Characteristics
- Power:3600 kW (4827.68 hp)
- Blade diameter:114 m (374' 0")
Description
Huge output even in the most challenging conditions
We’ve increased the nominal power of the 3.6M114 NES to 3,600 kW, a boost of 200 kW compared to the previous model. That raises annual energy yields by up to 2.4 % at mean wind speeds of 8.5 m/s. With a range of tower heights, this model is suitable for locations with severe height restrictions yet keeps energy generation costs impressively low. This new turbine’s suitability for many different wind conditions is shown by its certification for different wind classes, namely IEC IIA and IEC S, i.e. turbines designed for extreme conditions.
Highlights
- Nominal power 3.6 MW
- 114 meter rotor diameter
- Certified for wind classes IEC IIA and IEC S
- 2.4 % higher energy yield compared to 3.4M114 NES
- Suitable for locations with severe height restrictions
- Next Electrical System (NES) compliant with stringent grid requirements
We’ve increased the nominal power of the 3.6M114 NES to 3,600 kW, a boost of 200 kW compared to the previous model. That raises annual energy yields by up to 2.4 % at mean wind speeds of 8.5 m/s. With a range of tower heights, this model is suitable for locations with severe height restrictions yet keeps energy generation costs impressively low. This new turbine’s suitability for many different wind conditions is shown by its certification for different wind classes, namely IEC IIA and IEC S, i.e. turbines designed for extreme conditions.
Highlights
- Nominal power 3.6 MW
- 114 meter rotor diameter
- Certified for wind classes IEC IIA and IEC S
- 2.4 % higher energy yield compared to 3.4M114 NES
- Suitable for locations with severe height restrictions
- Next Electrical System (NES) compliant with stringent grid requirements
