Environmental Engineering Reference
In-Depth Information
Table 3-2. Wind Energy Systems Larger Than 500 kW [IEA 1993]
Country
Machine
Rotor Speciications
Member
Manufacturer
Model
Axis
B
L
M
D
(m)
H
(m)
A
(m 2 )
Belgium
Windmaster-VUB
H
2
U
GRP
46.0
63.0
1,662
Canada
Shawinigan
Eolé
V
2
S
64.0
56.0
4,000
Canada
Indal Technol
6400
V
2
A
24.4
21.3
595
Denmark
Several
Nibe-A
H
3
U
Wood
40.0
45.0
1,256
Denmark
Several
Nibe-B
H
3
U
Wood
40.0
45.0
1,256
Denmark
Several
Tvind
H
3
D
GRP
54.0
53.0
2,290
Denmark
DWT
Windane 40
H
3
U
GRP/W
40.0
45.0
1,257
Denmark
Tjæreborg 2MW
H
3
U
GRP
60.0
60.0
2,827
Germany
M.A.N.
WKA 60
H
3
U
GRP
60.0
50.0
2,827
Germany
MBB
Monopt. 50
H
1
D
CRP
50.0
60.0
1,963
Germany
M.A.N.
WKA 60 Land
H
3
U
GRP
60.0
60.0
2,827
Germany
MBB
Aeolus II
H
2
U
CRP
80.0
77.0
5,077
Germany
Husumer Sch.
HSW 750
H
3
U
GRP/W
40.0
45.0
1,257
Germany
Tacke
TW 500
H
3
U
GRP
36.0
35.0
1,018
Italy
Aeritalia
Gamma 60
H
2
U
GRP
66.0
60.0
2,827
Netherlands Holec
Holec 500
H
3
U
35.0
962
Netherlands Stork-FDO
NEWECS-45
H
2
U
GRP
45.0
60.0
1,590
Netherlands Windmaster NL
500
H
2
U
GRP
33.0
855
Netherlands Windmaster
Windmast750
H
2
U
WE
40.0
50.0
1,257
Netherlands Newinco
Newinco 500
H
2
U
S
34.0
908
Spain
Asinel, M.A.N.
AWEC 60
H
3
U
GRP
60.0
46.0
2,827
Spain
MADE
Sweden
KMW AB
WTS-75
H
2
U
S/GRP
75.0
77.0
4,418
Sweden
KKRV
WTS-3
H
2
D
GRP
78.0
80.0
4,778
Sweden
Kvaerner-MBB
Nasudden I
H
2
U
S
75.0
4,418
Sweden
Kvaerner-MBB
Nasudden II
H
2
U
CRP
80.0
77.0
5,027
U.K.
WEG
LS-1
H
2
U
S/GRP
60.0
45.0
2,827
U.K.
WEG
LS-2
U.K.
Howden
750 kW
H
3
U
WE
45.0
35.0
1,590
U.K.
Howden
1MW
H
3
U
WE
55.0
45.0
2,376
U.K.
HSW
H
3
U
GRP/W
40.0
45.0
1,257
U.K.
VAWT Ltd
500kW
V
2
GRP
USA
Boeing
Mod-5B
H
2
U
S
97.5
61.0
7,472
USA
Ham. Std.
WTS-4
H
2
D
GRP
78.0
80.4
4,778
USA
Westinghouse
WWG-0600
H
2
U
WE
43.0
31.0
1,452
Axis:
M
= Blade Material:
H
= Horizontal
A = Aluminum
V
= Vertical
CRP = Carbon Fiber Reinforced Plastic
A
=
Swept Area
GRP = Glass Fiber Reinforced Plastic
B
=
Number of Blades:
W = Wood
D =
Rotor Diameter
WE = Wood Epoxy
H = Elevation of Center of
S = Steel
Swept Area
L
=
Location of Rotor:
U
= Upwind of Tower
D
= Downwind
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