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Greenwich
Greenwich
  • Disclaimer
  • What's New in Greenwich
  • Greenwich Overview
  • Greenwich Login and Account Management
  • Greenwich Fundamentals
  • Wind Resource Arrangement
  • Planning and Siting
  • Post-Assessment
  • Unit Project Design
  • Budget Estimation
  • Economic Evaluation
  • Feasibility Study
  1. Home
  2. Planning and Siting

    This chapter focuses on introducing knowledge of wind farm siting and turbine model selection in Greenwich, including mast data processing, map creation, CFD model simulation, wind farm layout design, AEP calculation, reliability prediction, noise calculation, and wind farm layout optimization.

  3. Map
  • Planning and Siting

    This chapter focuses on introducing knowledge of wind farm siting and turbine model selection in Greenwich, including mast data processing, map creation, CFD model simulation, wind farm layout design, AEP calculation, reliability prediction, noise calculation, and wind farm layout optimization.

    • Mast Data Processing
    • Map
      • Importing a Map

        This section is about how to import a map file into the project.

      • Creating a Terrain or Roughness Map based on Polygon

        If no map file is provided by customer or post-assessment team, or the terrain information in the map file is incomplete, you can create a terrain or roughness map file based on the polygon you draw.

      • Checking Terrain and Roughness

        Before micrositing, ensure the accurate contour and roughness information is embedded into the map, which is vital for the CFD forecast accuracy.

      • Testing Map

        The map file might consists of fault data. You should test the map data and correct the error. Or else, the convergence in CFD model calculation will be problematic.

      • Merging Map

        When the scope covered by the map is too limited to know about the terrain, you need to get more key topography knowledge around this map helping you better predict wind speed. The merging map function provided in Greenwich is able to merge the current map with the drawn map or public map library for topography information of larger scope.

      • Exporting Map
    • CFD Model
    • Wind Farm Layout Design
    • Wind Farm AEP Calculation
    • Reliability Prediction
    • Tower Optimization
    • Wind Farm Noise Calculation
    • Wind Farm Layout Optimization
    • Micrositing Report

Map

Map is the fundamental module for wind farm planning. With a refined map, the accuracy of calculation is distinctly enhanced.

In this section, you are introduced to the following contents:
  • Importing a Map
  • Creating a Terrain or Roughness Map based on Polygon
  • Checking Terrain and Roughness
  • Testing Map
  • Merging Map
  • Exporting Map
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