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Wind turbine of the 2.5 MW class >>> A wind turbine for various locations with variable wind classes. This wind turbine is speed-controlled, converter-guided and operates with a triple blade upwind rotor.
2.5 MW turbines
This product has a rotor diameter 100 m and 103 m and forms a swept area for wind classes 2a and 3a according to IEC 61400. Towers up to 160 m in height provide optimal combinations of rotor and nacelle height.
Data sheet of 2.5 MW technology > (PDF/449 kB)
The trubine technology is offered internationally for licensing. Fuhrländer AG> is the first licensee and licence distributor.
W2E-100/2.5
- Nominal power: 2.5 MW
- Rotor diameter: 100m, 103m
- Rotor blade: LM48.8, SI50.3
- Nominal wind speed: 11.5 m/s
- Rotor speed: 14.5 rpm
- Wind class: IEC 2a and 3a
- Hub height (tubular tower): 85 m / 98.2 m
- Hub height (lattice tower):117 m / 141 m / 160 m
ADDITIONAL INFORMATION
on 2.5 MW wind turbine components
Locations of our 2.5 MW wind turbines
Highest hub in the world
160 M LATTICE TOWER >>> The nacelle of the prototypes of the 2.5 MW wind turbine with a rotor diameter of 90 m was erected on a lattice tower 160 m in height. The overall height of the structure is 205 m.
The project was built in Laasow near Cottbus (in the State of Brandenburg, Germany) in cooperation with Fuhrländer AG as licensee and manufacturer of the nacelle, and SeeBa Energiesysteme GmbH as manufacturer of the lattice tower.
Designer cardboard model
2.5 MW WIND TURBINE MODEL FOR YOU AT HOME >>> The 2.5 MW wind turbine for your home >>> You can build your cardboard model at home with hobby knife, scissors, ruler, pincers, glue and feeling- That works as easy as:
- Download the model file (PDF/1,2 MB)
- 170g/m22 -print cardboard in colour
- assemble
The model is for a 2.5 MW W100 wind turbine with a nacelle height of 160 m (scale of 1:500). The rotor can be turned.
The original on which the model is based has a rotor diameter of 90 m and was erected in 2006 as the prototype for the 2.5 MW wind turbine platform in Laasow (State of Brandenburg, Germany). It is the highest wind turbine in the world.
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Here are the most important subject areas
Technologies / Licences
3 MW Wind Turbines [more >]
2.5 MW Wind Turbines [more >]
2.0 MW Wind Turbines [more >]
1.3 MW Wind Turbines [more >]
LARUS Technologies | LARUS Compact® [more >]
LARUS Technologies | LARUS Smart® [more >]
LARUS Technologies | LARUS Safe® [more >]
Process / Services [more >]
Design | of your wind turbine [more >]
Certification | of your wind turbine [more >]
Measuring | of your wind turbine [more >]
Documentation | for technology transfer [more >]
Training | for multipliers [more >]
Support | for licencees [more >]
Contact for technologies and licences:
Christoph Klewitz
Tel: (+49) 381 128571-11
Strandstraße 96
D-18055 Rostock
Fax (+49)381 128571-10
E-Mail: info@wind-to-energy.de