Blue Meadow Energy
Windtec Drive Train Solutions
Windtec technology transfer offers the wind turbine manufacturer a highly efficient, fully developed wind turbine design. The design can include variable speed, pitch-controlled wind turbines with power ratings from 650 kW to 10 MW and larger.
Double Fed Drive Train Technology
- Conventional technology for 10 years
- Proven state-of-the-art technology used in thousands of commissioned wind turbines worldwide
- Cost efficient to manufacture
- Windtec WT82 high efficiency rotor blade available as a license for self-manufacturing
Full Scale Conversion Drive Train Technology
- Excellent power quality
- High efficiency (PMSG better than DFIG)
- Redundancy system in case of converter failure
- Gearbox protection as generator is not connected to grid
- Simple switch between 50 Hz and 60 Hz
- Windtec WT76,WT86 and WT93 high efficiency rotor blade design available as a license for self-manufacturing
SuperGEARTM Drive Train Technology
The SuperGEAR™ technology (patents pending) is Windtec’s latest technology. This unique technology is specifically designed for offshore applications and produces turbines that are more stable, efficient and reliable.
- Best possible power quality available on the global market
- High efficiency especially for high wind speeds
- Direct medium voltage connection to grid
— no converters and transformers required - Gearbox protection by SuperGEAR stage
HTS Direct Drive Train Technology
Ultra low speed direct drive generators are in development in the 10 MW class using superconductor (HTS) wire technology. This unique AMSC Windtec solution will enable light weight, efficient and reliable large offshore wind turbines.
- Next generation technology for above 8 MW turbines
- Lighter than conventional turbines and highly efficient
- HTS wire for turbine supplied by American Superconductor
- Simple switch between 50 Hz and 60 Hz
Blue Meadow Energy’s Smart Solution
Blue Meadow Energy offers service and maintenance of the facility, directly and cost-efficiently, in the form of a specific technology transfer. This technology transfer is possible due to a private customer training, sold separately to the customer in addition to the implementation of the wind farm. This particular service concept makes it possible to build wind turbines in complex and extensive surroundings, and continuously operate them fostering both education and full time jobs within the local infrastructure.