First time here? We are a friendly community of Power Systems Engineers. Check out the FAQ!
1 | initial version |
The calculation of FVSI is based on steady state network conditions. The case after a dynamic simulation cannot be used for steady state activities. There is a need to 'de-convert' a dynamic case before using steady state PSSe activiteis.
For your study, you have to 'de-convert' the case at the end of the dynamic simulation before the FVSI calculation.
To de-converter a dynamic case:
1- From the steady state case used to run the dynamic simulation, take note of the swing bus (type 3)
2- At the end of the dynamic simulation, save the case as RAW file.
3 - Edit the RAW to change the bus type of the swing bus using data in (1)
4- Load the modified RAW file. Solve it. (Save it as *.SAV)
5- Case is ready for steady state activites.
2 | No.2 Revision |
The calculation of FVSI is based on steady state network conditions. The case after a dynamic simulation cannot be used for steady state activities. There is a need to 'de-convert' a dynamic case before using steady state PSSe activiteis.activities.
For your study, you have to 'de-convert' the case at the end of the dynamic simulation before the FVSI calculation.
To de-converter a dynamic case:
1- From the steady state case used to run the dynamic simulation, take note of the swing bus (type 3)
2- At the end of the dynamic simulation, save the case as RAW file.
3 - Edit the RAW to change the bus type of the swing bus using data in (1)
4- Load the modified RAW file. Solve it. (Save it as *.SAV)
5- Case is ready for steady state activites.activities.
3 | No.3 Revision |
The calculation of FVSI is based on steady state network conditions. The case after a dynamic simulation cannot be used for steady state activities. There is a need to 'de-convert' a dynamic case before using steady state PSSe activities.
For your study, you have to 'de-convert' the case at the end of the dynamic simulation before the FVSI calculation.
To de-converter a dynamic case:
1- From the steady state case used to run the dynamic simulation, take note of the swing bus (type 3)
2- At the end of the dynamic simulation, save the case as RAW file.
3 - Edit the RAW to change the bus type of the swing bus using data in (1)
4- Load the modified RAW file. Solve it. (Save it as *.SAV)
5- Case is ready for steady state activities.
Search for the post "whats wrong with this fvsi program?" to get a link to my google site and download the fvsi code.