Why Asset Managers profit from Turbit
Work with a single source of truth
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Identical wind turbines may have varying performances within the same park. Turbit AI leverages historical SCADA data to understand the unique characteristics of each wind turbine.
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Enhance manufacturer reference power curves with real-time weather conditions and compare them with Turbit's AI-generated power curves.
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Elevate critical discussions and make informed decisions with precise reports during monthly meetings with technical operations and service teams.
Monitor Main and Sub Components
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Turbit AI transforms SCADA data into valuable insights far beyond basic descriptive methods. No additional hardware sensors are required, relying solely on OEM-provided data. Avoid unexpected breakdowns caused by wear and tear. Enhance decision-making by taking a deep dive into issues and considering contextual information like service history.
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Evaluate the need for on-site analysis or immediate action such as regreasing, flushing, or ordering spare parts.
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Track and measure the impact of your actions with ease, enabled by Turbit's comprehensive analytics at your fingertips.
Optimize wind parks with conviction
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Turbit AI uses historical SCADA data from the last several years to train neural networks and understand the normal performance behavior of each wind turbine at a specific site (refer to How it Works). After implementing optimization measures, Turbit AI compares newly generated SCADA data with simulations based on previously trained models (historic SCADA data).
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Quantify the increase in yield resulting from retrofitting efforts like trailing edge serrations or vortex generators, as well as changes in yaw and pitch parameterization. Gain a clear understanding of the impact of your optimization measures.
Work with an AI Operating System
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Turbit AI is an operating system to reduce OPEX and increase yield per wind turbine. If your strategy fits into the following criteria, you should talk to us:
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Massively expand your portfolio in the coming years
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Optimize the performance of newly commissioned wind farms
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Operate wind turbines for as long as possible
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Increase efficiency and automation
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Implement predictive maintenance for wind turbines