Mechanical load -0.5 Vf source Pm Rate Limiter Vf(pu) >= 0.99 IS) 400 V; 50 Hz Synchronous M achine pu Fundamental 60 kVA 400 V 50 Hz Three-Phase Breaker Latch R_start Vabc 5kW From Vabc machine...

This simulation is starting synchronous motor for matlab 2012 I want to know how I can measure the power factor in this figure

Mechanical load<br>-0.5<br>Vf source<br>Pm<br>Rate Limiter<br>Vf(pu)<br>>= 0.99 IS)<br>400 V; 50 Hz<br>Synchronous M achine<br>pu Fundamental<br>60 kVA 400 V 50 Hz<br>Three-Phase Breaker<br>Latch<br>R_start<br>Vabc<br>5kW<br>From<br>Vabc machine<br><Stator current<br><Rotor speed wm (pu)><br>Electromagnetic torque Te (pu)><br><Feld current iti (pu)><br>Vf(pu)<br>Apply feld voltage<br>Scope<br>Continuous<br>Starting a Synchronous Motor<br>?<br>powergui<br>Double click for info<br>

Extracted text: Mechanical load -0.5 Vf source Pm Rate Limiter Vf(pu) >= 0.99 IS) 400 V; 50 Hz Synchronous M achine pu Fundamental 60 kVA 400 V 50 Hz Three-Phase Breaker Latch R_start Vabc 5kW From Vabc machine Electromagnetic torque Te (pu)> Vf(pu) Apply feld voltage Scope Continuous Starting a Synchronous Motor ? powergui Double click for info

Jun 11, 2022

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Mechanical load -0.5 Vf source Pm Rate Limiter Vf(pu) >= 0.99 IS) 400 V; 50 Hz Synchronous M achine pu Fundamental 60 kVA 400 V 50 Hz Three-Phase Breaker Latch R_start Vabc 5kW From Vabc machine...

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