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Wind turbine of the 3 MW class >>> In its class the wind turbine is the one with the largest swept area, containing a 120 m rotor diameter.
3 MW wind turbines
W2E-120/3fc
The W2E-120/3fc has a nominal power of 3.0 MW and is designed for standard regions to fulfil the requirements of Guideline IEC 61400-12 wind class IEC 2a.
In its class the wind turbine is the one with the largest swept area and the highest hub height, containing a 120 m rotor diameter and a hybrid tower of a maximum hub height of 140 m.
The development is supported by the Chair for Technical Mechanics/Dynamics, University of Rostock, and the entire project is sponsored by the Federal Ministry for the Environment, Nature Conservation and Reactor Safety - based on a resolution of the German Bundestag
Data sheet 3 MW technology > (PDF/461 kB)
Licensing by W2E Wind to Energy GmbH, Mr. Christoph Klewitz
The well-proven LARUS Compact® drive train technology is being expanded by an innovative drive generator concept: the compact hybrid drive. The use of the compact hybrid drive guarantees a significantly improved economic efficiency in the 3 MW class.
ADDITIONAL INFORMATION
on 3 MW wind turbine components
Guidelines and directives
W2E develops wind turbines according to the EC Machinery Directive
- EC Machinery Directive 2006/42/EG
- Low Voltage Directive 73/23/EWG / new 2006/95/EG
- EMC Directive 89/336/EWG / new 2004/108/EG
The following other standards and guidelines are applied:
- EN 61400 Wind Turbine Generator System
- EN ISO 13849-1
- Guideline for the Certification of Wind Turbines (Germanischer Lloyd WindEnergie GmbH, Edition 2003 with Supplement 2004 and Edition 2010)
- DIBt, Guideline for Wind Turbines, Interferences and Proof of structural Safety for Tower and Foundation -Richtlinie für Windkraftanlagen, Einwirkungen und Standsicherheitsnachweise für Turm und Gründung-, vol. March 2004
- Technical Guideline of the BDEW: Power Generation Plants at the Medium Voltage Grid. Guideline for Connection and parallel Operation of Power Generation Plants at the Medium Voltage Grid. Version June 2008
- BDEW: TransmissionCode 2007. Grid and System Regulations of the German Transmission Network Utilities. Version 1.1, August 2007
- Technical Guideline of the Wind Energy Association (FGW): Part 3, Determining the Electrical Properties of Power Generation Units at the Medium, High and Extra High Voltage Grid.
- FWG: For other parts, see www.wind-fgw.de with rider "Technical Guidelines"
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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