| PERFORMANCE
PARAMETERS |
| Nominal Electrical Power |
225 kW |
| Power Regulation |
Stall |
| ROTOR
|
| Rotor Diameter |
Diameter 29.1 m (95.4 ft) |
| Speed |
37.9 rpm at full load |
| Number of Blades |
Three blades placed upwind of tower |
| Swept area |
664 m² (7145 ft2 ) |
| Tilt angle |
5° |
| Coning angle |
0º |
| BLADE |
| Blades make |
LM 13.4 |
| Pitch angle |
App.: -2.3° (Will be adjusted
during running in) |
| BRAKE
SYSTEM CONTROL |
| Air brake |
Turnable blade tips |
| Mechanical brake |
A fail safe type disk brake on the
high-speed shaft of the gearbox |
| Brake torque |
2,0 times of nominal torque or soft
brake system (1 times of nominal torque) by normal braking
sequences |
| RPM max. value |
1600 rpm (50 Hz), observed on the
high-speed shaft |
| GENERATOR |
| Type |
Closed, 4-pole, single wound, induction,
IP54. |
| Generator speed |
1500 rpm synchronous (50 Hz) |
| Loss in generator |
App.: 3 % at full load |
| Generator cut-in |
Thyristor controlled gradual cut-in |
| Grid connection |
50 Hz, 690 V or as specified |
|
YAW SYSTEM |
| Yaw motors |
2 pcs. active drives, electrical |
| Yaw brakes |
3 pcs. active hydraulic operated
brakes |
| Yaw bearing |
Slide bearing |
| TOWER |
| Type |
Conical steel tower |
| HubHeight |
30 m (98.4 ft) or 40 m (131.2 ft) |
| CONTROL
SYSTEM |
| Type |
Microprocessor based or alternatively
PLC based |
| Cut-in wind speed |
4 m/s (9 mph) |
| Cut-out wind speed |
25 m/s (60 mph), based on 5min average
|
| Survival wind speed |
67 m/s (150 mph) |
| APPROXIMATE
SYSTEM DESIGN WEIGHTS |
| Tower 30 m |
13.25 tons |
| Tower 40 m |
20.70 tons |
| Nacelle excl. rotor |
7.63 tons |
| Complete rotor |
5.30 tons |
| Nacelle total |
12.93 tons |
| MAXIMUM
NOISE LEVEL |
| 98 dBA |
