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I have a problem with the ACCC OVERLOAD REPORT. When I do a ACCC, the value of flows for the branches is not the value in the metered side of the branch or the largest flow. I think that the side of the value is arbitrary. I need to know the largest value to calculate overloads with python. Can you help me?

Thanks in advance!

Pablo Nicolás

I have a problem with the ACCC OVERLOAD REPORT. When I do a ACCC, the value of flows for the branches is not the value in the metered side of the branch or the largest flow. I think that the side of the value is arbitrary. I need to know the largest value to calculate overloads with python. Can you help me?

The code is:

ierr = psspy.dfax([0,1],subfile,monfile,confile,dfxfile)
ierr = psspy.acccwithdsp2(f,[0,0,0,1,1,0,0,0,0,0],r"""ASTURIAS""",dfxfile,accfile,"","") sumry = pssarrays.acccsummary(accfile=accfile) rate = sumry.rating.a for lbl in sumry.colabel: rlst = pssarrays.acccsolution(accfile=accfile,colabel=lbl,stype=stype_cnt, busmsm=busmsm,sysmsm=sysmsm) for i in range(len(rlst.mvaflow)): mvaflow = rlst.mvaflow[i]

Thanks in advance!

Pablo Nicolás

I have a problem with the ACCC OVERLOAD REPORT. When I do a ACCC, the value of flows for the branches is not the value in the metered side of the branch or the largest flow. I think that the side of the value is arbitrary. I need to know the largest value to calculate overloads with python. Can you help me?

The code is:

ierr = psspy.dfax([0,1],subfile,monfile,confile,dfxfile) 
 
ierr = psspy.acccwithdsp2(f,[0,0,0,1,1,0,0,0,0,0],r"""ASTURIAS""",dfxfile,accfile,"","") psspy.accc_with_dsp_2(_f,[0,0,0,1,1,0,0,0,0,0],r"""ASTURIAS""",dfxfile,accfile,"","")

sumry = pssarrays.acccsummary(accfile=accfile)
pssarrays.accc_summary(accfile=accfile)

rate = sumry.rating.a
 for lbl in sumry.colabel:
         rlst  = pssarrays.acccsolution(accfile=accfile,colabel=lbl,stype=stype_cnt, pssarrays.accc_solution(accfile=accfile,colabel=lbl,stype=stype_cnt, busmsm=busmsm,sysmsm=sysmsm)
         for i in range(len(rlst.mvaflow)):
            mvaflow = rlst.mvaflow[i]
rlst.mvaflow[i]