Data Science & Predictive Analytics
Transforming environmental and operational data into predictive intelligence.
Data - Insight - Advantage.
Built for Complex, Data-Driven Environments
Our analytics platform integrates environmental data, sensor inputs, and operational metrics into unified, AI-driven models that support forecasting, optimization, and decision-making.
AI-Driven Turbulence Intensity Analysis
Turbulence intensity (TI) is a critical parameter in wind resource assessment, directly impacting turbine loads, performance, and long-term asset reliability. Betz Group leverages advanced sensing systems and AI-driven analytics to deliver precise, high-resolution turbulence insights across both offshore and onshore environments.
High-Resolution Turbulence Measurement
Using LiDAR-based systems and integrated sensor networks, we capture detailed wind speed fluctuations across multiple heights and time scales. This enables accurate characterization of site-specific turbulence profiles, even in complex terrain or offshore conditions.
Impact on Turbine Performance & Loads
Turbulence intensity directly influences fatigue loading, power curve deviations, and wake interactions. Our analytics provide actionable insights to optimize turbine selection, layout design, and operational strategies.
Wake & Flow Interaction Insights
Advanced modeling enables visualization and prediction of wake-induced turbulence across wind farms. This allows developers and operators to minimize losses and improve overall energy yield.
Risk Reduction & Bankability
By improving the accuracy of turbulence characterization, Betz Group reduces uncertainty in energy production forecasts and structural loading assumptions – supporting financing, compliance, and long-term asset performance.
Turn Data Into a Strategic Advantage
OUR OTHER SOLUTIONS
Offshore Intelligence Leadership
