GW165-3.6&4.0MW-EN

GW 165-3.6/4.0MW PMDD Smart Wind Turbine Product Features Next-generation High Reliability Permanent Magnet Retain the good qualities of 2S and 3S, Direct-Drive (PMDD) Goldwind’s mature platforms Platform High Scalability Multiple optional configurations and software & hardware interfaces based on platform and module development Friendly Grid Connection ZVRT and primary frequency modulation realize outstanding grid code compliance even of weak grid Intelligent All-round High Performance Upgrading The single-turbine and site-level self-learning optimization algorithm, enables autonomous optimization of power generation performance High Adaptability Load shedding technology based on advanced sensing exploit performance potential High Safety Reliable precaution strategies for extreme weather can be delivered based on the exclusively accurate weather data Please scan QR code for more information GW 165-3.6/4.0MW PMDD Smart Wind Turbine Operating parameters Rated power kW 3600/4000 Wind turbine class IEC S Cut-in wind speed m/s 2.5 Rated wind speed m/s 9.5/9.7 Cut-out wind speed m/s 22/26 Design service life Year ≥ 20 Operating temperature ℃ -30℃ ~ +40℃ Survival temperature ℃ -40℃ ~ +50℃ Rotor system Rotor diameter m 165 Swept area m2 21124 Generator Type \ Permanent magnet synchronous generator Rated voltage V 950 Converter Type \ Full power converter Power factor regulation range \ Capacitive 0.95 ~inductive 0.95 Rated output frequency Hz 50 Rated output voltage V 900 Brake system Aerodynamic brake system \ Aerodynamic brake via feathering Mechanical brake system Generator hydraulic brake (for maintenance) Yaw system Type/Design \ Motor-driven/Four-stage planetary gear reducer Yaw brake \ Sliding bearing Control system and lightning protection Type \ PLC control system Lightning protection \ IEC 61400/24-2010、IEC 62305-2010 standards design standard Integrated lightning protection system for the turbine Lightning protection strategy \ (GL certification standards) If the average earth resistivity ρ ≤ 3000 Ω·m, the Wind turbine ground resistance Ω power frequency grounding resistance R for each Wind Turbine should be less than 4 Ω Tower tower height (project specific) Type \ Steel tower/Concrete tower Hub height m 100/120/140/155/165