I would like to know how the result of this function works, because I applied it to an IEEE 123 bus network, and it gave me the values of the magnitude and its angle, however, from what I could see it also included the same magnitude but with a lag in the angle. So in this case I would also like what these values represent
Well, I would say you need to check the user manual on page 54. Every element has 2 or more terminals, the phase angle represents if they are entering or leaving the element. So if you have a current entering a line through terminal 1, the same current leaves the line through terminal 2 with the same magnitude but different sign in the frequency domain, the sign is dictated by the phase angle (phasors).
Best regards
Davis
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I would like to know how the result of this function works, because I applied it to an IEEE 123 bus network, and it gave me the values of the magnitude and its angle, however, from what I could see it also included the same magnitude but with a lag in the angle. So in this case I would also like what these values represent
Hello,
Well, I would say you need to check the user manual on page 54. Every element has 2 or more terminals, the phase angle represents if they are entering or leaving the element. So if you have a current entering a line through terminal 1, the same current leaves the line through terminal 2 with the same magnitude but different sign in the frequency domain, the sign is dictated by the phase angle (phasors).
Best regards
Davis