Wind Turbine Simulator experiment-formula needed

[surin]

Homework Statement

I did an experiment on a wind turbine simulator

I'm am doing an assignment and I need to draw up a prediction on what I think will happen

I am trying to find a Formula where I can put in the input values ie 1500rpm,

Excitation voltage, Hz .so that I can put in these values and I can make a prediction on the

output voltage or power for the inputed values

Homework Equations

The generator has 4 poles and is rated 1500rpm

A motor starts the generator and is set to 50 HZ

We then give the generator different excitation voltages ie 10,20,30volts

I then take the output Voltages from a display

The Attempt at a Solution

So far from the results of the experiment I am able to tell that higher the excitation voltage

the higher the output voltage or power

I also put in a graph from an actual Wind turbine With Wind speed in respect to power, which

shows the faster the wind speed the more power out until it starts to level off.

 

[Valkarie]

I am trying to formulate a formula which I can put in the input values and it will give me an estimate of what the output voltage or power will be.

 

[Mene]

Based on the information provided, it seems like you are trying to find a mathematical formula that relates the input parameters (rpm, excitation voltage, frequency) to the output voltage or power of the wind turbine simulator. This type of formula is known as a transfer function, and it can be derived by analyzing the physical components and principles of the wind turbine.

One possible approach to finding this formula would be to start by breaking down the wind turbine into its individual components, such as the blades, generator, and motor. Then, you can use principles of physics, such as Faraday's law, to determine how each component contributes to the overall output voltage or power.

Alternatively, you may be able to find a pre-existing formula or transfer function that has already been developed for a similar type of wind turbine simulator. This could save you time and effort in deriving the formula yourself.

In any case, it is important to carefully consider the assumptions and limitations of the formula you use, and to validate it with experimental data. It may also be helpful to consult with a wind energy expert or reference materials on wind turbine design and operation to ensure the accuracy and relevance of your formula.