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Wind turbines of the 2.0 MW class >>> This light-weight wind turbine achieves the highest specific performance for its class.

2.0 MW turbine

Extra large rotors with 93 m and 100 m and - not to forget, the extra large yield- are possible thanks to the control system developed by W2E, together with the excellent blade design by the firms of WINDnovation and LM.

The wind turbine has an installed load of 2.050 kW. They has been designed to meet the requirements of Guideline EC 61400-12 for wind class IEC 2a respectivly 3a.

These wind turbines are characterized by a light-weight nacelle, compliance with standards for transportation, logistics and erection, the Plug&Play system for installation and service and the resulting low operating cost.

Data sheet 2.0 MW technology > (PDF/190 kB)

Licensing by W2E Wind to Energy GmbH, Mr. Christoph Klewitz

W2E-93/2.0

Nominal power: 2.050 MW
Rotor diameter: 93 m
Rotor blade: WN 453 / LM45.3P
Nominal wind speed: 12 m/s
Wind class: IEC 2a (GL2a)
Nacelle height (tubular tower): 85 m / 100 m

W2E-100/2.0

Nominal power: 2.050 MW
Rotor diameter: 100 m
Rotor blade: WN 485 / LM48.3
Nominal wind speed: 11,5 m/s
Wind class: IEC 3a (GL3a)
Nacelle height
(tubular tower): 85 m / 100 m
(lattice tower): 117 m / 141 m

ADDITIONAL INFORMATION

on 2.0 MW wind turbine components

Locations of our 2.0 MW technologies

Plug&Play concept

THE PLUG&PLAY CONCEPT >>> is a central development criterion. It is feasibility-tested and implemented for all systems and components.

Plugged electrical connections throughout the wind turbine
The drive train was developed in such a way that installers have access to all subsystems of the drive train structure and that in case of maintenance or replacement, only the affected parts must be moved.
Pluggable slip ring
Easy access to and replacement of filters

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"

NOW WHAT?

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 >]

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