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Integrated Condition Monitoring (ICM) for wind turbines.

Here you will find information about the basics of ICM, its advantages and how you can implement cost-effective rotor blade monitoring with our innovative strain gauge sensor.

Revolutionary technology for wind turbines

Continuous status
surveillance

Integrated Condition Monitoring (ICM) is revolutionizing rotor blade monitoring for wind turbines. This innovative technology enables continuous condition monitoring, detecting damage early and increasing turbine availability.

Optimization of plant operation

The benefits are obvious: minimizing downtime risks, reducing maintenance costs, and increasing energy efficiency. With ICM Wind, you optimize the operation of your wind turbines and secure your investments for the long term.

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What is Integrated Condition Monitoring for wind turbines?

Comprehensive component monitoring

ICM captures not only the condition of the drivetrain, but also of the bearings, rotor blades, and other critical components. This comprehensive approach ensures a complete overview of the asset's health.

Data correlation for optimized control

By correlating measurement and operating data, anomalies can be detected early and incorporated into the control algorithms. This leads to optimized turbine control and improves the overall performance of the wind turbine.

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Advantages of Integrated Condition Monitoring

Optimized maintenance
management

Optimization of maintenance plans and costs Possibility of predictive maintenance Extension of the service life of wind turbines.

Improved plant performance and reliability

Increased plant availability through early fault detection, reduction of unplanned downtime, improvement of energy efficiency.

Economic benefits

Cost savings in system costs and installation Long-term reduction in operating costs.

These advantages make ICM a valuable investment for wind farm operators who want to increase their plant efficiency and reduce costs.

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