Auxiliary systems that inspire your wind turbines
As higher power classes are developed for wind turbines, the mechanical and electrical requirements placed on the system components also rise. This applies not only to the main components, such as generators and frequency converters, but also explicitly to auxiliary systems, such as pitch and yaw drives and the industrial controls. Best possible availability and reliability of the components are essential performance criteria, along with highly flexible adaptation to the particular turbine, ruggedness, and high energy efficiency of the electrical systems. You can rely on our expertise in our SIRIUS switching devices, which have proven in pitch and yaw systems.
As higher power classes are developed for wind turbines, the mechanical and electrical requirements placed on the system components also rise. This applies not only to the main components, such as generators and frequency converters, but also explicitly to auxiliary systems, such as pitch and yaw drives and the industrial controls. Best possible availability and reliability of the components are essential performance criteria, along with highly flexible adaptation to the particular turbine, ruggedness, and high energy efficiency of the electrical systems. You can rely on our expertise in our SIRIUS switching devices, which have proven in pitch and yaw systems.