Simulation of 4 QC rectifier using SPWM (Sine wave PWM) in SIMULINK (MATLAB)
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Description
Experience Level: Entry
Hello,
I am looking for a person for Simulink (MATLAB) model development with a good electrical background. I want to develop a model for 4 quadrant rectifier, using SPWM (Sine wave pulse width modulation) control.
We can use the simscape library in Simulink.
Description of the model
1. The input to the rectifier must be single phase transformer with below parameters.
Transformer parameters, where we can neglect the magnetizing impedance.
i. Primary to the secondary winding ratio: 26.69
ii. Primary voltage: 25kV, 50Hz
iii. Transformer leakage inductance referred to the primary side: 1.539H
iv DC link Cap: 8000uF
v. Transformer leakage resistance referred to the primary side: 57.416 ohms
Nominal DC link voltage (That needs to be maintained)
1800V
2. We need to use IGBT (Parameters can be user defined)
3. PID Control can be use
Please feel free to ask if any further information required. We are also open for suggestions. Its college project so i have a deadline.
Thank you
with regards
I am looking for a person for Simulink (MATLAB) model development with a good electrical background. I want to develop a model for 4 quadrant rectifier, using SPWM (Sine wave pulse width modulation) control.
We can use the simscape library in Simulink.
Description of the model
1. The input to the rectifier must be single phase transformer with below parameters.
Transformer parameters, where we can neglect the magnetizing impedance.
i. Primary to the secondary winding ratio: 26.69
ii. Primary voltage: 25kV, 50Hz
iii. Transformer leakage inductance referred to the primary side: 1.539H
iv DC link Cap: 8000uF
v. Transformer leakage resistance referred to the primary side: 57.416 ohms
Nominal DC link voltage (That needs to be maintained)
1800V
2. We need to use IGBT (Parameters can be user defined)
3. PID Control can be use
Please feel free to ask if any further information required. We are also open for suggestions. Its college project so i have a deadline.
Thank you
with regards
Suyash B.
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