Location:	LAMPUNG
Engineer:	
Study Case:   SC
12.6.0H
Page:	1 
SN:    	
Filename:	ULUBELU PROJECT~
Project:	ULUBELU 3&4 GEOTHERMAL 
ETAP
Contract:	  
Date:	22-08-2018 
Revision:	Base
Config.: 	2 Normal Ope
Short-Circuit Summary Report
3-Phase, LG, LL,  LLG Fault Currents
ID
kV
Bus
I"k
ip
Ik
I"k
I"k
Ik
ip
ip
I"k
Ib
Ib
Ib
3-Phase Fault
Line-to-Ground Fault
Line-to-Line Fault
*Line-to-Line-to-Ground
Ik
ip
Ik
BUS INCOMING TO CLS-C
 6.300
 13.201
 32.233
 10.152
 0.110
 0.268
 0.110
 0.110
 11.291
 27.570
 11.291
 11.291
 27.637
 11.319
 11.319
 11.319
All fault currents are in rms kA.  Current ip is calculated using Method C.

* LLG fault current is the larger of the two faulted line currents.

Location:	LAMPUNG
Engineer:	
Study Case:   SC
12.6.0H
Page:	2 
SN:    	
Filename:	ULUBELU PROJECT~
Project:	ULUBELU 3&4 GEOTHERMAL 
ETAP
Contract:	  
Date:	22-08-2018 
Revision:	Base
Config.: 	2 Normal Ope
Sequence Impedance Summary Report
ID
kV
Bus
Resistance
Reactance
Impedance
Positive Seq. Imp.  (ohm)
Negative Seq. Imp.  (ohm)
Resistance
Reactance
Impedance
Zero Seq. Imp.  (ohm)
Resistance
Reactance
Impedance
Fault Zf  (ohm)
Resistance
Reactance
Impedance
BUS INCOMING TO CLS-C
 6.300
 0.03879
 0.30059
 0.30308
 109.14730
 0.36051
 109.14790
 0.03602
 0.30859
 0.31068
 0.00000
 0.00000
 0.00000