Noise reduction in wind turbines
Wind turbines generate environmentally friendly power, but are often rather unpopular with their residents in the neighborhood, as they also generate noise. One of the noise sources in wind turbines is the drive train. In particular, gears and generators create noise. In order to minimize this noise, different measures can be taken. To measure these oscillations and evaluate the effectiveness of noise reduction measures, acceleration sensors from Micro-Epsilon are used. Wind turbines generate environmentally friendly power, but are often rather unpopular with their residents in the neighborhood, as they also generate noise. One of the noise sources in wind turbines is the drive train. In particular, gears and generators create noise. In order to minimize this noise, different measures can be taken. To measure these oscillations and evaluate the effectiveness of noise reduction measures, acceleration sensors from Micro-Epsilon are used.
Wind turbines generate environmentally friendly power, but are often rather unpopular with their residents in the neighborhood, as they also generate noise. One of the noise sources in wind turbines is the drive train. In particular, gears and generators create noise. In order to minimize this noise, different measures can be taken. To measure these oscillations and evaluate the effectiveness of noise reduction measures, acceleration sensors from Micro-Epsilon are used. Wind turbines generate environmentally friendly power, but are often rather unpopular with their residents in the neighborhood, as they also generate noise. One of the noise sources in wind turbines is the drive train. In particular, gears and generators create noise. In order to minimize this noise, different measures can be taken. To measure these oscillations and evaluate the effectiveness of noise reduction measures, acceleration sensors from Micro-Epsilon are used.
Application challenge
Wind turbines generate environmentally friendly power, but are often rather unpopular with their residents in the neighborhood, as they also generate noise. One of the noise sources in wind turbines is the drive train. In particular, gears and generators create noise. In order to minimize this noise, different measures can be taken. To measure these oscillations and evaluate the effectiveness of noise reduction measures, acceleration sensors from Micro-Epsilon are used.
Measurement method and system
Wind turbines generate environmentally friendly power, but are often rather unpopular with their residents in the neighborhood, as they also generate noise. One of the noise sources in wind turbines is the drive train. In particular, gears and generators create noise. In order to minimize this noise, different measures can be taken. To measure these oscillations and evaluate the effectiveness of noise reduction measures, acceleration sensors from Micro-Epsilon are used.
The problem
Wind turbines generate environmentally friendly power, but are often rather unpopular with their residents in the neighborhood, as they also generate noise. One of the noise sources in wind turbines is the drive train. In particular, gears and generators create noise. In order to minimize this noise, different measures can be taken. To measure these oscillations and evaluate the effectiveness of noise reduction measures, acceleration sensors from Micro-Epsilon are used.
The method
Wind turbines generate environmentally friendly power, but are often rather unpopular with their residents in the neighborhood, as they also generate noise. One of the noise sources in wind turbines is the drive train. In particular, gears and generators create noise. In order to minimize this noise, different measures can be taken. To measure these oscillations and evaluate the effectiveness of noise reduction measures, acceleration sensors from Micro-Epsilon are used.