This utility-sized turbine can used by electricity producers and wind farms. It is capable of generating approximately 17 GWh of power a year (depending on your wind conditions), which could supply 1500 homes with electricity.

The turbine operates best during winds of 10.5 m/s. However, with higher wind speed it will generate more electricity. Wind of 13 m/s will give you 7.5 MW of power output (10 MW at 15 m/s).

The turbine will use wind, gusts, uprising air flows and descending cold air masses when set in the mountains or by the seaside. It can manage to continue operating at a stable speed despite windstorms because of its self-regulating rotor speed.

It has the industry-leading electricity cost per MW of installed capacity, and generates more power on low and medium winds due to low cut-in speed. It can also reduce total operating costs for the user because it does not require heavy maintenance during its lifetime.

Installation is relatively easy due to use of traditional for high-rise buildings machinery – no special cranes to bring cabin to 100m height, transport for 100 m blades, or patented foundation.

Specifications:

• Total height – at least 142 m
• Rotor height- 90 m
• Rotor diameter – 180 m
• Area occupied – 91,650 sq. m.
• Minimal working speed – 2 m/s
• Nominal working speed – 10.5 m/s
• Materials – aluminum, steel, concrete and composite plastics
• Turbine does not require careful maintenance, repair and preservation during its entire lifetime

The turbines have a service life of more than 100 years.

Power Curves