hasil etap
20
Location: Engineer: Study Case: LF 4.0.0C Page: 1 SN: KLGCONSULT Filename: yosh Project: ETAP PowerStation Contract: Date: 05-24-2015 Revision: Base Config.: Normal Electrical Transient Analyzer Program ETAP PowerStation Load Flow Analysis Loading Category: Design Number of Buses: Swing Generator Load Total Number of Branches: XFMR2 Reactor Line/Cable Impedance Tie PD XFMR3 Total 1 0 40 41 27 0 0 26 0 0 53 Load Diversity Factor: None Maximum No. of Iteration: 99 System Frequency: 60.00 Unit System: Metric Project Filename: yosh Output Filename: C:\ETAP 400\PowerStation\yosh\Unt itled.lf1 Precision of Solution: 0.000100 Method of Solution: Newton-Raphson Method
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hasil etap
Transcript of hasil etap
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Location:
Engineer:
Study Case: LF
4.0.0C
Page: 1
SN: KLGCONSULT
Filename: yosh
Project:
ETAP PowerStation
Contract:
Date: 05-24-2015
Revision: Base
Config.: Normal
Electrical Transient Analyzer Program
ETAP PowerStation
Load Flow Analysis
Loading Category: Design
Number of Buses:
Swing Generator Load Total
Number of Branches:
XFMR2 Reactor Line/Cable Impedance Tie PDXFMR3 Total
1 0 40 41
27 0 0 26 0 0 53
Load Diversity Factor: None
Maximum No. of Iteration: 99
System Frequency: 60.00
Unit System: Metric
Project Filename: yosh
Output Filename: C:\ETAP 400\PowerStation\yosh\Untitled.lf1
Precision of Solution: 0.000100
Method of Solution: Newton-Raphson Method
-
Location:
Engineer:
Study Case: LF
4.0.0C
Page: 2
SN: KLGCONSULT
Filename: yosh
Project:
ETAP PowerStation
Contract:
Date: 05-24-2015
Revision: Base
Config.: Normal
BUS Input Data
ID Type kV % Mag. Ang. MW Mvar MW Mvar MW Mvar Max. Min.
Bus Initial Voltage Generator Motor Load Static Load Mvar Limits
43.499 100.0 0.0 20.994 20.000Bus2 Load
25.200 100.0 0.0 12.205 20.000Bus3 Load
19.800 100.0 0.0 9.590 20.000Bus4 Load
39.700 100.0 0.0 19.203 20.000Bus5 Load
21.100 100.0 0.0 10.117 20.000Bus6 Load
16.600 100.0 0.0 8.167 20.000Bus7 Load
18.800 100.0 0.0 8.900 20.000Bus8 Load
47.800 100.0 0.0 23.354 20.000Bus11 Load
37.800 100.0 0.0 18.308 20.000Bus12 Load
30.700 100.0 0.0 14.844 20.000Bus13 Load
16.700 100.0 0.0 8.190 20.000Bus16 Load
22.300 100.0 0.0 10.852 20.000Bus17 Load
50.300 100.0 0.0 24.387 20.000Bus21 Load
41.800 100.0 0.0 20.143 20.000Bus22 Load
18.800 100.0 0.0 8.900 20.000Bus26 Load
27.000 100.0 0.0 13.080 20.000Bus27 Load
23.100 100.0 0.0 11.265 20.000Bus31 Load
24.500 100.0 0.0 11.815 20.000Bus32 Load
24.100 100.0 0.0 11.724 20.000Bus37 Load
10.400 100.0 0.0 4.909 20.000Bus38 Load
38.300 100.0 0.0 18.652 20.000Bus40 Load
16.400 100.0 0.0 8.120 20.000Bus42 Load
7.300 100.0 0.0 3.510 20.000Bus43 Load
23.801 100.0 0.0 11.446 20.000Bus44 Load
21.400 100.0 0.0 10.416 20.000Bus45 Load
25.600 100.0 0.0 12.297 20.000Bus46 Load
19.100 100.0 0.0 9.201 20.000Bus47 Load
100.0 0.0 150.000GI_BANTUL Load
100.0 0.0 150.000GI_BAWEN Load
100.0 0.0 150.000GI_GEJAYAN Load
100.0 0.0 150.000GI_GODEAN Load
100.0 0.0 150.000GI_KENTUNGAN Load
100.0 0.0 150.000GI_KLATEN Load
100.0 0.0 150.000GI_MEDARI Load
100.0 0.0 150.000GI_PEDAN Swing
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Location:
Engineer:
Study Case: LF
4.0.0C
Page: 3
SN: KLGCONSULT
Filename: yosh
Project:
ETAP PowerStation
Contract:
Date: 05-24-2015
Revision: Base
Config.: Normal
ID Type kV % Mag. Ang. MW Mvar MW Mvar MW Mvar Max. Min.
Bus Initial Voltage Generator Motor Load Static Load Mvar Limits
100.0 0.0 150.000GI_PURWOREJO Load
100.0 0.0 150.000GI_SANGGRAHAN Load
100.0 0.0 150.000GI_SEMANU Load
100.0 0.0 150.000GI_WATES Load
100.0 0.0 150.000GI_WIROBRAJAN Load
100.0 0.0 150.000GI_WONOSARI Load
344.587 0.000 711.895 Total Nunmber of Buses: 41 0.000 0.000 0.000
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Location:
Engineer:
Study Case: LF
4.0.0C
Page: 4
SN: KLGCONSULT
Filename: yosh
Project:
ETAP PowerStation
Contract:
Date: 05-24-2015
Revision: Base
Config.: Normal
LINE / CABLE Input Data
ID Library SizeT (C)
R X Y
Line/Cable Ohms or Mohs / 1000 m per Conductor (Cable) or per Phase (Line)
Length(m) #/Phase
Line1 38300.0 1 0.067400 75
Line2 38300.0 1 0.067400 75
Line5 25470.0 1 0.118300 75
Line6 25470.0 1 0.118300 75
Line7 64760.0 1 0.118300 75
Line8 64760.0 1 0.118300 75
Line9 27270.0 1 0.118300 75
Line10 10640.0 1 0.118300 75
Line11 37910.0 1 0.118300 75
Line12 7710.0 1 0.118300 75
Line13 12250.0 1 0.118300 75
Line14 19960.0 1 0.118300 75
Line17 76390.0 1 0.118300 75
Line18 34770.0 1 0.118300 75
Line19 34770.0 1 0.118300 75
Line20 22110.0 1 0.118300 75
Line21 22110.0 1 0.118300 75
Line24 5950.0 1 0.075400 75
Line25 5950.0 1 0.075400 75
Line26 6400.0 1 0.075400 75
Line27 6400.0 1 0.075400 75
Line28 25250.0 1 0.118300 75
Line29 25250.0 1 0.118300 75
Line30 23260.0 1 0.118300 75
Line34 39040.0 1 0.118300 75
Line35 39040.0 1 0.118300 75
Line / Cable resistances are listed at the specified temperatures.
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Location:
Engineer:
Study Case: LF
4.0.0C
Page: 5
SN: KLGCONSULT
Filename: yosh
Project:
ETAP PowerStation
Contract:
Date: 05-24-2015
Revision: Base
Config.: Normal
2-WINDING TRANSFORMER Input Data
ID MVA Prim. kV Sec. kV % Z X/R Prim. Sec.
Transformer % Tap Setting
% Tol.
Rating Z Variation
+ 5% - 5%
Phase Shift
Type Angle% Z
Adjusted
T1 30.000 150.000 20.000 7.750 23.7 0 0 0 0 0 Std Pos. Seq. 0.0 7.7500
T2 30.000 150.000 20.000 7.750 23.7 0 0 0 0 0 Std Pos. Seq. 0.0 7.7500
T3 60.000 150.000 20.000 9.500 34.1 0 0 0 0 0 Std Pos. Seq. 0.0 9.5000
T4 30.000 150.000 20.000 7.750 23.7 0 0 0 0 0 Std Pos. Seq. 0.0 7.7500
T5 30.000 150.000 20.000 7.750 23.7 0 0 0 0 0 Std Pos. Seq. 0.0 7.7500
T8 60.000 150.000 20.000 7.750 34.1 0 0 0 0 0 Std Pos. Seq. 0.0 7.7500
T9 60.000 150.000 20.000 7.750 34.1 0 0 0 0 0 Std Pos. Seq. 0.0 7.7500
T12 30.000 150.000 20.000 7.750 23.7 0 0 0 0 0 Std Pos. Seq. 0.0 7.7500
T13 30.000 150.000 20.000 7.750 23.7 0 0 0 0 0 Std Pos. Seq. 0.0 7.7500
T16 60.000 150.000 20.000 7.750 34.1 0 0 0 0 0 Std Pos. Seq. 0.0 7.7500
T17 60.000 150.000 20.000 7.750 34.1 0 0 0 0 0 Std Pos. Seq. 0.0 7.7500
T20 60.000 150.000 20.000 7.750 34.1 0 0 0 0 0 Std Pos. Seq. 0.0 7.7500
T21 60.000 150.000 20.000 7.750 34.1 0 0 0 0 0 Std Pos. Seq. 0.0 7.7500
T24 30.000 150.000 20.000 9.500 23.7 0 0 0 0 0 Std Pos. Seq. 0.0 9.5000
T25 30.000 150.000 20.000 9.500 23.7 0 0 0 0 0 Std Pos. Seq. 0.0 9.5000
T29 60.000 150.000 20.000 9.500 34.1 0 0 0 0 0 Std Pos. Seq. 0.0 9.5000
T30 20.000 150.000 20.000 9.500 18.6 0 0 0 0 0 Std Pos. Seq. 0.0 9.5000
T31 60.000 150.000 20.000 9.500 34.1 0 0 0 0 0 Std Pos. Seq. 0.0 9.5000
T35 60.000 150.000 20.000 9.500 29.5 0 0 0 0 0 Std Pos. Seq. 0.0 9.5000
T36 60.000 150.000 20.000 9.500 29.5 0 0 0 0 0 Std Pos. Seq. 0.0 9.5000
T38 60.000 150.000 20.000 9.500 34.1 0 0 0 0 0 Std Pos. Seq. 0.0 9.5000
T39 30.000 150.000 20.000 9.500 23.7 0 0 0 0 0 Std Pos. Seq. 0.0 9.5000
T40 16.000 150.000 20.000 9.500 18.6 0 0 0 0 0 Std Pos. Seq. 0.0 9.5000
T41 30.000 150.000 20.000 9.500 23.7 0 0 0 0 0 Std Pos. Seq. 0.0 9.5000
T42 60.000 150.000 20.000 9.500 34.1 0 0 0 0 0 Std Pos. Seq. 0.0 9.5000
T43 30.000 150.000 20.000 7.750 23.7 0 0 0 0 0 Std Pos. Seq. 0.0 7.7500
T44 30.000 150.000 20.000 7.750 23.7 0 0 0 0 0 Std Pos. Seq. 0.0 7.7500
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Location:
Engineer:
Study Case: LF
4.0.0C
Page: 6
SN: KLGCONSULT
Filename: yosh
Project:
ETAP PowerStation
Contract:
Date: 05-24-2015
Revision: Base
Config.: Normal
BRANCH CONNECTIONS
ID From Bus To Bus R X ZType
CKT/Branch % Impedance, Pos. Seq., 100 MVAbConnected Bus ID
Y
T1 GI_SANGGRAHAN 1.09 25.81 25.83Bus32W XFMR
T2 GI_SANGGRAHAN 1.09 25.81 25.83Bus42W XFMR
T3 GI_SANGGRAHAN 0.46 15.83 15.83Bus52W XFMR
T4 GI_MEDARI 1.09 25.81 25.83Bus72W XFMR
T5 GI_MEDARI 1.09 25.81 25.83Bus62W XFMR
T8 GI_KENTUNGAN 0.38 12.91 12.92Bus112W XFMR
T9 GI_KENTUNGAN 0.38 12.91 12.92Bus122W XFMR
T12 GI_GODEAN 1.09 25.81 25.83Bus162W XFMR
T13 GI_GODEAN 1.09 25.81 25.83Bus172W XFMR
T16 GI_BANTUL 0.38 12.91 12.92Bus212W XFMR
T17 GI_BANTUL 0.38 12.91 12.92Bus222W XFMR
T20 GI_BAWEN 0.38 12.91 12.92Bus262W XFMR
T21 GI_BAWEN 0.38 12.91 12.92Bus272W XFMR
T24 GI_KLATEN 1.33 31.64 31.67Bus312W XFMR
T25 GI_KLATEN 1.33 31.64 31.67Bus322W XFMR
T29 GI_WONOSARI 0.46 15.83 15.83Bus372W XFMR
T30 GI_WONOSARI 2.55 47.43 47.50Bus382W XFMR
T31 GI_WONOSARI 0.46 15.83 15.83Bus402W XFMR
T35 GI_GEJAYAN 0.54 15.82 15.83Bus22W XFMR
T36 GI_GEJAYAN 0.54 15.82 15.83Bus82W XFMR
T38 GI_WIROBRAJAN 0.46 15.83 15.83Bus132W XFMR
T39 GI_WATES 1.33 31.64 31.67Bus422W XFMR
T40 GI_WATES 3.19 59.29 59.38Bus432W XFMR
T41 GI_PURWOREJO 1.33 31.64 31.67Bus452W XFMR
T42 GI_PURWOREJO 0.46 15.83 15.83Bus462W XFMR
T43 GI_SEMANU 1.09 25.81 25.83Bus442W XFMR
T44 GI_SEMANU 1.09 25.81 25.83Bus472W XFMR
Line1 GI_PEDAN 1.15 1.15GI_KENTUNGANLine
Line2 GI_PEDAN 1.15 1.15GI_KENTUNGANLine
Line5 GI_PEDAN 1.34 1.34GI_KLATENLine
Line6 GI_PEDAN 1.34 1.34GI_KLATENLine
Line7 GI_BAWEN 3.40 3.40GI_KLATENLine
Line8 GI_BAWEN 3.40 3.40GI_KLATENLine
Line9 GI_SANGGRAHAN 1.43 1.43GI_MEDARILine
Line10 GI_MEDARI 0.56 0.56GI_KENTUNGANLine
Line11 GI_SANGGRAHAN 1.99 1.99GI_KENTUNGANLine
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Location:
Engineer:
Study Case: LF
4.0.0C
Page: 7
SN: KLGCONSULT
Filename: yosh
Project:
ETAP PowerStation
Contract:
Date: 05-24-2015
Revision: Base
Config.: Normal
ID From Bus To Bus R X ZType
CKT/Branch % Impedance, Pos. Seq., 100 MVAbConnected Bus ID
Y
Line12 GI_KENTUNGAN 0.41 0.41GI_GODEANLine
Line13 GI_GODEAN 0.64 0.64GI_BANTULLine
Line14 GI_KENTUNGAN 1.05 1.05GI_BANTULLine
Line17 GI_BAWEN 4.02 4.02GI_SANGGRAHANLine
Line18 GI_KLATEN 1.83 1.83GI_BANTULLine
Line19 GI_KLATEN 1.83 1.83GI_BANTULLine
Line20 GI_PEDAN 1.16 1.16GI_WONOSARILine
Line21 GI_PEDAN 1.16 1.16GI_WONOSARILine
Line24 GI_GEJAYAN 0.20 0.20GI_KENTUNGANLine
Line25 GI_GEJAYAN 0.20 0.20GI_KENTUNGANLine
Line26 GI_WIROBRAJAN 0.21 0.21GI_BANTULLine
Line27 GI_WIROBRAJAN 0.21 0.21GI_BANTULLine
Line28 GI_WATES 1.33 1.33GI_BANTULLine
Line29 GI_PURWOREJO 1.33 1.33GI_BANTULLine
Line30 GI_PURWOREJO 1.22 1.22GI_WATESLine
Line34 GI_BANTUL 2.05 2.05GI_SEMANULine
Line35 GI_BANTUL 2.05 2.05GI_SEMANULine
-
Location:
Engineer:
Study Case: LF
4.0.0C
Page: 8
SN: KLGCONSULT
Filename: yosh
Project:
ETAP PowerStation
Contract:
Date: 05-24-2015
Revision: Base
Config.: Normal
EQUIPMENT CABLE Input Data
ID ID Type Library Size #/ph R X Y
Equipment Cable Equipment
O/L
R (ohm)
Heaterohms / 1000 m per Conductor
L(m)T (C)
-
Location:
Engineer:
Study Case: LF
4.0.0C
Page: 9
SN: KLGCONSULT
Filename: yosh
Project:
ETAP PowerStation
Contract:
Date: 05-24-2015
Revision: Base
Config.: Normal
LOAD FLOW REPORT
Bus Load Flow
Ang. MW Mvar MW Mvar MW Mvar AmpID kV IDMW Mvar
Voltage Generation Motor Load Static Load
% Tap
XFMR
%PF%Mag.
Bus2 94.279 -3.1 38.66 18.66 GI_GEJAYAN -38.66 -18.66 1314 20.000 90.10 0 0 0
Bus3 93.742 -2.6 22.14 10.73 GI_SANGGRAHAN -22.14 -10.73 757 20.000 90.00 0 0 0
Bus4 94.479 -1.9 17.67 8.56 GI_SANGGRAHAN -17.67 -8.56 600 20.000 90.00 0 0 0
Bus5 93.934 -2.5 35.03 16.94 GI_SANGGRAHAN -35.03 -16.94 1195 20.000 90.00 0 0 0
Bus6 94.720 -2.2 18.93 9.08 GI_MEDARI -18.93 -9.08 639 20.000 90.20 0 0 0
Bus7 95.279 -1.6 15.07 7.41 GI_MEDARI -15.07 -7.41 508 20.000 89.70 0 0 0
Bus8 96.344 -1.0 17.45 8.26 GI_GEJAYAN -17.45 -8.26 578 20.000 90.40 0 0 0
Bus11 94.700 -2.7 42.87 20.94 GI_KENTUNGAN -42.87 -20.94 1454 20.000 89.80 0 0 0
Bus12 95.397 -2.0 34.40 16.66 GI_KENTUNGAN -34.40 -16.66 1156 20.000 90.00 0 0 0
Bus13 94.844 -1.8 27.62 13.35 GI_WIROBRAJAN -27.62 -13.35 933 20.000 90.00 0 0 0
Bus16 95.322 -1.6 15.17 7.44 GI_GODEAN -15.17 -7.44 511 20.000 89.80 0 0 0
Bus17 94.569 -2.4 19.94 9.71 GI_GODEAN -19.94 -9.71 677 20.000 89.90 0 0 0
Bus21 94.019 -2.7 44.46 21.56 GI_BANTUL -44.46 -21.56 1517 20.000 90.00 0 0 0
Bus22 94.604 -2.1 37.41 18.03 GI_BANTUL -37.41 -18.03 1267 20.000 90.10 0 0 0
Bus26 96.369 -0.6 17.46 8.27 GI_BAWEN -17.46 -8.27 578 20.000 90.40 0 0 0
Bus27 95.801 -1.2 24.78 12.00 GI_BAWEN -24.78 -12.00 829 20.000 90.00 0 0 0
Bus31 94.601 -3.5 20.67 10.08 GI_KLATEN -20.67 -10.08 701 20.000 89.90 0 0 0
Bus32 94.398 -3.7 21.83 10.53 GI_KLATEN -21.83 -10.53 741 20.000 90.10 0 0 0
Bus37 97.612 -2.0 22.96 11.17 GI_WONOSARI -22.96 -11.17 755 20.000 89.90 0 0 0
Bus38 96.976 -2.6 9.78 4.62 GI_WONOSARI -9.78 -4.62 321 20.000 90.40 0 0 0
Bus40 96.416 -3.2 35.60 17.34 GI_WONOSARI -35.60 -17.34 1185 20.000 89.90 0 0 0
Bus42 94.213 -1.9 14.56 7.21 GI_WATES -14.56 -7.21 497 20.000 89.60 0 0 0
Bus43 94.685 -1.4 6.54 3.15 GI_WATES -6.54 -3.15 221 20.000 90.10 0 0 0
Bus44 93.764 -2.4 20.92 10.06 GI_SEMANU -20.92 -10.06 714 20.000 90.10 0 0 0
Bus45 93.328 -2.7 18.64 9.07 GI_PURWOREJO -18.64 -9.07 641 20.000 89.90 0 0 0
Bus46 94.836 -1.3 23.02 11.06 GI_PURWOREJO -23.02 -11.06 777 20.000 90.10 0 0 0
Bus47 94.396 -1.7 17.02 8.20 GI_SEMANU -17.02 -8.20 577 20.000 90.10 0 0 0
GI_BANTUL 97.344 0.8 GI_GODEAN -37.60 -20.59 169 150.000 87.70 0 0 0 0 0
GI_KENTUNGAN -51.16 -28.07 230 87.7
GI_KLATEN -61.26 -33.67 276 87.6
GI_KLATEN -61.26 -33.67 276 87.6
GI_WIROBRAJAN 13.84 7.50 62 87.9
GI_WIROBRAJAN 13.84 7.50 62 87.9
GI_WATES 28.38 15.48 127 87.8
GI_PURWOREJO 34.92 19.01 157 87.8
-
Location:
Engineer:
Study Case: LF
4.0.0C
Page: 10
SN: KLGCONSULT
Filename: yosh
Project:
ETAP PowerStation
Contract:
Date: 05-24-2015
Revision: Base
Config.: Normal
Bus Load Flow
Ang. MW Mvar MW Mvar MW Mvar AmpID kV IDMW Mvar
Voltage Generation Motor Load Static Load
% Tap
XFMR
%PF%Mag.
GI_SEMANU 19.13 10.44 86 87.8
GI_SEMANU 19.13 10.44 86 87.8
Bus21 44.57 25.12 202 87.1
Bus22 37.48 20.52 168 87.7
GI_BAWEN 97.573 0.8 GI_KLATEN -26.45 -14.04 118 150.000 88.30 0 0 0 0 0
GI_KLATEN -26.45 -14.04 118 88.3
GI_SANGGRAHAN 10.61 6.22 48 86.3
Bus26 17.47 8.78 77 89.3
Bus27 24.81 13.07 110 88.5
GI_GEJAYAN 97.839 0.7 GI_KENTUNGAN -28.12 -15.42 126 150.000 87.70 0 0 0 0 0
GI_KENTUNGAN -28.12 -15.42 126 87.7
Bus2 38.78 21.94 175 87.0
Bus8 17.47 8.90 77 89.1
GI_GODEAN 97.593 0.8 GI_KENTUNGAN -72.94 -39.97 328 150.000 87.70 0 0 0 0 0
GI_BANTUL 37.73 20.59 169 87.8
Bus16 15.21 8.25 68 87.9
Bus17 20.00 11.12 90 87.4
GI_KENTUNGAN 97.896 0.7 GI_PEDAN -178.94 -98.01 802 150.000 87.70 0 0 0 0 0
GI_PEDAN -178.94 -98.01 802 87.7
GI_MEDARI 62.02 33.77 277 87.8
GI_SANGGRAHAN 37.38 20.41 167 87.8
GI_GODEAN 73.23 39.97 328 87.8
GI_BANTUL 51.53 28.07 230 87.8
GI_GEJAYAN 28.14 15.42 126 87.7
GI_GEJAYAN 28.14 15.42 126 87.7
Bus11 42.96 24.22 193 87.1
Bus12 34.46 18.73 154 87.9
GI_KLATEN 98.497 0.5 GI_PEDAN -110.31 -59.99 490 150.000 87.80 0 0 0 0 0
GI_PEDAN -110.31 -59.99 490 87.8
GI_BAWEN 26.77 14.04 118 88.6
GI_BAWEN 26.77 14.04 118 88.6
GI_BANTUL 62.21 33.67 276 87.9
GI_BANTUL 62.21 33.67 276 87.9
Bus31 20.75 11.95 93 86.7
Bus32 21.92 12.61 98 86.7
GI_MEDARI 97.542 0.8 GI_SANGGRAHAN 27.64 15.21 124 150.000 87.60 0 0 0 0 0
GI_KENTUNGAN -61.73 -33.77 277 87.7
Bus7 15.10 8.22 67 87.8
-
Location:
Engineer:
Study Case: LF
4.0.0C
Page: 11
SN: KLGCONSULT
Filename: yosh
Project:
ETAP PowerStation
Contract:
Date: 05-24-2015
Revision: Base
Config.: Normal
Bus Load Flow
Ang. MW Mvar MW Mvar MW Mvar AmpID kV IDMW Mvar
Voltage Generation Motor Load Static Load
% Tap
XFMR
%PF%Mag.
Bus6 18.98 10.34 85 87.8
GI_PEDAN* 100.000 0.0 661.67 353.47 GI_KENTUNGAN 183.93 98.01 802 150.000 88.30 0 0 0
GI_KENTUNGAN 183.93 98.01 802 88.3
GI_KLATEN 112.49 59.99 490 88.2
GI_KLATEN 112.49 59.99 490 88.2
GI_WONOSARI 34.42 18.73 150 87.8
GI_WONOSARI 34.42 18.73 150 87.8
GI_PURWOREJO 96.868 1.0 GI_BANTUL -34.70 -19.01 157 150.000 87.70 0 0 0 0 0
GI_WATES -7.06 -3.83 31 87.9
Bus45 18.71 10.63 85 86.9
Bus46 23.06 12.21 103 88.4
GI_SANGGRAHAN 97.136 0.9 GI_MEDARI -27.49 -15.21 124 150.000 87.50 0 0 0 0 0
GI_KENTUNGAN -37.01 -20.41 167 87.6
GI_BAWEN -10.55 -6.22 48 86.2
Bus3 22.22 12.50 101 87.1
Bus4 17.72 9.68 80 87.8
Bus5 35.11 19.66 159 87.3
GI_SEMANU 96.941 1.0 GI_BANTUL -19.03 -10.44 86 150.000 87.70 0 0 0 0 0
GI_BANTUL -19.03 -10.44 86 87.7
Bus44 20.99 11.65 95 87.4
Bus47 17.06 9.23 77 88.0
GI_WATES 96.958 1.0 GI_BANTUL -28.23 -15.48 127 150.000 87.70 0 0 0 0 0
GI_PURWOREJO 7.07 3.83 31 87.9
Bus42 14.60 8.15 66 87.3
Bus43 6.56 3.50 29 88.3
GI_WIROBRAJAN 97.314 0.8 GI_BANTUL -13.83 -7.50 62 150.000 87.90 0 0 0 0 0
GI_BANTUL -13.83 -7.50 62 87.9
Bus13 27.66 15.01 124 87.9
GI_WONOSARI 99.600 0.1 GI_PEDAN -34.24 -18.73 150 150.000 87.70 0 0 0 0 0
GI_PEDAN -34.24 -18.73 150 87.7
Bus37 22.99 12.25 100 88.3
Bus38 9.81 5.21 42 88.3
Bus40 35.68 20.01 158 87.2
* Indicates a voltage regulated bus ( voltage controlled or swing type machine connected to it)
# Indicates a bus with a load mismatch of more than 0.1 MVA
-
Location:
Engineer:
Study Case: LF
4.0.0C
Page: 12
SN: KLGCONSULT
Filename: yosh
Project:
ETAP PowerStation
Contract:
Date: 05-24-2015
Revision: Base
Config.: Normal
BUS LOADING Summary Report
ID
Bus
kV
Bus Total Load
MW Mvar MVA % PF Amp % LoadingRated Amp
Bus2 20.000 38.664 18.660 42.931 1314.53 90.1
Bus3 20.000 22.145 10.725 24.605 757.71 90.0
Bus4 20.000 17.674 8.560 19.638 600.02 90.0
Bus5 20.000 35.029 16.944 38.912 1195.83 90.0
Bus6 20.000 18.931 9.077 20.994 639.83 90.2
Bus7 20.000 15.070 7.414 16.795 508.84 89.7
Bus8 20.000 17.450 8.261 19.307 578.49 90.4
Bus11 20.000 42.867 20.944 47.710 1454.35 89.8
Bus12 20.000 34.400 16.661 38.223 1156.63 90.0
Bus13 20.000 27.616 13.353 30.675 933.63 90.0
Bus16 20.000 15.174 7.442 16.900 511.82 89.8
Bus17 20.000 19.943 9.705 22.179 677.03 89.9
Bus21 20.000 44.463 21.557 49.413 1517.17 90.0
Bus22 20.000 37.410 18.028 41.528 1267.18 90.1
Bus26 20.000 17.459 8.265 19.317 578.64 90.4
Bus27 20.000 24.780 12.004 27.535 829.69 90.0
Bus31 20.000 20.672 10.081 23.000 701.84 89.9
Bus32 20.000 21.832 10.528 24.238 741.21 90.1
Bus37 20.000 22.962 11.171 25.535 755.18 89.9
Bus38 20.000 9.780 4.616 10.815 321.94 90.4
Bus40 20.000 35.603 17.339 39.601 1185.68 89.9
Bus42 20.000 14.557 7.207 16.243 497.70 89.6
Bus43 20.000 6.545 3.147 7.262 221.40 90.1
Bus44 20.000 20.925 10.063 23.219 714.85 90.1
Bus45 20.000 18.640 9.072 20.730 641.21 89.9
Bus46 20.000 23.024 11.060 25.543 777.50 90.1
Bus47 20.000 17.019 8.199 18.891 577.72 90.1
GI_BANTUL 150.000 211.286 116.010 241.039 953.07 87.7
GI_BAWEN 150.000 52.901 28.074 59.888 236.25 88.3
GI_GEJAYAN 150.000 56.247 30.838 64.146 252.35 87.7
GI_GODEAN 150.000 72.937 39.965 83.169 328.01 87.7
GI_KENTUNGAN 150.000 357.884 196.011 408.046 1604.32 87.7
GI_KLATEN 150.000 220.626 119.989 251.144 981.40 87.8
GI_MEDARI 150.000 61.729 33.766 70.360 277.64 87.7
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Location:
Engineer:
Study Case: LF
4.0.0C
Page: 13
SN: KLGCONSULT
Filename: yosh
Project:
ETAP PowerStation
Contract:
Date: 05-24-2015
Revision: Base
Config.: Normal
ID
Bus
kV
Bus Total Load
MW Mvar MVA % PF Amp % LoadingRated Amp
GI_PEDAN 150.000 661.675 353.469 750.169 2887.40 88.2
GI_PURWOREJO 150.000 41.763 22.841 47.601 189.14 87.7
GI_SANGGRAHAN 150.000 75.049 41.838 85.923 340.47 87.3
GI_SEMANU 150.000 38.055 20.878 43.406 172.34 87.7
GI_WATES 150.000 28.230 15.477 32.194 127.80 87.7
GI_WIROBRAJAN 150.000 27.664 15.008 31.473 124.48 87.9
GI_WONOSARI 150.000 68.488 37.469 78.067 301.69 87.7
-
Location:
Engineer:
Study Case: LF
4.0.0C
Page: 14
SN: KLGCONSULT
Filename: yosh
Project:
ETAP PowerStation
Contract:
Date: 05-24-2015
Revision: Base
Config.: Normal
BRANCH LOADING Summary Report
ID Type
Loading
Amp %
Capability
(MVA) MVA %
Loading (output)
CKT / Branch Cable & Reactor
Transformer
Loading (input)
%MVA
Ampacity
(Amp)
T1 Transformer 30.000 25.496 85.0 24.605 82.0
T2 Transformer 30.000 20.190 67.3 19.638 65.5
T3 Transformer 60.000 40.238 67.1 38.912 64.9
T4 Transformer 30.000 17.193 57.3 16.795 56.0
T5 Transformer 30.000 21.620 72.1 20.994 70.0
T8 Transformer 60.000 49.320 82.2 47.710 79.5
T9 Transformer 60.000 39.224 65.4 38.223 63.7
T12 Transformer 30.000 17.303 57.7 16.900 56.3
T13 Transformer 30.000 22.889 76.3 22.179 73.9
T16 Transformer 60.000 51.161 85.3 49.413 82.4
T17 Transformer 60.000 42.731 71.2 41.528 69.2
T20 Transformer 60.000 19.558 32.6 19.317 32.2
T21 Transformer 60.000 28.044 46.7 27.535 45.9
T24 Transformer 30.000 23.947 79.8 23.000 76.7
T25 Transformer 30.000 25.290 84.3 24.238 80.8
T29 Transformer 60.000 26.055 43.4 25.535 42.6
T30 Transformer 20.000 11.108 55.5 10.815 54.1
T31 Transformer 60.000 40.909 68.2 39.601 66.0
T35 Transformer 60.000 44.552 74.3 42.931 71.6
T36 Transformer 60.000 19.607 32.7 19.307 32.2
T38 Transformer 60.000 31.473 52.5 30.675 51.1
T39 Transformer 30.000 16.716 55.7 16.243 54.1
T40 Transformer 16.000 7.436 46.5 7.262 45.4
T41 Transformer 30.000 21.517 71.7 20.730 69.1
T42 Transformer 60.000 26.090 43.5 25.543 42.6
T43 Transformer 30.000 24.006 80.0 23.219 77.4
T44 Transformer 30.000 19.401 64.7 18.891 63.0
* Indicates a branch with operating load exceeding the branch capability
-
Location:
Engineer:
Study Case: LF
4.0.0C
Page: 15
SN: KLGCONSULT
Filename: yosh
Project:
ETAP PowerStation
Contract:
Date: 05-24-2015
Revision: Base
Config.: Normal
BRANCH LOSSES Summary Report
ID MW Mvar MW Mvar kW Kvar From To
CKT / Branch From-To Bus Flow To-From Bus Flow Losses % Bus Voltage
% Drop
Vd
in Vmag
-38.664 -18.660 38.775 21.941 111.2 3281.3 94.3 97.8 3.56T35
-22.145 -10.725 22.220 12.503 75.0 1778.2 93.7 97.1 3.39T1
-17.674 -8.560 17.721 9.675 47.0 1115.1 94.5 97.1 2.66T2
-35.029 -16.944 35.109 19.660 79.6 2715.9 93.9 97.1 3.20T3
-18.931 -9.077 18.984 10.345 53.5 1268.0 94.7 97.5 2.82T5
-15.070 -7.414 15.103 8.216 33.8 801.9 95.3 97.5 2.26T4
-17.450 -8.261 17.472 8.897 21.5 635.5 96.3 97.8 1.49T36
-42.867 -20.944 42.963 24.221 96.1 3277.1 94.7 97.9 3.20T8
-34.400 -16.661 34.461 18.734 60.8 2072.7 95.4 97.9 2.50T9
-27.616 -13.353 27.664 15.008 48.5 1655.5 94.8 97.3 2.47T38
-15.174 -7.442 15.208 8.253 34.2 811.3 95.3 97.6 2.27T12
-19.943 -9.705 20.003 11.125 59.9 1419.7 94.6 97.6 3.02T13
-44.463 -21.557 44.567 25.123 104.6 3566.3 94.0 97.3 3.33T16
-37.410 -18.028 37.483 20.516 73.0 2487.8 94.6 97.3 2.74T17
-17.459 -8.265 17.475 8.784 15.2 518.8 96.4 97.6 1.20T20
-24.780 -12.004 24.811 13.071 31.3 1066.5 95.8 97.6 1.77T21
-20.672 -10.081 20.751 11.951 78.9 1870.1 94.6 98.5 3.90T24
-21.832 -10.528 21.920 12.614 88.0 2085.8 94.4 98.5 4.10T25
-22.962 -11.171 22.994 12.254 31.8 1083.1 97.6 99.6 1.99T29
-9.780 -4.616 9.812 5.206 31.7 589.9 97.0 99.6 2.62T30
-35.603 -17.339 35.682 20.009 78.3 2669.9 96.4 99.6 3.18T31
-14.557 -7.207 14.596 8.148 39.7 940.5 94.2 97.0 2.74T39
-6.545 -3.147 6.563 3.496 18.7 348.7 94.7 97.0 2.27T40
-20.925 -10.063 20.991 11.646 66.8 1582.7 93.8 96.9 3.18T43
-18.640 -9.072 18.705 10.633 65.9 1561.0 93.3 96.9 3.54T41
-23.024 -11.060 23.058 12.208 33.7 1148.1 94.8 96.9 2.03T42
-17.019 -8.199 17.063 9.232 43.6 1033.7 94.4 96.9 2.55T44
-37.601 -20.588 37.726 20.588 124.9 0.0 97.3 97.6 0.25Line13
-51.157 -28.073 51.534 28.073 377.1 0.0 97.3 97.9 0.55Line14
-61.264 -33.675 62.206 33.675 942.9 97.3 98.5 1.15Line18
-61.264 -33.675 62.206 33.675 942.9 97.3 98.5 1.15Line19
13.838 7.504 -13.832 -7.504 5.6 0.0 97.3 97.3 0.03Line26
13.838 7.504 -13.832 -7.504 5.6 0.0 97.3 97.3 0.03Line27
28.376 15.477 -28.230 -15.477 146.4 97.3 97.0 0.39Line28
34.923 19.008 -34.701 -19.008 221.5 97.3 96.9 0.48Line29
19.130 10.439 -19.027 -10.439 102.9 97.3 96.9 0.40Line34
19.130 10.439 -19.027 -10.439 102.9 97.3 96.9 0.40Line35
-26.450 -14.037 26.771 14.037 320.7 0.0 97.6 98.5 0.92Line7
-26.450 -14.037 26.771 14.037 320.7 0.0 97.6 98.5 0.92Line8
10.615 6.218 -10.551 -6.218 63.8 0.0 97.6 97.1 0.44Line17
-28.123 -15.419 28.145 15.419 21.4 97.8 97.9 0.06Line24
-28.123 -15.419 28.145 15.419 21.4 97.8 97.9 0.06Line25
-
Location:
Engineer:
Study Case: LF
4.0.0C
Page: 16
SN: KLGCONSULT
Filename: yosh
Project:
ETAP PowerStation
Contract:
Date: 05-24-2015
Revision: Base
Config.: Normal
ID MW Mvar MW Mvar kW Kvar From To
CKT / Branch From-To Bus Flow To-From Bus Flow Losses % Bus Voltage
% Drop
Vd
in Vmag
-72.937 -39.965 73.232 39.965 294.4 97.6 97.9 0.30Line12
-178.942 -98.006 183.925 98.006 4983.1 97.9 100.0 2.10Line1
-178.942 -98.006 183.925 98.006 4983.1 97.9 100.0 2.10Line2
62.020 33.766 -61.729 -33.766 291.1 0.0 97.9 97.5 0.35Line10
37.384 20.415 -37.007 -20.415 377.3 97.9 97.1 0.76Line11
-110.313 -59.994 112.490 59.994 2176.6 0.0 98.5 100.0 1.50Line5
-110.313 -59.994 112.490 59.994 2176.6 0.0 98.5 100.0 1.50Line6
27.641 15.205 -27.491 -15.205 150.0 97.5 97.1 0.41Line9
34.422 18.734 -34.244 -18.734 178.5 100.0 99.6 0.40Line20
34.422 18.734 -34.244 -18.734 178.5 100.0 99.6 0.40Line21
-7.062 -3.833 7.070 3.833 8.4 96.9 97.0 0.09Line30
21040.8 43385.0
-
Location:
Engineer:
Study Case: LF
4.0.0C
Page: 17
SN: KLGCONSULT
Filename: yosh
Project:
ETAP PowerStation
Contract:
Date: 05-24-2015
Revision: Base
Config.: Normal
EQUIPMENT CABLE LOSSES Summary Report
ID Load Type kW kvar Bus Load
Equipment Cable Connected % Voltage% Drop
Vd
Losses
in Vmag
Vst
% for
Motor
-
Location:
Engineer:
Study Case: LF
4.0.0C
Page: 18
SN: KLGCONSULT
Filename: yosh
Project:
ETAP PowerStation
Contract:
Date: 05-24-2015
Revision: Base
Config.: Normal
Alert Summary Report
% Alert Settings
Critical Marginal
Loading
Bus
Cable
Reactor
Generator
Transformer
Protective Device
OverVoltage
UnderVoltage
OverExcited (Q Max.)
UnderExcited (Q Min.)
Bus Voltage
Generator Excitation
105.0 102.0
98.0
95.0
Critical Report
ID Device Type Rating Unit Calculated %Mag. Condition
Bus11 Bus kV 20.000 18.940 94.7 UnderVoltage
Bus13 Bus kV 20.000 18.969 94.8 UnderVoltage
Bus17 Bus kV 20.000 18.914 94.6 UnderVoltage
Bus2 Bus kV 20.000 18.856 94.3 UnderVoltage
Bus21 Bus kV 20.000 18.804 94.0 UnderVoltage
Bus22 Bus kV 20.000 18.921 94.6 UnderVoltage
Bus3 Bus kV 20.000 18.748 93.7 UnderVoltage
Bus31 Bus kV 20.000 18.920 94.6 UnderVoltage
Bus32 Bus kV 20.000 18.880 94.4 UnderVoltage
Bus4 Bus kV 20.000 18.896 94.5 UnderVoltage
Bus42 Bus kV 20.000 18.843 94.2 UnderVoltage
Bus43 Bus kV 20.000 18.937 94.7 UnderVoltage
Bus44 Bus kV 20.000 18.753 93.8 UnderVoltage
Bus45 Bus kV 20.000 18.666 93.3 UnderVoltage
Bus46 Bus kV 20.000 18.967 94.8 UnderVoltage
Bus47 Bus kV 20.000 18.879 94.4 UnderVoltage
Bus5 Bus kV 20.000 18.787 93.9 UnderVoltage
Bus6 Bus kV 20.000 18.944 94.7 UnderVoltage
-
Location:
Engineer:
Study Case: LF
4.0.0C
Page: 19
SN: KLGCONSULT
Filename: yosh
Project:
ETAP PowerStation
Contract:
Date: 05-24-2015
Revision: Base
Config.: Normal
Marginal Report
ID Device Type Rating Unit Calculated %Mag. Condition
Bus12 Bus kV 20.000 19.079 95.4 UnderVoltage
Bus16 Bus kV 20.000 19.064 95.3 UnderVoltage
Bus26 Bus kV 20.000 19.274 96.4 UnderVoltage
Bus27 Bus kV 20.000 19.160 95.8 UnderVoltage
Bus37 Bus kV 20.000 19.522 97.6 UnderVoltage
Bus38 Bus kV 20.000 19.395 97.0 UnderVoltage
Bus40 Bus kV 20.000 19.283 96.4 UnderVoltage
Bus7 Bus kV 20.000 19.056 95.3 UnderVoltage
Bus8 Bus kV 20.000 19.269 96.3 UnderVoltage
GI_BANTUL Bus kV 150.000 146.016 97.3 UnderVoltage
GI_BAWEN Bus kV 150.000 146.359 97.6 UnderVoltage
GI_GEJAYAN Bus kV 150.000 146.758 97.8 UnderVoltage
GI_GODEAN Bus kV 150.000 146.390 97.6 UnderVoltage
GI_KENTUNGAN Bus kV 150.000 146.844 97.9 UnderVoltage
GI_MEDARI Bus kV 150.000 146.313 97.5 UnderVoltage
GI_PURWOREJO Bus kV 150.000 145.303 96.9 UnderVoltage
GI_SANGGRAHAN Bus kV 150.000 145.704 97.1 UnderVoltage
GI_SEMANU Bus kV 150.000 145.412 96.9 UnderVoltage
GI_WATES Bus kV 150.000 145.436 97.0 UnderVoltage
GI_WIROBRAJAN Bus kV 150.000 145.971 97.3 UnderVoltage
-
Location:
Engineer:
Study Case: LF
4.0.0C
Page: 20
SN: KLGCONSULT
Filename: yosh
Project:
ETAP PowerStation
Contract:
Date: 05-24-2015
Revision: Base
Config.: Normal
SUMMARY OF TOTAL GENERATION , LOADING & DEMAND
Lagging 100.00 0.000
Lagging
Lagging
Lagging
0.000 0.000
43.385 21.041
310.084 640.634
0.000 0.000
88.20 750.169 353.469 661.675
100.00 0.000 0.000 0.000
88.20 750.169 353.469 661.675
% PFMVAMvarMW
Number of Iterations: 3
System Mismatch:
Apparent Losses:
Total Static Load:
Total Motor Load:
Total Demand:
Generators:
Swing Bus(es):
