Why is the voltage results from Phasor simulation different from Continuous simulation?

I am wondering why the voltages from the Phasor and Continuous are different.Please see more detail in the figure.

The voltage measurement from Three-phase V-I measurement is phase to phase.

1. The voltage from Continuous model is correct as per the voltage source.

2. The voltage fram Phasor model is different from the voltage source.

Anybody who knows the theory behind the Phasor simulation please advise.

Thanks,

Answer 1

[Naveen Venkata Krishnan]

Hello,

The following 2 links will give you clear idea about phasor mode of simulation

1 . https://www.youtube.com/watch?v=Rv2AdeLqpO0

2 . https://in.mathworks.com/help/physmod/sps/powersys/ug/introducing-the-phasor-simulation-method.html

Simply, if you are interested only in the changes in magnitude and phase of all voltages and currents when switches are closed or opened, you do not need to solve all differential equations (state-space model) resulting from the interaction of R, L, and C elements. You can instead solve a much simpler set of algebraic equations relating the voltage and current phasors. This is what the phasor solution method does.

[Nakaret Kano]

Thank you Naveen. I got the answer now. So the phasor simulation shows only the peak value of the continuous simulation.