3.6M118 NES

Powerful winds require powerful turbines.

The 3.6M118 NES is a powerful addition to Senvion’s highly successful three megawatt platform for high wind-speed sites. With its optimized rotor design the new turbine can generate very high yields while keeping LCoE to a minimum. Equipped with Senvion NES (Next Electrical System), this new turbine is set up to comply with present and future grid code requirements and can be seamlessly integrated into electrical grids around the world. The 3.6M118 NES is mounted on a steel tower with a standard hub height of 91 meters and suitable for sites with medium to high wind speeds. Depending on project-specific requirements additional hub heights may also be available.

  • Nominal power: 3,600 kW
  • Rotor diameter: 118 m
  • Hub height: 91 m / project specific


  • Wind class: Medium to High Wind
  • Operating temperature range: -20 – +40 °C
  • Rotor surface: 10,936 m²
  • Grid compatibility

    Next Electrical System (NES) to meet all future grid requirements
  • Wind class

    Ideal for medium to high wind-speed sites
  • Modularity

    Project-specific hub heights available

Senvion Technology

The 3.XM series features a well-proven modular and evolutionary technology concept. The smart and robust design results in a highly efficient and reliable turbine concept: from the aerodynamically optimized rotor blade, compact and efficient drivetrain, advanced control technology right through to the transformer. This flawless interplay delivers high energy yields while keeping sound emissions low.

The NES platform - An electrical system for any grid requirements

Our turbines, which are equipped with the Next Electrical System (NES), already fulfil the grid requirements of tomorrow. All NES turbines are based on the tried and tested MM and 3.XM series construction concept.

  1. 1

    Generator/frequency converter

    • Variable speed range for optimum yields
    • Fully encapsulated generator with air-air heat exchanger
    • Optimum temperature inside generator, even at high ambient temperatures
    • Water-cooled converter power electronics for optimised cooling
    • The converter and controllers are located in the tower base, leaving even more space in the nacelle and making operation that much easier

  2. 2

    Gear system

    • Planetary/spur gear
    • Satisfies stringent demands in terms of service life and operating smoothness in line with Senvion gear specifications
    • Elastomeric torque arm bearing for structure-borne sound insulation
    • Low temperature thanks to efficient oil cooling system
    • Three-stage oil filter system for excellent oil quality

  3. 3

    Rotor blade

    • Individual blade profiles for optimal aerodynamics of the rotor
    • Robust aerodynamic design guarantees best possible performance, even in difficult wind conditions or when dirty
    • Proven quality, tested statically and dynamically in accordance with IEC specifications
    • Fully integrated lightning protection in accordance with IEC protection class I

  4. 4

    Pitch system

    • Virtually maintenance free electrical system
    • High-quality, large blade bearing with permanent track lubrication and external gearing
    • Integrated deflector in the spinner as protection from the elements
    • Maximum reliability through redundant blade angle detection with two independent measuring systems
    • Fail-safe design with independent drive and control systems for each rotor blade

  5. 5

    Rotor bearing and rotor shaft

    • High quality spherical roller bearing with bearing with perfectly fitted bearing housing and permanent lubrication for maximum service life
    • Rotor shaft aligned with transfer of torque

  6. 6

    Azimuth

    • Four-point contact bearing with external gearing, powered by top quality high-performance gear motors
    • Holding brakes with hydraulic pressure accumulator for fail-safe function relieve drive systems when inoperative and stabilise nacelle
    • Minimum stress on the drive trains thanks to low friction of four-point bearing and brake release during wind tracking

  7. 7

    Holding brake

    • Generously dimensioned disc brakes hold rotor safely
    • Soft brake function for minimum wear of gearbox

  8. 8

    Tower

    • Natural frequency of tower higher than rotational speed of rotor (rigid design) ensures minimum stress on tower and nacelle
    • No speed restrictions, as no frequency interference
    • Maximum component safety thanks to L-shaped flange and stress-optimised door opening

Technical data 3.6M118 NES

Engenharia

Potência nominal3.600 kW
Velocidade do vento para arranque3 m/s
Velocidade do vento nominal12,5 m/s
Velocidade do vento para paragem26 m/s
Amplitude de temperaturas para funcionamento-20 – +40 °C

    Certificação

    Altura do rotorClasse de ventoZona de vento DIBt
    Project specificIEC S (based on IEC IB)WZ 4

      Rotor

      Diâmetro118 m
      Área do rotor10.936 m²
      Velocidade do rotor5,8 – 12,1 1/min (+15 %)

        Pás do rotor

        Comprimento da pá57,8 m
        TipoGlass fiber-reinforced plastic (GFRP)
        Largura máxima4 m

          Sistema elétrico

          Potência nominal3.600 kW
          Tensão nominal630 V
          Frequência nominal50 Hz
          GeradorAsynchronous generator (squirrel cage rotor)
          Classe de proteção do geradorIP 54
          Tipo de conversorFull scale converter with direct voltage intermediate circuit

            Nível de ruído

            Potência sonora máxima105 db (A)

              Curva de potência

              Please contact the relevant company within the Senvion Group to check the availability of a given product in your country.

              Title File Size
              Technical overview 3.6M118 NES PDF 341 kB
              Senvion - Portfolio Overview PDF 200 KB