Labelling five-bus system power values

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The discussion revolves around confusion regarding the labeling of power values in Power Analysis diagrams, specifically active, reactive, and complex power. The user seeks clarification on the correctness of their Sg3 value and the calculation of Qg3. Additionally, there is a question about the significance of the 15kV value under the 800MVA rating and its application in solving power flow problems using various methods. A response highlights the importance of providing complete information for accurate assistance and references homework guidelines for better clarity. The user is encouraged to reword their post for improved engagement and responses.
unseenmisfit
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I'm having trouble determining what the values are on my Power Analysis diagrams. I get confused with active power, reactive power, and complex power.
Can someone take a look at my attachment and tell me if I labeled the values correctly?
I'm mainly curious as to if my Sg3 value is correct and if I can calculate Qg3 in the way that I have.
And what does the 15kV, under the 800MVA, mean? How would I use that value when solving the power flow problem with Gauss-Seidel method, Newton-Ralphson method, or fast decouple method?
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Thanks for the post! Sorry you aren't generating responses at the moment. Do you have any further information, come to any new conclusions or is it possible to reword the post?
 
unseenmisfit said:
I'm having trouble determining what the values are on my Power Analysis diagrams. I get confused with active power, reactive power, and complex power.
Can someone take a look at my attachment and tell me if I labeled the values correctly?
I'm mainly curious as to if my Sg3 value is correct and if I can calculate Qg3 in the way that I have.
And what does the 15kV, under the 800MVA, mean? How would I use that value when solving the power flow problem with Gauss-Seidel method, Newton-Ralphson method, or fast decouple method?View attachment 74357
How can people check your work when the picture you attached has only part of the problem? Also, see the homework guidelines (https://www.physicsforums.com/threads/guidelines-for-students-and-helpers.686788/), especially 5 and 8.
 
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