Service operations in Bremerhaven will be retained with 211 jobs. At the same time, the production and repair plant in Bremerhaven will be shut down by September 2020 and locations in Bremen and Emden will be closed. 166 jobs will be cut in a socially responsible manner. Volunteer program planned for the employees of Adwen GmbH with appropriate compensation payments for the transition into new jobs and a transfer company.
With 350 megawatts (MW) installed capacity, Wikinger will be capable of supplying renewable electricity of around 20% of the demand of Mecklenburg Vorpommern.
The nacelle has finished all pre-commissioning tests and has been connected to the hub. The first three tower sections, including the power section, are already in place. The rotor blades are on site and waiting to be lifted.
“We are very pleased to collaborate with the Fraunhofer IWES in our field tests of our prototype of the AD 8-180. Already, the Fraunhofer IWES DyNaLab has allowed us to exhaustively validate our technology, resulting in great confidence about the optimal performance and reliability of the turbine”, said Luis Álvarez.
In close cooperation Adwen and Winergy developed the gearbox for Adwen’s AD 8-180 offshore wind turbine. With an input torque of close to 10,000 kilonewton-meters (kNm) and a weight of 86 tonnes it is the largest wind turbine gearbox ever built in the world.
The main components of the wind turbine will arrive gradually until the installation starts in the fourth quarter of the year.
Adwen and LM Wind Power have partnered to take a large step forward towards lowering the cost of energy in offshore, putting their respective technology expertise together to present the
The wind turbine comprehensive validation plan includes tests on the drivetrain in different phases until the end of the year, reducing the time needed for the field test campaign and speeding-up the certification.
This wind turbine is tailored for Subtropical Monsoon climates typical of Asian offshore markets and it is designed to resist typhoons as well as harsh environmental conditions such as high temperatures and humidity.
This new guideline updates the previous version from 2005 to fully comply with GL’s Guideline for Onshore Wind Turbines, edition 2010, and to cover IEC 61400, parts 1 and 3.