This is not a control room.

It is your clever simulation.

Visit us at this year's Wind Energy and find out how we can use our experience to help you maximize your savings potential.

At our control room, we will show you how we understand simulation and how it can help you to optimise the load on your turbine and thus save costs. Experience live how intelligent software can protect the material in the wind turbine before and during the feathering run and extend the service life.
We not only offer you pitch solutions with maximum safety, but also intelligent yaw systems and digital services.

Last but not least we would like to present our approach of PitchOne for offshore applications.

You will find us in hall B6 on booth 262.

We will be happy to provide you with a free ticket and reserve time for you to visit our booth.

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Our trade fair highlights at a glance!

Load Management

Final Position Mode
Safety feathering run with multiple profiles
Continued operation through sensorless movement

PitchOne Size 3

For Offshore up to 20MW Size 3 
Integrated wind specific functions enable compact system design at turbine level
TÜV certified pitch system with Performance Level E for Safety Run 
Fast backup energy charging via bidirectional DC/DC converter

Pitch and Yaw drive systems for wind turbines

High-performing drive solutions in all operation states

Pitch drive systems

Compact and dedicated Pitch solutions in the 5th product generation
The demand for lowering the levelized cost of electricity (LCoE) in the wind energy sector calls for cost-efficient, robust drive solutions and decentralized approaches to further increase the availability and safety of wind energy. KEBA offers many years of experience and a variety of references around electromechanical Pitch control systems for onshore and offshore wind turbine installations.

We assist you with designing your system and help you find a cutting-edge, cost-optimized solution.

Yaw drive systems

Conventional concepts with motors running directly on the grid involve certain technological drawbacks. Unwanted loads due to abrupt start-up operations increase mechanical wear and tear. In addition, the electrical and hydraulic systems need to harmonize.

These problems can be addressed through the use of a controlled multi-axis drive system that synchronizes and optimizes the drive output power of the individual motors. KEBA’s modular KeDrive D3 system supports this approach using state-of-the-art servo drive technology.