10kw Wind turbine system power generator with hydraulic tower
(we also sell 20 and 30KW wind turbine genertor system.
with intelligent remot control, hydraulic brake and hydraulic yawing make the system more security
(we also sell 20 and 30KW wind turbine genertor system.
with intelligent remot control, hydraulic brake and hydraulic yawing make the system more security
Rated power(W)
10000
10000
Rated voltage(DCV)
240
240
Rated current(DCA)
42
42
Rotor diameter(m)
8.0
8.0
Blade material
GFRP
GFRP
Rotation direction
Clockwise
Clockwise
Start-up wind speed(m/s)
2.5
2.5
Rated wind speed(m/s)
10
10
Cut-out wind speed(m/s)
16
16
Survival wind speed(m/s)
45
45
Net weight(T)
1.0
1.0
Wind turbine type
Upwind
Upwind
Rated Rotating speed(RPM)
180
180
Blades No.
3
3
Hydraulic tower height (m)
12
12
Yaw mechanism
electric
electric
Annual yield(kwh)
24000
24000
Yaw mode
Auto/manual
Auto/manual
Cable length (m)
20
20
Efficiency
0.6
0.6
Wind turbine tilt-angle
6
6
Protection mode
-Yaw
-Hydraulic brake
-Dumpload
-Yaw
-Hydraulic brake
-Dumpload
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wind turbines from 10kw to 30kw, are adopted by hydraulic yawing system and hydraulic brake.
wind turbines from 10kw to 30kw, are adopted by hydraulic yawing system and hydraulic brake.
Product details:
1)appearance
1.streamlined fiber glass nacelle
2.stable operation
2.stable operation
2)hydraulic tower
1.patented
2.easy installation and maintenance for WTGS
3.save expenditure from hiring the crane.
4.only involving 20mins to finish the erection and lay-down
2.easy installation and maintenance for WTGS
3.save expenditure from hiring the crane.
4.only involving 20mins to finish the erection and lay-down
3)hydraulic motor
1.higher torque compared to electric one.
2.non-burnt even locked-rotor
3.normal yaw even under strong wind speed.
2.non-burnt even locked-rotor
3.normal yaw even under strong wind speed.
4)control units
1.Mitsubishi PLC
2.outstanding anti-jamming
3.intelligent control has been achieved by combine various sensors.
2.outstanding anti-jamming
3.intelligent control has been achieved by combine various sensors.
5)hydraulic brake
1.the pressure will be increased gradually when braking,which will minimize the damage caused by blade inertial rotation.
2.the pressure can be maintained once braking.
3.longer lifespan compared to electric brake.
2.the pressure can be maintained once braking.
3.longer lifespan compared to electric brake.
6)generator
1.outstanding permanent magnet(Nd-Fe-B)
2.abundant in yield
3.low start-up torque
2.abundant in yield
3.low start-up torque