Wind Engineering
Finding Inspiration in Every Turn
Welcome to our wind resource assessment services, where we in-depth analysis of long-term meteorological data integrate on-site measurements. Our advanced CFD modeling captures wind flow behavior in complex terrains, ensuring precise turbulence and wind shear. With a focus on turbine selection and structural design, our robust energy yield predictions incorporate estimates and uncertainty quantification, delivering bankable reports for your wind farm development and financing needs. Let us help you harness the power of wind energy effectively and efficiently.
Wind Farm Design & Development
We provide end-to-end support for designing wind energy projects, starting from regional prospecting and climate modeling to turbine selection and optimized layout design. By integrating high-resolution simulations with expert engineering judgment, we help developers make confident, data-driven decisions at every stage of project development.
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Wind resource prospecting and desktop studies
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High-resolution WRF mesoscale modeling for site-specific wind climatology
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Site selection and environmental condition assessment
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Extreme wind speed analysis for structural design (IEC standards)
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Turbine selection tailored to site conditions
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Wind farm layout optimization (WAsP, WindSim, CFD-based)
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Design of wind measurement campaigns (SODAR, LIDAR, metmast)
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Planning support for permitting and development stages
Wind Data Analysis & Energy Assessment
Accurate and reliable wind data is the foundation of every successful wind project. We apply advanced filtering, reconstruction techniques, and simulation models to ensure high-quality datasets and dependable energy yield estimates, even in challenging or data-sparse environments.
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Quality control and filtering of wind measurement data
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Reconstruction of missing or faulty data using AI and physics-informed models
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Wind shear, turbulence, and stability analysis
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Wind flow simulation over complex terrain (CFD, linear models)
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Long-term wind resource extrapolation and MCP methods
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Annual Energy Production (AEP) assessment with uncertainty analysis
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Custom modeling for hybrid or marine-integrated systems
Performance Analytics & Diagnostics
We support operational wind farms with deep performance analysis to identify inefficiencies, detect anomalies, and uncover root causes of underperformance. Our data-driven approach enhances asset reliability and helps maximize long-term energy output.
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SCADA and operational data analysis
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Power curve validation and yield comparison
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Root cause analysis of underperformance (echo, noise, turbulence, alignment)
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Detection of anomalies using AI and statistical methods
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Predictive maintenance insights from performance trends
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Custom technical reports and support for asset optimization