WIND FARM MODEL CONSTRUCTION

Accurate simulations and modeling to maximize production and optimize wind farm layouts.

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O que é e por que é essencial

A construção de um modelo de parque eólico é a base para decisões assertivas em qualquer projeto de geração de energia. Ao integrar dados meteorológicos, topográficos e de performance das turbinas, é possível prever a produção anual de energia (AEP), otimizar o posicionamento das máquinas e identificar interferências aerodinâmicas que impactam a eficiência.

Na NewCo, aplicamos metodologias reconhecidas internacionalmente para transformar dados brutos em previsões confiáveis, reduzindo riscos e aumentando o retorno sobre o investimento. Nossas análises garantem que cada turbina opere nas condições ideais, extraindo o máximo potencial de geração ao longo de toda a vida útil.

MODELING PROCESS

1. Data Collection and Processing

We gather wind histories, measurements from anemometric towers, and detailed geographic information to ensure the quality and representativeness of the database.

2. Preliminary Layout Configuration

We position the turbines considering minimum distances, access routes, topography, and environmental restrictions.

3. Performance Simulation

We use CFD modeling (Computational Fluid Dynamics) and wake loss calculations to predict production across different scenarios.

4. Iterative Optimization

We adjust the layout through multiple simulations, aiming to maximize AEP and reduce critical structural loads.

5. Technical Validation

We review the results according to IEC standards, ensuring compatibility with the selected equipment and certification requirements.

TOOLS AND METHODOLOGIES

We combine specialized software for aerodynamic and energy modeling with proprietary calculation routines developed by the NewCo team. This approach ensures greater accuracy in estimates and flexibility to simulate different park configurations — from medium-sized onshore projects to large-scale offshore complexes.

The integration of real data, numerical simulation, and technical validation results in models that accurately represent the expected behavior of the wind farm in operation.

DIRECT BENEFITS

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Maximization of Energy Production (AEP)

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Reduction of Losses Due to Aerodynamic Interference

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Technical Support for Financing and Approvals

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Realistic Forecasts of Operational Performance

TURN DATA INTO ENERGY WITH A PRECISE MODEL OF YOUR WIND FARM

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