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 | 1 | initial version |
Hi yes this is posible , is necesary use the ascc_currents ( you can see the API manual) this function return the short circuit current and you can save the result in a variable and that write in a excel file
In this example I a use for write the 3 phase fault and line to groun fault in a excel file:
rlst = pssarrays.ascc_currents(sid= system, all = 0, flt3ph = 1, fltlg = 1 )# take the short circuit result and save in the rlst variable
excelfile.setcell((filacont,4),rlst.flt3ph[i].ia.real/1000, numberFormat = '0.00') # here write the 3 phase fault ( rlst.flt3ph[i].ia.real/1000) in KA in a excel file ( for can use excel see in the API excelpy)
excelfile.setcell((filacont,5),rlst.fltlg[i].ia.real/1000, numberFormat = '0.00') # here write the line to groun fault ( rlst.fltlg[i].ia.real/1000) in KA in a excel file
| | 2 | No.2 Revision |
Hi
Hi
yes this is posible , is necesary use the ascc_currents ( you can see the API manual) this function return the short circuit current and you can save the result in a variable and that write in a excel file
In this example I a use for write the 3 phase fault and line to groun fault in a excel file:
rlst = pssarrays.ascc_currents(sid= system, all = 0, flt3ph = 1, fltlg = 1 )# take the short circuit result and save in the rlst variable
excelfile.setcell((filacont,4),rlst.flt3ph[i].ia.real/1000, numberFormat = '0.00') # here write the 3 phase fault ( rlst.flt3ph[i].ia.real/1000) in KA in a excel file ( for can use excel see in the API excelpy)
excelfile.setcell((filacont,5),rlst.fltlg[i].ia.real/1000, numberFormat = '0.00') # here write the line to groun fault ( rlst.fltlg[i].ia.real/1000) in KA in a excel file
