Solutions — Parametrica

Wind Energy

Offshore & Onshore Wind Energy Consulting

End-to-end wind energy consulting, from early-stage resource characterization through operational optimization. Our approach combines physics-based modeling with data-driven methods to minimize uncertainty and maximize energy capture.

Resource Assessment & Energy Yield Analysis Comprehensive wind resource characterization using mesoscale and microscale modeling, measurement campaigns, and long-term correlation methods.
Wake Modeling & Impact Studies High-fidelity wake simulations to optimize turbine layout and quantify inter-farm wake effects for both onshore and offshore arrays.
Extreme Weather & Resilience Analysis Assessment of climate hazards — including tropical cyclones, extreme wind shear, and icing — on turbine structural integrity and energy production.

Computational Modeling

CFD & High-Fidelity Modeling

State-of-the-art computational fluid dynamics for complex flow problems in atmospheric and marine environments. Extensive experience with large-eddy simulation (LES), Reynolds-averaged Navier–Stokes (RANS), and hybrid approaches.

CFD Simulations for Wind Energy From single-turbine aerodynamics to plant-scale flow modeling using tools like AMR-Wind, OpenFOAM, and custom solvers.
Atmospheric Boundary Layer Modeling High-resolution simulations of terrain effects, thermal stratification, and turbulent transport in complex environments.
Environmental & Marine Flows Air-sea interaction modeling, wave-current coupling, and coastal wind resource studies for offshore energy development.

Data Science

Data Analytics & Model Development

Turning raw operational and environmental data into actionable intelligence. Whether you need to diagnose underperformance, forecast production, or build custom analytical tools, we bring domain expertise and modern data science.

Wind Resource & Operational Data Analytics SCADA analysis, power curve validation, availability studies, and long-term production forecasting.
Custom Models & Tools Development of bespoke analytical frameworks, machine learning models, and decision-support dashboards tailored to your specific needs.

Our Toolchain

Built on Open-Source, Trusted by Industry

We use the same tools developed and validated at national laboratories and adopted by leading OEMs — transparent, auditable, and bankable.

OpenFAST

NREL's aero-hydro-servo-elastic simulator for wind turbine design and certification. The industry reference for turbine-level load analysis.

FAST.Farm

Mid-fidelity, multi-turbine wake modeling that captures dynamic wake meandering and turbine-turbine interaction at plant scale.

WRF

The Weather Research and Forecasting model — mesoscale atmospheric simulation for site-specific wind resource characterization and extreme event analysis.

AMR-Wind

ExaWind's GPU-accelerated LES solver for high-fidelity wind farm simulations with adaptive mesh refinement.

OpenFOAM

Versatile open-source CFD framework for atmospheric boundary layer modeling, terrain flows, and custom solver development.

Python & ML

Custom analytics pipelines, machine learning models, and decision-support tools built with modern data science frameworks.

Our Solutions