MAXIMIZE ASSET HEALTH AND PERFORMANCE WITH AI.
GAIN CLARITY WITH LESS DISTRACTION.
GET FULL CONTEXT IN ONE ALARM.
Reduce monitoring efforts with a self-improving AI system that detects emerging faults early and assesses anomalies like a seasoned engineer. Get notified when it matters to minimize downtime and optimize performance.
Each alert comes with comprehensive AI reports, including plots, benchmarks, and status codes, providing everything you need for accurate and effective issue prioritization and resolution.
ACT EARLY, MINIMIZE DOWNTIME.
By detecting anomalies as they occur, you gain the speed and insights necessary to safeguard asset health and minimize downtime.
ENGINEER-LEVEL ALARM ASSESSMENT
Turbit AI assesses anomaly relevance with the expertise of a seasoned technical operator, providing clear insights to help you focus on what matters most.
AUTOMATIC ROOT CAUSE CLASSIFICATION & ANALYSIS
Provides in-depth insights into the cause of anomalies, enabling precise and effective troubleshooting.
AI REPORTS
Get comprehensive reports with each alert, including relevant plots, benchmarks, and status codes for quick interpretation.
TURBIT AI INFRASTRUCTURE.
The four steps of Turbit’s fully automated and self-improving AI infrastructure.
1. Data Engineering
Raw Data Collection
Data Lake and Warehouse
Data Streaming
2. Anomaly Detection
Training Data Set
Deep NN* predict normal behaviour
Outlier Detection
3. Classification
Anomaly Classification
Failure Mode Prediction
Relevance Prediction
4. Feedback
Customer Feedback Functionalities
Communication
with Service
Reporting & Analytics Tools
*NN: Neural Networks
Retraining NN
Failure Database
TURBIT AI MODULES.
Modules are based on the Turbit AI infrastructure.
Power
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Detect underperformances up to +- 30 kWss
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​Monitor long-term power degradation or improvements
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Automatic and highly accurate AI loss calculation
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Turbit AI can handle complex sound reduction curves
Label Prediction
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Get AI relevance predictions of Turbit events
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Automated event prioritization by AI
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Get automated failure mode predictions by AI
Gearbox
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Temperature monitoring of bearings, coolers and oil
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Oil pressure monitoring
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Generator
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Temperature monitoring of bearings and coolers​
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CLASSIC MONITORING.
Benchmarking
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Opt-In to our Benchmarking and compare your data with more than 7000 anonymized data years from Trubit.
Yaw Monitoring
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Identify and monitor yaw misalignments and potentially increase up to 3 % annual energy production.
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Requires "high frequency data" package
Bat Monitoring
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Get alarmed immediately, if bat control is not working correctly.
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Turbit deals with the most complex rules from night tenth till hysteresis rules.
API & INTEGRATIONS.
Turbit API
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Temperature monitoring of the rotor bearing​
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​Real-time event reporting via e-mail
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Technical support
OPC/IEC Connections
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Yaw Error Analysis for fixed environemntal conditions​
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3D yaw error plot as a function of dynamic environemntal conditions​
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Calibration support
2nd level SCADA
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Full integration to Rotorsoft, WIS, Greenbyte, Bax Energy, Bazefield, WEO, and many more.
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Get Turbit events and cases directly pushed into your system.​​
High frequency data
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Connection and long time storage of 60s or 1s data
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High frequency data is available to all of Turbit's AI and analytics tools.