GW150-3.0MW-EN

GW150-3.0MW PMDD Smart Wind Turbine Turbine Features Lightweight design Outstanding energy High reliability Novel design and compact structure production at low wind speeds No worry of gearbox failure Small size and light weight facilitate Wide rotor speed range for grid Main bearing designed with good transportation and installation connection and high conversion adaptability to ultralow wind speeds efficiency at low wind speeds Low O&M cost Full power converter and superior Maintenance-free toothed belt design grid connection performance No slip ring and carbon brush Excellent fault ride-through capability and maintenance cost possess zero voltage ride-through capability No gearbox oil inspection and Capable of reactive power output, maintenance cost reducing the concentration of reactive compensation investment Please scan QR code for more information GW 150-3.0MW PMDD Smart Wind Turbine Operating parameters Yaw system Rated power MW 3 Motor-driven/Four-stageType/Design \ planetary gear reducer Wind turbine class IEC S Yaw brake \ Hydraulic brake Cut-in wind speed m/s 2.5 Rated wind speed (static power Control system and lightning protection m/s 9 curve, standard air density) Type \ PLC control system Cut-out wind speed m/s 18 Lightning protection IEC61400/24-2010、 Design service life Year ≥ 20 \ IEC62305-2006 standardsdesign standard GL certification standards Operating temperature ℃ - 30℃ ~ +35(40)℃ Direct lightning strike protection Survival temperature ℃ - 40℃ ~ +50℃ Lightning protection measures \ and lightning electromagnetic impulse protection Rotor system Wind turbine The power frequency grounding Rotor diameter m 150 Ω resistance R for each Wind Turbine ground resistance 2 should be less than 4 ΩSwept area m 17671 Tower Generator Tower type \ Steel tower Permanent magnet Type \ Hub height m 95/100/140 synchronous generator Tower type \ Concrete-steel hybrid tower Rated voltage V 760 Hub height m 120/140 Converter Weight Type \ Full power converter Blade t /p 16.7 Power factor regulation range \ Capacitive 0.95 ~ inductive 0.95 Rotor (excluding blades) t 37.8 Rated output frequency Hz 50/60 Nacelle t 27.1 Rated output voltage V 690 Generator t 67 Brake system Dimension Aerodynamic brake Blade length m 73.2 Aerodynamic brake system \ via feathering Rotor (excluding blades) m Φ4.7, 4.7 high Generator hydraulic brake Nacelle m 6.9×4.5×5.8 Mechanical brake system \ (for maintenance) Generator m Φ5.0×1.6, 3.7 shaft length 8 1. Blade 2. Pitch system 1 3. Hub 4 4. Generator rotor 5. Generator stator 65 6. Generator Switch Cabinet 9 7. Yaw system 7 8. Wind sensors 2 11 9. Generator cooling system 10 3 10. Nacelle cover 11. Nacelle base 12 12. Tower