Engineering and Construction
Matlab coding correction for Electrical synchronous generator assignment
1.Put this graph in one figure, use “subplot” function.
2.For each signal Vg, VI, Ig, put envelope curve – find maximum and
minimum from signal and lead the line through this points, you can use
“find” function or any other.
3.Find maximum and minimum of envelope VI, read time value for each max,
and min.
4.For time value which you found (3) read value of current Ig, and voltage
Vg.
5.Calculate direct (for max of VI) and quadrature (for min of VI)reactance
For all task you will find matlab function in Matlab Help
1. You should plot only Vi, Vg, Ig after read data into Matlab workspace,
without any other calculations. Task almost done.
2. Do calculations for envelope curve, explanation between lines 19-26 in matlab file .
3- read every thing and every notes which written in the matlab file with (%) symbol and do correct them.
4. Find max and min values of induced voltage envelope line.(see the picture attached in the file )
5. Calculate direct (for max of VI) and quadrature (for min of
VI)reactance.}
0.Read into Matlab WorkSpace data from measurements (this has been done).
1.Put this graph in one figure, use “subplot” function.
2.For each signal Vg, VI, Ig, put envelope curve – find maximum and
minimum from signal and lead the line through this points, you can use
“find” function or any other.
3.Find maximum and minimum of envelope VI, read time value for each max,
and min.
4.For time value which you found (3) read value of current Ig, and voltage
Vg.
5.Calculate direct (for max of VI) and quadrature (for min of VI)reactance
For all task you will find matlab function in Matlab Help.}}}}
1. You should plot only Vi, Vg, Ig after read data into Matlab workspace,
without any other calculations. Task almost done.
2. Do calculations for envelope curve, explanation between lines 19-26 in matlab file .
3- read every thing and every notes which written in the matlab file with (%) symbol and do correct them.
4. Find max and min values of induced voltage envelope line.(see the picture attached in the file )
5. Calculate direct (for max of VI) and quadrature (for min of
VI)reactance.}