- Starting A Synchronous Motor Using Damper Windings Open Matlab Print In The Command Power Smstarting As Shown In Fig Co 1 (23.98 KiB) Viewed 76 times
- Starting A Synchronous Motor Using Damper Windings Open Matlab Print In The Command Power Smstarting As Shown In Fig Co 2 (33.44 KiB) Viewed 76 times
- Starting A Synchronous Motor Using Damper Windings Open Matlab Print In The Command Power Smstarting As Shown In Fig Co 3 (15.37 KiB) Viewed 76 times
- Starting A Synchronous Motor Using Damper Windings Open Matlab Print In The Command Power Smstarting As Shown In Fig Co 4 (34.54 KiB) Viewed 76 times
Starting a Synchronous Motor using damper windings Open MATLAB Print in the command power_smstarting as shown in fig. Command Window >> power_smstarting fx
05 Continuous powergui 0 V source Pm V p) -0.90 С с 400 V, 50 Hz Synchronous Machine pu Fundamental 60 KVA 400 V 50 HZ R_start Vabc W- 5 kW Vabc machine Stator current <Rotor speed wm (pul Electromagnetic torque Te (pup <Field current id pulp V p) Apply field voltage Starting a Synchronous Motor
. Add Bus selector block for analysis of mechanical rotor speed, active and reactive power of generator. Three-phase parallel load block voltage 11KV, 40MW and 15MVAr.
2) Open the synchronous machine block and in the parameters tap change the value of damper winding resistor to le8 , Simulate the model and Discuss the rotor speed figure. 3) repeat (2), but now change both the rotor resistor and the damper winding resistor to le8 . Simulate the model and Discuss the rotor speed figure.