the investigations for siting several
55
kW
wind units in
the coastal complex area. G. Voicu, M. Tudor,
C. Tanfcäreanu
and
C.S. Pop, Energy Research and Modernising Institute, Romania.
A20 Experience in the appraisal of the wind characteristics of a site of
complex topography.
S.M. Barton, W.A. Derrick and R.S. Hunter, National Engineering
Lab., O.K.
A21 Wind field numerical simulations: A new user-friendly code.
C.F.
Ratto,
R.
Festa,
Univ. of Genoa;
0.
Nicora, SYSGEN srl;
R. Mosiello,
A. Ricci, ENEA;
O.A.
.Frumento, International
Centre for
Theoretical Physics, Italy, D.P. Lalas,
CRES,
Greece.
Ä22
Wind energy potential over the
Evia
wind park
-
Greece.
D. Trifonopoulos and G.
Bergeies, National Tech.
Univ. of Athens, Greece.
A23 Wind field adjustment: Resolution by adaptive mixed finite element method
and multigrid algorithm.
L. Ferragut,
Universidad
Politecnica de
Madrid;
G.
Montero, G.
Winter,
R.
Montenegro,
Universidad
de Las Palmas G.C.,
Spain.
A2i) An
assessment of the economic wind energy resource in the UK
H.G. Parkinson, ETSU, U.K.
A25 Gust statistics using the rainflow count method.
H.
Bergström, Uppsala
University, Sweden.
IV
RESOURCE
ASSESSMENT: Wake Effects
В1
Full scale measurements in wind turbine arrays.
G.J. Taylor, National Power Technology
&
Environment Centre, O.K.
B2 Wake and wind farm modelling.
L. van
der Snoek, MT-TNO,
The Netherlands.
B3 Development of the advanced AV-Lissaman wind turbine array interference
model. P.B.S. Lissaman and D.T.
Lindberg, AeroVironment
Inc;
J.B.
Armstrong, SeaWest Industries Inc., USA.
B4 Numerical modelling of wind turbine wakes.
A.
Crespo
and F. Manuel,
Universidad Politécnica de
Madrid;
J.
Hernandez,
Ciudad Universitaria,
Spain.
В5
Turbulence measurements in a windfarm.
J. Hecjstrup, Riser National Laboratory, Denmark.
B6 A gust model for the design of large horizontal axis wind turbines:
completion and validation.
D. Delaunay and J.P.
Locateli!, CSTB,
France.
B7 The effect of the non-uniformity of the wind velocity field in the optimal
design of wind parks.
S.G. Voutsinas, K.G. Rados and A. Zervos,
National Technical University of Athens, Greece.
B8 Results of wake measurements at the
Alta Nurra
Wind Power Station.
G.
Botta
and
A. Visco Gilardi,
ENEL,
Italy.
B9 Full-scale cluster effect measurements at the wind farm in
Zeebrugge.
J.
van
Leuven,
University of Antwerp, Belgium.
B10 Calculation of velocity deficits in the wake of a WECS.
H.D. Kambezidis, T.P. Georgakopoulos and D.N. Asimakopoulos,
National Observatory of Athens, Greece.
TECHNOLOGY
DEVELOPMENT: Aerodynamics
C1 Atmospheric performance of the special purpose
SERI
thin-airfoil family;
final results.
J. Tangier, B. Smith, D.
Jager
and T.
Olsen,
Solar Energy Research Institute, U.S.A.
C2 Additional loads caused by ice on rotor blades during operation.
H.
Seifert,
German Wind Energy Institute and
C. Schloz, German Aerospace Research Establishment, Germany.
C3 Application of a stalled HAWT rotor performance code.
R.I. Rawlinson-Smith and R.L. Hales, Cranfield Inst. of Technology, U.K.
СЧ
Aerodynamic measurements on a small HAWT rotor in axial and yawed flow.
R.L. Hales and J.M.
Belila,
Cranfield Institute of Technology, U.K.
C5 Velocity measurements in the near wake of a model rotor and comparison
with theoretical results.
N.J.
Vermeer
and G.J.W. van
Bussel,
Delft University of Technology, The Netherlands.
C6 The use of boundary layer control on wind turbines: a feasibility study.
W.S. Bannister, Napier Polytechnic of Edinburgh; W.M. Somerville,
Windharvester Limited; J.F. Fawkes, Harlee Engineering Co. Ltd., O.K.
C7 On the relative importance of rotational, unsteady and three-dimensional
effects on the HAWT rotor aerodynamics.
H.A.
Madsen and H.F. Christensen, Risrf National Laboratory, Denmark.
C8 Calculation and measurements of wakes and dynamic loads in wind farms.
13.
Hassan and A. Garrad, Oarrad Hassan
&
Partners; H.G. Parkinson,
EÏGU;
J.F. Ainalie, National Power, U.K.
C9 Numerical simulation of HAWT blade section characteristics using advanced
computational tools,
B. Bouras, K. Giannakoglou, P. Chaviaropoulos and K.D. Papailiou,
National Technical University of Athens, Greece.
C10
WECS blade airfoils
-
the
NACA
6З-ЧХХ
series.
W.
A. Timmer,
Delft University of Technology, The Netherlands.
C11 Instantaneous pressure distribution measurements on the blades of a
vertical axis wind turbine.
A. Zervos and E. Morfiadakis,
National Technical University of Athens, Greece.
C12 Experimental determination of the aerodynamic forces on a simulated
Darrieus wind turbine blade.
A. Laneville, P. Vittecoq and A. Mazouzi, University of
Sherbrooke;
P.
Penna, NRC-NAE,
Canada.
C1
3
Performance of new MEL- wing sections for wind turbines.
H. Matsumiya, Y. Tsutsui and S. Kawamura, Mechanical Engineering
Lab.,
MITI;
К.
Kieda, Advanced Engineering Services; E.
Kato, S. Takáno
and
Ï.
Toe, Ibaraki
University, Japan.
C14 A general
free-wake efficient analysis of horizontal axis wind turbines.
A. Rosen, I. Lavie and A. Seginer, Teehnion
-
IIT, Israel.
C15 An integrated rotor and turbulent wake model compared with experiment.
H.A.
Madsen and U.S. Paulsen,
Risei
National Laboratory, Denmark.
C16 Atmospheric turbulence characteristics in the rotating frame of reference
of a WECS rotor.
J.B. Dragt, ECN, The Netherlands.
C17 Studies on horizontal axis wind turbines with tip attachments.
Ï.
Shimizu and S. Matsumura, Hie university; K. Kikuyama and
Y. Hasegawa, Nagoya university, Japan; G.J.W. van
Bussel
and
A.
Bruining,
Delft University of Technology, The Netherlands.
TECHNOLOGY DEVELOPMENT: Aeroelastics and Structural Dynamics
D1 Aeroelastic rotor system code for horizontal axis wind turbines: PHATAS-II.
H.
Snel
and C.
Lindenburg, ECN,
The Netherlands.
D2 Aerodynamic and aeroelastic analysis of wind turbines.
G. Arsuffi and F. Ionta,
ENEA;
F. Mastroddi, F. Rispoli and L.
Morirlo,
University
La
Sapienza ,
Italy.
D3
Validation of the aeroelastic simulation program for horizontal axis wind
energy converters.
S.N. Wagner and Ch.
SchSttl, Univ. der Bundeswehr / WIP-Consult,
Germany.
D4 Dynamics of a stall regulated horizontal axis wind turbine using
a non-
.
linear time domain model.
J.T. Petersen and P.H. Madsen, Ris<* National Laboratory, Denmark.
D5 Rotor loading
-
the influence of dynamics.
F. Rasmussen
and P.H. Madsen, Ris# National Laboratory, Denmark.
D6 Effect of coning and tilt angle on HAWT.
C. Brown, R. Derdelinckx, L. Dewilde and
С
Hirseh,
Vrije universiteit Brussel,
Belgium.
D7 Investigation of HAWT and VAWT aerodynamics for large WEC design.
K.P.
Vashkevitcn and V.V. Samsonov,
Branch of Central
Aerohydrodynatąic
Institute (TsAGI),
Ü.S.S.R.
D8 Fatigue testing of GL-EP in wind turbine rotor blades.
C.W. Kensche and T. Kalkuhl, German Aerospace Res. Establishment, Germany.
TECHNOLOGY DEVELOPMENT: Aeroelastics and Structural
D9 Blade and rotor geometry optimization on vertical axis wind turbine.
D. Bedard, ENEA-CASACCIA, Italy.
D
10
Fatigue loads of water pumping windmills.
F. Goezinne, Goezinne & Veldkamp
Renewable Energy Cons., The Netherlands.
D11 Frequency responses of upward tilt-controlled wind turbine to wind speed
direction changes.
T. Sakakibara and H. Shimizu, Toyohashi University of Technology, Japan.
VI
DESIGN
LOADS, STRESSES AND RELIABILITY
E1 Comparison of standards for wind turbines
-
overview.
H.G. Matthies, H. Meier and M.
Schulz, Germnischer
Lloyd, Germany.
E2 This paper has been withdrawn.
E3 This paper has been withdrawn.
EU
Development of structural condition monitoring techniques for composite
wind turbine blades.
B.R. Clayton, Nottingham university;
N.
Aftab, L.J. Bond, University College
London; A.G. Dutton, A. Irving and
N.
Lipman, Rutherford
Appleton
Lab.,
U.K.
E5 This paper has been withdrawn.
TESTING AND QUALITY CONTROL
E6 Testing mothodology for large scale wind turbines.
R. Derdelinckx, S. Haesaerts, Ch.
Hirsch,
W.
Teugels, Vrije Univ.,
Belgium.
E7
Experimental and design methods of studies of wind turbine aerodynamics.
K.P.
Vashkevitch and V.V. Samsonov,
Branch of Central Aerohydrodynamic Institute (TsAGI), U.S.S.R.
E8 Quality control in wind turbine blades.
M.
Esteban
and F. Arias, CIEMAT-IER; H.
Mariani,
Det Norske
Veritas,
Spain.
E9
Uncertainties in energy production forecasting.
S. Frandsen and C.J. Christensen, Risgf National Laboratory, Denmark.
DESIGN: Aerodynamics
ЕЮ
Wind tunnel test of rotor aerodynamics with various surface roughness.
S. Kimura, Kanagawa Institute of Technology; K. Abe, M. Iuchi, H. Munakata,
Ninon University Research Institute of Science and Technology, Japan.
CERTIFICATION AND STANDARDS
E11 Wind plant certification. (Abstract only)
M. Morysse, Bureau
Veritas,
France.
E12 Recommendations for a European wind turbine standard load cases.
F.J.L. van
Huile, ECN,
The Netherlands and
P.H.
Јепзеп,
Ris^
National Laboratory, Denmark.
WIND INPUT
E13 Modelling of extreme wind conditions for wind turbine design.
R. Pleune and F. Verheij, MT-TNO, The Netherlands.
E14 This paper has been withdrawn.
ENERGY CONVERSION
E15 Transient electromechanical characteristics of a CSCF WEC.
A.I.
Estanqueiro,
F.
Marques da
Silva, C.
Marques and J.G.
Saraiva,
National Laboratory of Engineering and Industrial Technology, Portugal.
NOISE
E16 Aerodynamic noise reduced design of large advanced wind turbines.
F. Hagg, Stork Product Engineering BV, The Netherlands.
LOADS AND FATIGUE
E17 Mind turbine benchmark exercise on mechanical loads.
H.J. van
Grol,
H.
Snel
and J.G.
Schepers, ECN,
The Netherlands.
E18 The influence of fatigue design line criteria on the rotor blade design.
D.R.V. van Delft, Delft University of
Technology;
F. Hagg
and
P.A.
Joose, Stork Product Engineering, The Netherlands.
TESTING
E19 Performance of water pumping windmills.
D.
Veldkamp, Goezinne & Veldkamp
Renewable Energy Cons., The Netherlands.
VII
WIND FARM EXPERIENCE
F1 Commercialisation of windfarms in Europe by the year
2000.
P. Musgrove and D. Lindley, Wind Energy Group Limited, U.K.
F2 Experience with utility windfarms in Western Denmark.
J.K. Vesterdal, ELSAM, Denmark.
F3 Main results of the research programme of the Dutch experimental windfarm.
H.K. Hutting, NV Kema, The Netherlands.
F^t
Hacia
un parque
eolico de
50 MW
en el
sur de Espafia.
Towards a 5OMW wind farm in the south of Spain. (In Spanish. English summary)
J.M.G. Moreno, PESUR; A.L.H. Leon,
Cia
Sivillana
de Electricidad
SA,
Spain.
STUDY ON THE NEXT GENERATION OF LARGE WIND TURBINES (Introduction)
Part
1.
Technical concept analysis.
H.
Snel,
ECN; T. van
Holten
and F. Follings,
Consultants to ECN, The Netherlands.
Part
2.
Manufacturing cost analysis.
R. Harrison, G. Jenkins.
A.N.
Macrae,
Sunderland
Polytechnic, U.K.
Part
3·
Site and installation costs. Operation and maintenance costs.
P. Nielsen,
DEFU,
Denmark.
Part
Ч.
Energy cost
■
analysis and conclusions.
E.
Hau, ISET,
Germany.
F5 This paper has been withdrawn.
F6 This paper has been withdrawn.
F7 Monte
Ahumada
project. (In Spanish. English summary)
T.
Bolado,
A. Vilas,
J.L.
Soler, A.
Garrido
and V.
Bencomo,
ENDESA,
Spain.
FS
This paper has been withdrawn.
F9 Yorkshire Water s developments of wind energy generation.
K.F. Pitcher and K.S. Webster, Yorkshire Water Services Pic, U.K.
LARGE WIND TURBINE PROTOTYPES
G1 The
windpark
of Jade-Windenergie at
Wilhelmshaven
-
Federal Republic of
Germany. Experiences of the first
10
months.
C.R. Ettiseher,
Fichtner Dev. Eng.
and G.J.
Grom,
Jade-Windenergle, Germany.
G2 The commissioning and early operation of the
1
MW wind turbine at
Richborough. J.
Rea
and A. Boston, PowerGen pic, U.K.
G3 Operation and maintenance experiences and test results from the AWEC-60
project. E.
Soria
and F.
Avia,
CIEMAT-IER;
A. Matas,
Union
Electrica
Fenosa; J.M.
Guisado, ASINEL,
Spain.
G4 Gamma
60 1.5
MW wind turbine generator.
S. Avolio and t.
Calò,
Äeritalia
S.
A.I.p.
A.s
U.
Foli
and L.
Rubbi,
ENEA-FAREj C.
Casale and E. Sesto, ENEL-CREl,
Italy.
G5
The realization of the
З Ми
wind power project NMsudden II in Sweden.
J.
Blix,
Vattenfall
and P.
Svenkvist, Kvaerner
Tuť-bin
AB,
Sweden.
G6 Experience with the ¥AWT
850
demonstration project.
I.D.
Mays, C.A. Morgan, M.B. Anderson and S.J.R. Powles,
Vertical Axis Wind Turbines Limited, O.K.
07
Operational experience with the Wind Energy Group s MS-2 and MS-3 wind
turbines in California and Europe.
D. Lindley, P. Musgrove, C. Gamble and G. Henderson,
Wind Energy Group Limited, U.K.
G6 Commissioning and first demonstration activities on the single blade
medium size WECS M30. E. Dalpane,
Riva Calzoni SpA;
U.
Foli
and
L.
Pirazzi,
ENBA-FARE; C.
Casale, ENEL-CREl,
Italy.
G9
Demonstration of a
1000
kW
stall regulated wind turbine for experimental
use.
C. Skamris
and
K. Dyre Jespersen, ELKRAFT
Power Company Ltd., U.K.
VIII
G
10
LS1
performance.
J.
G.
Warren,
С.
White and
P.B. Simpson, Wind
Energy Group Limited, U.K.
G11 Operating experience with the Tjaereborg wind turbine,
1989-1990.
P. Friis and
P.S.
Christiansen, Elsamprojekt A/S;
K.S.
Hansen,
Technical University of Denmark, Denmark.
TECHNOLOGY DEVELOPMENT.· Control and Components
Щ
Wind turbine control objectives and design.
W.E. Leithead, S.
de la Salle
and D. Reardon, Univ. of Strathclyde, U.K.
H2 Modelling and control of flexible wind turbines.
P.M.M. Bongers, S.
Dijkstra
and O.H. Bosgra,
Delft University of Technology, The Netherlands.
H3 Fast-acting aerodynamic control of horizontal-axis wind turbines.
C.G. Anderson, J.-B. Richon and T.J. Campbell, Univ. of Edinburgh, U.K.
НЧ
The development of advanced rotor systems: a survey of the FLEXHAT
program including full scale results.
G.A.M. van Kuik and R.H.F. Tikkemeijer, Stork Product Engineering;
J.W.M. Dekker,
ECN, The Netherlands.
H5 A theoretical investigation of the impact of pitch control on the fatigue
of wind turbines.
D.C. Quarton, Garrad Hassan
4
Partners, U.K.
H6 Design, development and manufacture of the Polymarin11
1
MW stall rotor.
B. Roorda, Polymarin BV, The Netherlands.
H7 Development of composite blades for
megawat
size wind turbines.
F. arias, M.
Esteban,
F.
Avia
and
E.
Soria CIEMAT-IER;
S.
Campos, Astafersa,
Spain.
Н8
This paper has been witndrawn.
H9 The operating characteristics of mechanical governor for a variable-speed
wind turbine generator.
S. Kawamura, H. Matsumiya, X. Tsutsui, T. Yaroane, Y. Kumeoka, H. Mizutani,
Y. Nii and
T. Gotanda,
Mechanical Engineering Lab,
MITI,
Japan.
H
10
Electrical system of wind generator
ÃWEC
-бО.
A. Matas,
Union
Electrica
Fenosa
SA,
Spain.
H11 Pulse width modulated dump load control for wind/diesel systems.
J.F. Manwell, W.M. Stein, J.G. McGowan, Univ. of Massachusetts, U.S.A.
H12 Design, installation and performance analysis of a control system for a
wind turbine driven self-excited induction generator.
P.G. Casielles and J. Sanz, University of
Oviedo;
J.
Pascual, Gas y Electricidad
SA,
Spain.
H13 Self tuning linear controller for the blade pitch control of a
100 kW
WEC.
H.
BÖhnisch, DLR,
Germany and D. Arsudis, AEG Hellas, Greece.
AUTQNPMOUS AND WIND/DIESEL
APPLICATIONS
Л
Wind/diesel
■system modelling and design.
D.G. Infield, Rutherford
Appleton
Lab.,
U.K.
j
P. Lundsager, Ris/zf Nat.
Lab.,
Denmark; J.T.G. Pierek, ECN and
У.А.Р.
van
Dijk,
university of Utrecht,
The Netherlands; M.
Falchetta, ENEA
CRE CASSACIA, Italy
j
0.
Skarstein,
SEM
Saeła
Ndsvet , Norway and
P.D.
Lund, NEMO, Finland.
J2 Wind/diesel/battery systems
-
Applications, experience, economy of
different system configurations and sizes.
G. Cramer, SMA
Regelsysteme GmbH;
Ы.
Kleinkauf,
University of
Kassel;
T.
Schott, Institut für Solare Energie-Versorgungstechnik,
Germany.
J3 Operation
experience of
wind/diesel
system on
Dachen Island in
P.R.China
-
EEC and China co-operation project.
M. Yundog, Q. Hongjia,
ZIMŠ,
P.R. China; H. Christiansen, B. S#rensen,
COWIconsult; P.
Nsfrgârd»
Rlsíf Hatlonal
Laboratory, Densiark.
ЈЧ
Computer-aided assessment of maximum wind generation capability of isolated
electric power systems.
K.H. Mian,
Universidad
de las Palmas,
Spain.
IX
J5 Operational advantages from the use of AC/DC/AC interface for the
connection of wind turbines in
diesel
power systems.
M.P. Papadopoulos and P.B. Malatestas,
National Technical University of Athens, Greece.
J6
Desarrollo y ensayo de un sistema hibrido eolico-diesel
.
Hybrid
wind-diesel
system development and testing. (In Spanish. English
summary) J.
Pascual
Tortella,
Gas y Electricidad
SA,
Spain.
J7
Optimization technical-economic of the desalination system worked by wind
energy. J.A.
Carta
Gonzalez, R.
Calero Pérez, Univ. de las Palmas,
Spain.
J8 Studies on hybrid generation system of horizontal axis wind turbine and
diesel
engine.
Ï.
Shimizu, S. Morisawa,
Mie
University; K. Setci,
Tokai
University, Japan.
J9 Characteristics of the power output of wind farms and large scale
dispersed wind energy systems.
H.G. Beyer, J. Luther, T. Pahlke, W. Schmidt, R. Steinberger-Willms,
H.-P. Waldl and
Ü.
de Witt, Universität
Oldenburg, Germany.
J10 Wind energy conversion schemes and electric power supply quality.
A.M. Sharaf and R.M. Hilloowala, University of New Brunswick;
M. Lodge, Resource Ventures Inc., Canada.
CEC
WIND ENERGY PROGRAMME
Past and future aspects of the
CEC
s
dissemination activities in the fields
of renewable energy .technologies
.
G. Molina and K.
Diamantaras,
CEC
DG XVII,
Belgium.
UTILITY APPLICATIONS
K1 Evaluation of wind energy in Northern California including its fit to
utility hourly loads.
D.R. Smith and M.A. Ilyin, Pacific Gas and Electric Company, U.S.A.
K2 Wind power park. Measurements on wind and power conditions in the cluster
and voltage quality on the connected grid.
P.
Rasmussen
and J.
Lakkenborg,
Folkecenter
for Renewable Energy, Denmark.
КЗ
Modelling of wind power in the Finnish power supply system.
E.T. Peltola, Technical Research Centre of Finland and
J. Peťájä,
Helsinki University, Finland.
K4 Wind and load forecasting for integration of wind power into a meso-scale
electrical grid.
A. Fellows and D. Hill, University of Strathclyde, U.K.
K5 The first off-shore wind farm in the Danish wind power programme.
K. Dyre Jesper
sen,
ELKRAFT
Power Company Limited, Denmark.
Кб
Implementation of off-shore wind power plant.
S.A.
Jensen, COWIconsult A/S, Denmark.
K7 Autonomous wind-diesel pump system in Spain.
P. Prats, Ecotecnia S.Coop, Spain.
K8 A mechanical hybrid wind/diesel system based on MEL
s Windmel
wind
turbine. J. Bass, Guest Researcher and H. Matsumiya, Mechanical
Engineering Laboratory?
S
Aoki, Yamaha Motor Company Limited, Japan.
fC9 Wind integration into
a diesel
power grid of a Greek island.
A.I. Androutsos and A.I.
Anďreadis,
Public Powei Corporation;
A.V.
Machias,
National Technical University of Athens, Greece.
K10
Anholt 55 kW wind
turbine. Operation strategy, experience and results.
A.
Rasmussen
and J. Krj.3tiansen, Elsamprojekt A/S, Denmark.
К
11
Development of a novel small windpump for ultra-reliable low-cost water
supply. P.L. Fraenkel, IT Power Limited, U.K.
К
12
Effect of wine field properties on the fuel saving potential of wind-
diesel systems.
H.G. Beyer, T. Degner, H.
Gabler
and
G. Stubbe,
Universität
Oldenburg,
Germany; Wang Cheng-Xu, Tsingnua University, P.R. China.
КІЗ
Some experiences in designing and building a small wind energy conversion
system.
Ü.
Dominguez, I.
Conde
and A. Perez,
Universidad de
Salamanca, Spain.
К1Ч
Technical feasibility study of the
HOLEC
autonomous wind/diesel system.
J.T.G. Pierlk, ECN and L.A.
Bulten,
HOLEC
Projects
BV,
The Netherlands.
K15 Paper moved to NR8.
K16
Dachen
Islands wind/diesel facilities.
B. Sizfrensen, COWIconsult, Denmark.
K17 Wind and solar energy supply for a sewage plant
-
the Fehmarn project.
H.
Gabler,
G.J.
Gerdes and
J.
Luther, university of Oldenburg, Germany.
K18 This paper has been withdrawn.
К
19
Wind energy penetration in a local energy system operated on
biogas:
an EC demonstration project in Chania. D. Papastefanakis,
Hellenic Agency for Local Development and Local Government
S.A.;
L.A. Pyrgiotls, National Technical Univ. of Athens; M. Kavroulakis,
Municipal Enterprise of Water and Sanitation of Chania, Greece.
K20 Storing wind energy.
R. GrUb
,
Consultant, Germany.
USAGE AND THE SOCIAL AND ENVIRONMENTAL COST
LI Review of European wind energy technology.
J.
Schmid
and H.P. Klein, Fraunhofer-ISE, F.R. Germany.
L2 The Group
ENDESA wind
energy plan.
J.
Calvo,
Group
ENDESA,
Spain.
L3 Wind energy research activities of the Dutch Electricity Generating Board.
N.
Halberg, NV Sep,
The Netherlands.
LU
Latest results of the international discussion on the social costs of
energy
-
how does wind compare today?
O.H.
Hohmeyer, Fraunhofer ISE,
Germany.
L5 The siting problem: wind power as a social dilemma.
M. Wolsink, university of Amsterdam, The Netherlands.
L6 A multifaceted study: environmental issues impacting on wind energy
developments.
P. Bosley, Towson State University and K. Bosley, Wind Energy Cons., U.S.A.
L7 The contribution, of the social sciences to wind power research
-
environmentl ideology and public perception.
H. Martin Edge, Robert Gordon s Institute of Technology, U.K.
L8 Design recommendations for large WECS.
F.J. Pollings,
INTRON,
The Netherlands.
L9 Low frequency sound from wind turbine arrays.
W.E. Holley and B.F. Bell, U.S.
Windpower
Inc., U.S.A.
L10 Avoided fuel, capacity and emission costs by wind energy in the Netherlands.
A.J.M. van
Wijk
and
W.C. Turkenburg,
University of Utrecht, The Netherlands.
*
L11 This paper has been withdrawn.
L12 Possibilities and restrictions, of wind energy use in Central Europe.
M.
Kaltschmitt, Universität
Stuttgart, Germany.
L13 This paper has been withdrawn.
L14 Simulation of a wind/diesel autonomous energy system for long term studies.
J, Kabouris, G.C.
Contaxis,
National Technical University of Athens, Greece.
L15 Investigation of the feasibility of joint production of decentralised
wind energy systems for the People s Republic of China.
P. Johansen, COWIconsult; P. Lundsager, Riser National Laboratory, Denmark;
J.P. Johnson, GQPA-Consultants, F.R. Germany.
XI
|
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| author_GND | (DE-588)106072293 |
| author_corporate | Wind Energy Conference (Europäische Gemeinschaften) Madrid |
| author_corporate_role | aut |
| author_facet | Wind Energy Conference (Europäische Gemeinschaften) Madrid |
| author_sort | Wind Energy Conference (Europäische Gemeinschaften) Madrid |
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| bvnumber | BV004431807 |
| classification_tum | ERG 730f |
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| genre | (DE-588)1071861417 Konferenzschrift 1990 Madrid gnd-content |
| genre_facet | Konferenzschrift 1990 Madrid |
| id | DE-604.BV004431807 |
| illustrated | Illustrated |
| indexdate | 2024-11-25T17:10:36Z |
| institution | BVB |
| institution_GND | (DE-588)1222342-6 |
| isbn | 0951027182 |
| language | Undetermined |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-002749272 |
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| owner_facet | DE-91 DE-BY-TUM DE-29T |
| physical | XVI, 720 S. zahlr. Ill. u. graph. Darst. |
| publishDate | 1990 |
| publishDateSearch | 1990 |
| publishDateSort | 1990 |
| publisher | Stephens |
| record_format | marc |
| spellingShingle | Proceedings of an International Conference held at Madrid, Spain 10 - 14 September 1990 Windenergie (DE-588)4079329-1 gnd |
| subject_GND | (DE-588)4079329-1 (DE-588)1071861417 |
| title | Proceedings of an International Conference held at Madrid, Spain 10 - 14 September 1990 |
| title_auth | Proceedings of an International Conference held at Madrid, Spain 10 - 14 September 1990 |
| title_exact_search | Proceedings of an International Conference held at Madrid, Spain 10 - 14 September 1990 |
| title_full | Proceedings of an International Conference held at Madrid, Spain 10 - 14 September 1990 European Community Wind Energy Conference. Ed. by: W. Palz |
| title_fullStr | Proceedings of an International Conference held at Madrid, Spain 10 - 14 September 1990 European Community Wind Energy Conference. Ed. by: W. Palz |
| title_full_unstemmed | Proceedings of an International Conference held at Madrid, Spain 10 - 14 September 1990 European Community Wind Energy Conference. Ed. by: W. Palz |
| title_short | Proceedings of an International Conference held at Madrid, Spain 10 - 14 September 1990 |
| title_sort | proceedings of an international conference held at madrid spain 10 14 september 1990 |
| topic | Windenergie (DE-588)4079329-1 gnd |
| topic_facet | Windenergie Konferenzschrift 1990 Madrid |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=002749272&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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