V100-2.0 MW®

The V100-2.0 MW® IEC IIB turbine allows you to increase productivity by opening up low- and medium-wind sites which were previously regarded as non-viable.

V100-2.0 MW® at a glance

The V100-2.0 MW® IEC IIB turbine allows you to increase productivity by opening up low- and medium-wind sites which were previously regarded as non-viable. To maximise power output at such locations, the turbines' 100 m rotor gains more from the available wind – starting at an incredibly low 3 m/s. Thanks to the 49 m blades, the turbines deliver a notable rotor-to-generator ratio producing a remarkable capacity and yield at low- and medium-wind sites.

Features:

  • Vestas OptiStop pitch control strategy included to reduce loads and enable a lighter structure
  • Select products from the Vestas PowerPlus™ range are added to maximise output
     

Options 
available for the 
V100-2.0 MW®

  • Power Mode (site specific)
  • Condition Monitoring System
  • Smoke Detection
  • Vestas Shadow Flicker Control System
  • Low temperature Operation to -30˚C
  • Aviation Lights
  • Aviation Markings on the Blades
  • Vestas InteliLight™
  • Vestas Bat Protection System

+49,000

The Vestas Performance and Diagnostics Centre monitors more than 49,000 turbines worldwide. We use this information to continually develop and improve our products and services.

IEC IIB

Finding the right turbine for your wind site is key. The V100-2.0 MW™ IEC IIB is designed for low- or medium-wind sites.

+57 GW

The performance and reliability of the 2 MW platform has been proven with more than 57 GW installed in 47 countries since 2000.

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V120-2.2 MW™

The V120-2.2 MW™ IEC IIB/IEC S is built to generate more energy in stable low to medium wind conditions.

V110-2.0 MW™

The V110-2.0 MW® IEC IIIA delivers a notable rotor-to-generator ratio producing a remarkable capacity and yield at low- and medium-wind sites. Optimised with the Vestas OptiStop pitch control strategy it is the ideal choice in low- and medium wind.

V90-2.0 MW™

The V90-2.0 MW™ is suited for high wind sites with rotor size constraints.