Develop Wind Turbine Model for Electricity Generation

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Discussion Overview

The discussion revolves around developing a wind turbine model for electricity generation, focusing on simulation based on local atmospheric conditions. Participants explore various factors and parameters that influence the modeling process.

Discussion Character

  • Exploratory, Technical explanation, Homework-related

Main Points Raised

  • One participant requests clarification on the specifics of the wind turbine model needed for the project.
  • Another participant emphasizes the importance of local atmospheric conditions in designing the turbine and generating power.
  • A suggestion is made to consider multiple modeling approaches, such as using Matlab for theoretical outputs or Computational Fluid Dynamics (CFD) for analyzing blade and wind interactions.
  • A list of parameters for modeling is proposed, including wind speed, height from the ground, rotor size, turbine swept area, power coefficient, air density, blade diameter, and dew point temperature.
  • Resources are shared for further exploration, including websites that provide information on building wind turbines and graphs related to power generation at various wind speeds and rotor RPMs.

Areas of Agreement / Disagreement

Participants generally agree on the need for specificity in the modeling approach and the importance of considering various parameters, but no consensus on a singular modeling method or framework is reached.

Contextual Notes

The discussion highlights the complexity of wind turbine modeling, with various assumptions and parameters that may influence the outcomes. Specific mathematical steps or definitions are not fully resolved.

Who May Find This Useful

Students and researchers interested in renewable energy, wind turbine design, and simulation modeling may find this discussion relevant.

Oseun
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How do i develop a wind turbine model for electricity generation.
 
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Welcome to PF.

The question seems too broad - could you elaborate on what you need or be more specific please.
 
Its a project topic i was given by my supervisor.He wants me to come up with a wind turbine model meant to be simulated taking the atmospheric conditions of my university as a case study
 
There are a lot of factors to consider, as russ said you'll need to be far more specific.

The turbine design will be based on the local atmospheric conditions and power generation will be based on available power input - which is answered by the first.
 
A model of what though. What parameters are you modelling?

Eg. You can develop a Matlab model using cefficient and variable inputs to give a theroretical output. You could use CFD with the conditions to get a profile of the interaction between the blades and the wind.

The list can go on almost forever.
 
The following parameters are to be considered; wind speed,height from the ground,rotor size,turbine swept area,power coefficient,air density,blade diameter,dew point temperature and others you might feel are necessary.
 
You can go to http://www.mindchallenger.com/wind
to see what goes into building a wind turbine. I have some graphs showing power generation at various wind speeds and rotor rpms.

you can then go to http://www.fieldlines.com which is a site dedicated to RE and wind turbines. If you go through the threads these questions are answered.
 

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