Onshore wind turbine

Low wind performer
The right turbine can turn low wind sites into successful energy sources. The SWT-DD-142 combines proven technology with lighter hybrid carbon blades and the revolutionary OptimaFlex approach, for safer investments and higher yields.
Customer Contact

Would you like to know more about the SWT-DD-142? Are you interested in partnering up with Siemens Gamesa? Please contact us!

Rotor diameter
142 m
Nominal power
3.5-4.1 MW
Direct Drive
Special features
Key Facts
  • Increased 67 m blade length for greater returns
  • OptimaFlex: performance precisely tailored to your needs
  • Low weight hybrid carbon blades optimized for low wind sites
Recommended for

Low wind, onshore locations

Other models in the platform
Model Rotor Dia. Wind type
SWT-DD-120 120 m For high wind
SWT-DD-130 130 m For medium wind
Evolving technology for low wind onshore sites
Technical specifications
General details
Rated power 3.5 - 4.1 MW
Wind class IEC IIB
Control Pitch regulation with variable speed
Standard operating temperature Range from -20ºC to 40ºC
Diameter 142 m
Swept area 15,800 m²
Power density 259.5 W/m²
Length 69.3 m
Airfoils LM Wind Power proprietary airfoils
Material Fiberglass reinforced with epoxy
Type Tubular steel or hybrid steel/concrete
Height Steel: 109, 129 m and site-specific, Hybrid steel/concrete: 165 m
Type Synchronous, PMG
Voltage 690 V AC
Frequency 50 Hz or 60 Hz
Power factor 0.9 CAP-0.9 IND throughout the power range
Making low wind sites into successful energy sources
Low wind sites don’t have to mean lower return on investment. The SWT-DD-142 secures your investment by combining new and proven technology for a ground-breaking onshore innovation. The turbine is based on the tried and tested features of the existing Onshore Direct Drive technology - using the same components and electrical systems assures reliability and performance. The OptimaFlex product strategy enables unprecedented levels of flexibility both now and in the future.
Technological highlights
Hybrid carbon technology has created a lighter, longer blade with aeroelastic performance. Its pre-bent tip section reduces peak loads and structural stress while its airfoil design delivers high performance, giving it the highest annual energy production in its wind class. DinoTail® Next Generation and Vortex Generators then help to improve performance and cut acoustic noise emissions.
Turbine sensors continuously transmit data to the Siemens Gamesa Diagnostic Center, enabling the early detection of anomalies and preventing potential failures. By analyzing vibration patterns we can optimize your service plan and anticipate repairs before serious damage occurs.
Further onshore wind platforms


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