Studi Sistem Distribusi Tegangan Tinggi (Hvds) Untuk Rugi-Rugi Dan Profil Tegangan Yang Lebih Baik (Studi Kasus : Jaringan Distribusi Di Kota Medan)
LAMPIRAN
LAMPIRAN 1
MEDAN CLUB
0126602
JALAN CIKDITIRO
JALAN KARTINI
B3
B2
MK
B1
T2
0809975
0827987
0809987
0809999
S1
0661509
0169169
U
KETERANGAN
0857121
2x10=15
0139563
0915072
0136634
KANTOR
PTPN-
:
Sambungan Rumah (SR)
Jaringan Tegangan Rendah (JTR)
Tiang Beton
Tiang Besi
Tiang Kayu
N
S
0906560
0139297
053
200 KVA
4x35
T1
NURHAIDA
TAMBUNAN
B4
KANTOR
KEUANGAN
JALAN PANGERAN DIPONEGORO
LPJU
LIAR
LAMPIRAN 2
No
KD
Gardu Gardu
1
Trf
MK053 B1
Batas
Daya
(VA)
80%
Batas
Daya
(VA)
900
720
2
MK053 B1T
900
720
3
MK053 B1
1300
1040
4
MK053 B1
2200
1760
5
MK053 B1
1300
1040
Sambungan Rumah
ID Pel
GI
120010
LK006
857121
120010
LK006
906560
120010
LK006
809975
120010
LK006
827987
120010
LK006
809987
TIC
Jenis Tiang
Ukuran
Ukuran Panjang Beton Besi Kayu
DAFTAR PELANGGAN PENYULANG LK-006 (TRAFO MK053)
Jenis Connector
Kode Fasa
Jenis Meter
MCB
Jurusan
Stand Stand Stand Stand Stand Stand Stand Stand Stand Stand
Nomor
Terpasang
Paska Pra
Tiang Pearcing Press Okt15 Sept15 Agust15 Juli15 Juni15 Mei15 April15 Mrt15 Feb15 Jan15
R S T Tiang
(Ampere)
2x10
15
12
T1
^
90
96
62
97
154
1801
1921
1300
2x10
15
12
T1
^
0
0
0
0
0
84
86
180
182
2x10
20
12
T1
^
24
26
20
23
25
22
24
16
2x10
4
12
T1
^
243
211
80
186
218
181
150
2x10
4
12
T1
^
89
106
9
103
157
136
0
7
5
120010
MK053 B1 1300
1040
LK006
809999
120010
MK053 B2 197000 157600
LK006
139297
120010
MK053 B2T 7700
6160
LK006
915072
2x10
15
12
T1
^
179
47
0
4X70
30
12
B1
^
1740
1800
240
2x10
10
12
B3
^
1033
264
933
584
745
9
MK053 B2
13200
120010
10560
LK006
136634
4x10
25
12
B3
^
1799
1465
1056
1569
1527
10
MK053 R3
10600
8480
120010
LK006
139563
4x10
25
12
B3
^
1392
1697
2006
592
11
MK053 R3
10600
8480
120010
LK006
126602
4x10
35
12
B3U1
^
1178
1144
1256
12
MK053 R1
2200
1760
120010
LK006
169169
2x10
15
12
B4S1
^
101
153
33000
120010
26400
LK006
661509
4X25
30
12
B4S1
^
6827
7868
6
7
8
13
MK053 S2
2040 13140 13080
2222 2013
Bayar Bayar
Kondisi Meter
Baik
SR
Jenis
Rusak Kabel Kabel Ukuran
Tanah Udara
4
T1
2x10
110
4
T1
2x10
5
39
6
T1
2x10
125
160
170
10
T1
2x10
107
154
0
73
6
T1
2x10
18
7
27
11
6
T1
2x10
3x300
B1
4X70
35
B3
2x10
13200 11700 13020 12780
748
884
1290
604
1246
1436
1161
956 1163
3x20
B3
4x10
1441
1400
687
2136
1125 1030
3x16
B3
4x10
1134
1043
1590
770
770
770
770
3x16
B3U1
4x10
232
232
244
209
219
192
341
84
10
B4S1
2x10
6403
6909
7089
7192
6390
7392
5889
3x50
B4S1
4X25
7009
5894
6560 18701 19754
6371 5358
19366 18625 20098 18847
page 1
LAMPIRAN 3
19:55:29
Dec 01, 2015
Project File: LVDS
page 1
LAMPIRAN 4
19:58:51
Dec 01, 2015
Project File: LVDS
LAMPIRAN 5
Project:
Base
Location:
Medan
ETAP
12.6.0H
Contract:
Page:
7
Date:
25-11-2015
SN:
Engineer:
Tidauccy
Filename:
LVDS
Study Case: LF
Revision:
Base
Config.:
Normal
LOAD FLOW REPORT
Bus
ID
Bus B1
Voltage
V
380
% Mag.
95.515
Generation
Ang.
-1.2
kW
Load
kvar
0
kW
0
Load Flow
kvar
0
ID
0
380
93.629
-0.7
0
0
4.5
2.7
Bus S1
380
380
93.073
92.647
-0.5
-0.4
0
0
0
0
Bus T1
380
94.492
-1.0
0
Bus T2
380
95.416
-1.2
0
* Bus1
20000
100.000
0.0
179.0
Bus2
20000
99.990
0.0
0
0
0
1.3
0
0.8
Amp
%PF
Bus T1
121.445
74.740
226.8
85.2
4.864
3.002
9.1
85.1
Bus B3
46.850
28.167
87.0
85.7
-173.159
-105.909
322.9
85.3
7.852
4.843
15.0
85.1
Bus11
Bus12
Bus B4
XFMR
kvar
Bus T2
Bus2
Bus B3
kW
6.308
3.894
12.0
85.1
Bus B1
-45.689
-28.000
87.0
85.3
Bus B4
27.011
16.527
51.4
85.3
Bus14
6.229
3.840
11.9
85.1
Bus B3
-26.809
-16.498
51.4
85.2
Bus S1
20.580
12.658
39.4
85.2
Bus16
19.185
11.853
37.0
85.1
Bus B4
-20.460
-12.641
39.4
85.1
-119.913
-74.315
226.8
85.0
0
119.9
74.3
Bus B1
0
4.9
3.0
Bus B1
-4.857
-3.001
9.1
85.1
113.9
0
0
Bus2
178.959
113.892
6.1
84.4
0
0
Bus1
-178.946
-114.589
6.1
84.2
Bus B1
178.946
114.589
6.1
84.2
85.0
Bus11
380
93.306
-0.6
0
0
7.8
4.8
Bus B3
-7.815
-4.843
15.0
Bus12
380
93.370
-0.6
0
0
6.3
3.9
Bus B3
-6.284
-3.894
12.0
85.0
Bus14
380
92.712
-0.4
0
0
6.2
3.8
Bus B4
-6.196
-3.840
11.9
85.0
Bus16
380
92.200
-0.4
0
0
19.1
11.8
Bus S1
-19.076
-11.822
37.0
85.0
* 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
%Tap
Project:
Base
Location:
Medan
ETAP
12.6.0H
Contract:
Page:
8
Date:
25-11-2015
SN:
Engineer:
Tidauccy
Filename:
LVDS
Study Case: LF
Revision:
Base
Config.:
Normal
LOAD FLOW REPORT
Panel / 3-Phase, 1-Phase Systems
Bus/Panel/Phase Adapter
ID
PA1
V
219.393
Voltage
Phase Type
1
PA
Phase
AN
Load*
% Mag
Ang.
95.42
-1.2
kW
Load Flow
kvar
0
CKT
0
ID
XFMR
Phase
kW
kvar
Amp
%PF
Bus T2
AN
-0.554
-0.343
3.1
Cable1
AN
0.554
0.343
3.1
85.0
85.0
Bus5
220.000
1
Bus
AN
95.07
-1.1
0.6
0.3
Cable1
AN
-0.553
-0.343
3.1
85.0
PA2
219.393
1
PA
BN
95.42
-121.2
0
0
Bus T2
BN
-0.554
-0.343
3.1
85.0
Cable2
BN
0.554
0.343
3.1
85.0
Bus6
220.000
1
Bus
BN
95.07
-121.1
0.6
0.3
Cable2
BN
-0.553
-0.343
3.1
85.0
PA3
219.393
1
PA
CN
95.42
118.8
0
0
Bus T2
CN
-0.800
-0.494
4.5
85.1
Cable3
CN
0.800
0.494
4.5
85.1
Bus7
220.000
1
Bus
CN
95.00
118.9
0.8
0.5
Cable3
CN
-0.798
-0.494
4.5
85.0
PA4
219.393
1
PA
CN
95.42
118.8
0
0
Bus T2
CN
-1.4
-0.834
7.6
85.1
Cable4
CN
1.4
0.834
7.6
85.1
Bus8
220.000
1
Bus
CN
94.84
119.0
1.3
0.8
Cable4
CN
-1.3
-0.834
7.6
85.0
PA5
219.393
1
PA
AN
95.42
-1.2
0
0
Bus T2
AN
-0.799
-0.494
4.5
85.1
Cable5
AN
0.799
0.494
4.5
85.1
Bus9
220.000
1
Bus
AN
94.97
-1.1
0.8
0.5
Cable5
AN
-0.797
-0.494
4.5
85.0
PA6
219.393
1
PA
BN
95.42
-121.2
0
0
Bus T2
BN
-0.799
-0.493
4.5
85.1
Cable6
BN
0.799
0.493
4.5
85.1
85.0
Bus10
220.000
1
Bus
BN
94.88
-121.1
0.8
0.5
Cable6
BN
-0.796
-0.493
4.5
PA7
219.393
1
PA
BN
93.63
-120.7
0
0
Bus B3
BN
-4.5
-2.7
25.7
85.5
Cable8
BN
4.5
2.7
25.7
85.5
Bus13
220.000
1
Bus
BN
91.82
-120.1
4.4
2.7
Cable8
BN
-4.4
-2.7
25.7
85.0
PA8
219.393
1
PA
AN
92.65
-0.4
0
0
Bus S1
AN
-1.3
-0.788
7.4
85.1
Cable12
AN
1.3
0.788
7.4
85.1
Cable12
AN
-1.3
-0.788
7.4
85.0
Bus15
220.000
1
Bus
AN
92.20
-0.4
1.3
0.8
Type: P=Panel, PA=Phase Adapter
*
For panel it indicates internal loads and directly connected loads. Connected panel loads are not included.
For bus it indicates directly connected loads. Connected panel loads are not included.
% Tap
ETAP
Project:
Base
Location:
Medan
12.6.0H
Contract:
Page:
11
Date:
25-11-2015
SN:
Engineer:
Tidauccy
Filename:
LVDS
Study Case: LF
Revision:
Base
Config.:
Normal
Branch Losses Summary Report
CKT / Branch
ID
Cable7
Cable14
From-To Bus Flow
To-From Bus Flow
kW
kW
kvar
kvar
% Bus Voltage
Losses
kW
kvar
From
To
Vd
% Drop
in Vmag
121.4
74.7
-119.9
-74.3
1.5
0.4
95.5
94.5
1.02
4.9
3.0
-4.9
-3.0
0.0
0.0
95.5
95.4
0.10
Cable15
46.9
28.2
-45.7
-28.0
1.2
0.2
95.5
93.6
1.89
MK053
-173.2
-105.9
178.9
114.6
5.8
8.7
95.5
100.0
4.48
Cable9
7.9
4.8
-7.8
-4.8
0.0
0.0
Cable10
6.3
3.9
-6.3
-3.9
0.0
Cable16
27.0
16.5
-26.8
-16.5
0.2
93.6
93.3
0.32
93.6
93.4
0.26
0.0
93.6
93.1
0.56
Cable11
6.2
3.8
-6.2
-3.8
0.0
0.0
93.1
92.7
0.36
Cable17
20.6
12.7
-20.5
-12.6
0.1
0.0
93.1
92.6
0.43
Cable13
Line2
19.2
11.9
-19.1
-11.8
0.1
0.0
92.6
92.2
0.45
179.0
113.9
-178.9
-114.6
0.0
-0.7
100.0
100.0
0.01
9.0
8.7
page 1
LAMPIRAN 6
20:06:01
Dec 01, 2015
Project File: HVDS
page 1
LAMPIRAN 7
20:08:29
Dec 01, 2015
Project File: HVDS
LAMPIRAN 8
Project:
Base
Location:
Medan
ETAP
12.6.0H
Contract:
Page:
7
Date:
26-11-2015
SN:
Engineer:
Tidauccy
Filename:
HVDS
Study Case: LF
Revision:
Base
Config.:
Normal
LOAD FLOW REPORT
Bus
ID
Bus B1
Bus B2
Bus B3
Voltage
V
20000
20000
380
% Mag.
99.990
99.989
98.202
Generation
Ang.
0.0
0.0
-0.5
kW
Load
kvar
0
0
0
kW
0
0
0
Load Flow
kvar
0
0
5.0
ID
0
0
3.0
Bus B4
20000
99.989
0.0
0
0
0
0
Bus S1
380
97.410
-0.7
0
0
0
0
Bus T1
20000
99.990
0.0
0
0
0
0
Bus T1
380
99.085
-0.2
0
* Bus1
20000
100.000
0.0
Bus2
20000
99.990
0.0
Bus3
380
97.204
-0.7
XFMR
kvar
Amp
%PF
-128.924
-81.904
4.4
84.4
Bus3
128.924
81.904
4.4
84.4
Bus T1
-50.735
-31.871
1.7
84.7
Bus B4
29.921
18.848
1.0
84.6
Bus B3
20.814
13.023
0.7
84.8
Bus11
8.638
5.328
15.7
85.1
Bus12
6.939
4.284
12.6
85.1
Bus B2
-20.546
-12.621
37.3
85.2
Bus B2
-29.921
-18.905
1.0
84.5
Bus S1
29.921
18.905
1.0
84.5
Bus14
6.823
4.206
12.5
85.1
Bus17
22.542
13.865
41.3
85.2
Bus B4
-29.365
-18.071
53.8
85.2
-184.931
-116.870
6.3
84.5
Bus1
Bus2
Bus T2
kW
5.272
3.231
0.2
85.3
Bus B1
128.924
81.882
4.4
84.4
Bus B2
50.735
31.756
1.7
84.8
Bus2
-5.238
-3.237
9.4
85.1
84.7
0
5.2
3.2
184.9
116.2
0
0
Bus T1
184.945
116.174
6.3
0
0
0
0
Bus T1
-5.272
-3.288
0.2
84.9
Bus T2
5.272
3.288
0.2
84.9
0
0
0
0
Bus4
126.335
78.020
232.1
85.1
Bus B1
-126.335
-78.020
232.1
85.1
Bus3
Bus4
380
96.681
-0.6
0
0
125.5
77.8
-125.533
-77.798
232.1
85.0
Bus11
380
97.863
-0.4
0
0
8.6
5.3
Bus B3
-8.597
-5.328
15.7
85.0
Bus12
380
97.930
-0.4
0
0
6.9
4.3
Bus B3
-6.913
-4.284
12.6
85.0
Bus14
380
97.032
-0.5
0
0
6.8
4.2
Bus S1
-6.787
-4.206
12.5
85.0
Bus16
380
96.496
-0.5
0
0
20.9
12.9
Bus17
-20.895
-12.950
38.7
85.0
Bus17
380
96.963
-0.6
0
0
1.4
0.9
Bus16
21.014
12.983
38.7
85.1
Bus S1
-22.411
-13.847
41.3
85.1
* 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
%Tap
Project:
Base
Location:
Medan
ETAP
12.6.0H
Contract:
Page:
8
Date:
26-11-2015
SN:
Engineer:
Tidauccy
Filename:
HVDS
Study Case: LF
Revision:
Base
Config.:
Normal
LOAD FLOW REPORT
Panel / 3-Phase, 1-Phase Systems
Bus/Panel/Phase Adapter
ID
PA1
V
219.393
Voltage
Phase Type
1
PA
Phase
AN
Load*
% Mag
Ang.
99.08
-0.2
kW
Load Flow
kvar
0
CKT
0
ID
XFMR
Phase
kW
kvar
Amp
%PF
Bus T2
AN
-0.597
-0.370
3.2
Cable1
AN
0.597
0.370
3.2
85.0
85.0
Bus5
220.000
1
Bus
AN
98.73
-0.2
0.6
0.4
Cable1
AN
-0.597
-0.370
3.2
85.0
PA2
219.393
1
PA
BN
99.08
-120.2
0
0
Bus T2
BN
-0.597
-0.370
3.2
85.0
Cable2
BN
0.597
0.370
3.2
85.0
Bus6
220.000
1
Bus
BN
98.73
-120.2
0.6
0.4
Cable2
BN
-0.597
-0.370
3.2
85.0
PA3
219.393
1
PA
CN
99.08
119.8
0
0
Bus T2
CN
-0.862
-0.533
4.7
85.1
Cable3
CN
0.862
0.533
4.7
85.1
Bus7
220.000
1
Bus
CN
98.65
119.8
0.9
0.5
Cable3
CN
-0.860
-0.533
4.7
85.0
PA4
219.393
1
PA
CN
99.08
119.8
0
0
Bus T2
CN
-1.5
-0.899
7.9
85.1
Cable4
CN
1.5
0.899
7.9
85.1
Bus8
220.000
1
Bus
CN
98.49
119.9
1.5
0.9
Cable4
CN
-1.5
-0.899
7.9
85.0
PA5
219.393
1
PA
AN
99.08
-0.2
0
0
Bus T2
AN
-0.862
-0.533
4.7
85.1
Cable5
AN
0.862
0.533
4.7
85.1
Bus9
220.000
1
Bus
AN
98.62
-0.2
0.9
0.5
Cable5
AN
-0.860
-0.533
4.7
85.0
PA6
219.393
1
PA
BN
99.08
-120.2
0
0
Bus T2
BN
-0.862
-0.532
4.7
85.1
Cable6
BN
0.862
0.532
4.7
85.1
85.0
Bus10
220.000
1
Bus
BN
98.53
-120.1
0.9
0.5
Cable6
BN
-0.858
-0.532
4.7
PA7
219.393
1
PA
BN
98.20
-120.5
0
0
Bus B3
BN
-5.0
-3.0
27.0
85.5
Cable8
BN
5.0
3.0
27.0
85.5
Bus13
220.000
1
Bus
BN
96.30
-119.9
4.9
3.0
Cable8
BN
-4.9
-3.0
27.0
85.0
PA8
219.393
1
PA
AN
96.96
-0.6
0
0
Bus17
AN
-1.4
-0.863
7.7
85.1
Cable12
AN
1.4
0.863
7.7
85.1
Cable12
AN
-1.4
-0.863
7.7
85.0
Bus15
220.000
1
Bus
AN
96.50
-0.5
1.4
0.9
Type: P=Panel, PA=Phase Adapter
*
For panel it indicates internal loads and directly connected loads. Connected panel loads are not included.
For bus it indicates directly connected loads. Connected panel loads are not included.
% Tap
ETAP
Project:
Base
Location:
Medan
12.6.0H
Contract:
Page:
11
Date:
26-11-2015
SN:
Engineer:
Tidauccy
Filename:
HVDS
Study Case: LF
Revision:
Base
Config.:
Normal
Branch Losses Summary Report
CKT / Branch
ID
From-To Bus Flow
To-From Bus Flow
kW
kW
kvar
kW
kvar
Vd
% Drop
in Vmag
From
To
-128.9
-81.9
128.9
81.9
0.0
0.0
100.0
100.0
0.00
T2
128.9
81.9
-126.3
-78.0
2.6
3.9
100.0
97.2
2.79
Line4
-50.7
-31.9
50.7
31.8
0.0
-0.1
100.0
100.0
0.00
Line5
29.9
18.8
-29.9
-18.9
0.0
-0.1
100.0
100.0
0.00
T3
Line3
kvar
% Bus Voltage
Losses
20.8
13.0
-20.5
-12.6
0.3
0.4
100.0
98.2
1.79
Cable9
8.6
5.3
-8.6
-5.3
0.0
0.0
98.2
97.9
0.34
Cable10
6.9
4.3
-6.9
-4.3
0.0
0.0
98.2
97.9
0.27
29.9
18.9
-29.4
-18.1
0.6
0.8
100.0
97.4
2.58
6.8
4.2
-6.8
-4.2
0.0
0.0
97.4
97.0
0.38
T4
Cable11
Cable14
Line1
Line2
22.5
13.9
-22.4
-13.8
0.1
0.0
97.4
97.0
0.45
-184.9
-116.9
184.9
116.2
0.0
-0.7
100.0
100.0
0.01
0.00
5.3
3.2
-5.3
-3.3
0.0
-0.1
100.0
100.0
-5.2
-3.2
5.3
3.3
0.0
0.1
99.1
100.0
0.90
Cable7
126.3
78.0
-125.5
-77.8
0.8
0.2
97.2
96.7
0.52
Cable13
-20.9
-12.9
21.0
13.0
0.1
0.0
96.5
97.0
0.47
4.6
4.5
T1
LAMPIRAN 9
$%&'
$&(
)*+,--)
MK 98
200 KVA
1
B
4
B
4
0079854
JALAN USKUP AGUNG
JALAN CIKDITIRO
0079879
4x35
1
B4
B2
B
4
B3
POS POLISI
LIAR
B1
0079673
0645448
S1
RMH DNS
POLDA
0079660
U
()
(
)
N
!"
#
y
JALAN SUDIRMAN
S1
JALAN LINGGAR JATI
UANDA
0715869
TrafficLight
0827157
LPJU
S
./012.3
45JU
2
LAMPIRAN 10
Ba=9? 80%
N>
KD
T8H Daya daya
Ga8C7 Ga8C7
(VA) Max
1
MK098 B2 82500 66000
2
MK098 P3 10600 8480
3
MK098 P3
7700
6160
4
MK098 P3
3500
2800
5
MK098 R3 41500 33200
6
MK098 B2
7
MK098 R3 16500 13200
8
MK098 B1T 4400
9
7700
6160
3520
MK098 R3 33000 26400
Id Pel
120010
876550
120010
719802
120010
827157
120010
715869
120010
079660
120010
645448
120010
079673
120010
079879
120010
079854
GI
Sambungan
TIC
Jenis Tiang
Ukuran
U6789: Pa:;9:< Be=>: Be?@ Kay7
DAFTAR PELANGGAN PENYULANG LK-006 (TRAFO MK098)
Kode Fasa
Jenis Conector
MCB
Jurusan
Stand Stand
Stand Stand Stand Stand S=9:C S=9:C S=9:C S=9:C
Terpasang
Tiang Pearcing Press Okt15 Sept15 Agust15 Juli15 Juni15 Mei15 AD8@EFG M8=FG Feb1G Ja:FG
R S T
(Ampere)
Jenis Meter
Nomor
Tiang
Paska Pra
Bayar Bayar
Kondisi Meter
SR
Jenis
Baik
Rusak
Kabel Kabel Ukuran
Tanah Udara
LK006
4x70
55
7
AB
^
8970
8610
8310
8730
8280
8100
8790
7170
7560
7440
3x125
AB
4x70
LK006
4x10
15
12
S1
^
3975
3975
3975
3975
3975
3975
3975
3975
3975
3975
3x16
S1
4x10
LK006
2x10
30
12
S1B1
^
2888
2888
2888
2888
2888
2888
2888
2888
2888
2888
35
S1B1
2x10
LK006
2x10
25
12
S1B1
^
1313
1313
1313
1313
2520
1313
1313
1313
1313
1313
16
S1B1
2x10
LK006
4x70
40
S1B2S1
^
9591
7837
9239
9212
8835
8712
8179
7299
7704
8182
3x63
S1B2S1
4x70
LK006
2x10
15
9
S1B3
^
495
609
1031
555
663
485
555
938
601
613
35
S1B3
2x10
LK006
4x16
20
9
S1B3
^
3033
3304
3693
3350
2515
2752
3425
2598
3070
3135
3x25
S1B3
4x16
LK006
2x10
25
9
S1B4U1
^
488
449
0
815
407
407
407
407
407
407
20
S1B4U1
2x10
9
S1B4U1
T1
^
5127
3744
665
934
895
1704
2407
1562
1722
2274
3x50
S1B4U1T1
4x16
35880
32729
LK006
4x16
35
12
31114 31772 30978 30336
31939 28150 29240 30227
page 1
LAMPIRAN 11
20:18:23
Dec 01, 2015
Project File: LVDS_2
page 1
LAMPIRAN 12
20:21:15
Dec 01, 2015
Project File: LVDS_2
LAMPIRAN 13
Project:
Base
Location:
Medan
ETAP
12.6.0H
Contract:
Page:
7
Date:
01-12-2015
SN:
Engineer:
Tidauccy
Filename:
LVDS_I
Study Case: LF
Revision:
Base
Config.:
Normal
LOAD FLOW REPORT
Bus
ID
Bus B1
Bus B2
Bus B3
Bus S1
Voltage
V
380
380
380
380
% Mag.
94.845
94.143
93.725
95.623
Generation
Ang.
-0.2
-0.1
0.0
-0.4
kW
Load
kvar
0
0
0
0
kW
0
0
0
0
Load Flow
kvar
6.8
0
4.6
0
ID
4.1
0
2.8
0
Bus T2
380
97.159
96.125
-0.8
-0.5
0
0
0
0
0
0
0
0
380
95.335
-0.4
Bus2
380
95.464
-0.3
Bus5
380
93.576
Bus7
380
93.522
Bus9
380
* Bus10
%PF
-68.864
-42.048
129.3
85.3
62.100
37.922
116.6
85.3
Bus B1
-61.560
-37.773
116.6
85.2
Bus5
24.888
15.363
47.2
85.1
Bus B3
36.673
22.410
69.4
85.3
Bus B2
-36.482
-22.357
69.4
85.3
Bus7
9.843
6.082
18.8
85.1
Bus12
22.085
13.481
41.9
85.4
Bus T1
-76.111
-46.303
141.6
85.4
6.584
4.071
12.3
85.1
69.527
42.232
129.3
85.5
Bus T2
52.189
31.838
95.6
85.4
Bus S1
77.650
46.523
141.6
85.8
Bus11
-129.839
-78.361
237.1
85.6
Bus T1
-51.487
-31.738
95.6
85.1
51.487
31.738
95.6
85.1
Bus1
Bus1
Amp
Bus S1
Bus B1
380
XFMR
kvar
Bus B2
Bus2
Bus T1
kW
0
51.0
31.6
Bus T2
-50.988
-31.599
95.6
85.0
0
0
6.6
4.1
Bus S1
-6.569
-4.071
12.3
85.0
0.0
0
0
24.7
15.3
Bus B2
-24.711
-15.314
47.2
85.0
0.0
0
0
9.8
6.1
Bus B3
-9.814
-6.082
18.8
85.0
92.295
0.3
0
0
19.1
11.8
Bus13
-19.115
-11.846
37.0
85.0
20000
100.000
0.0
132.5
81.7
0
0
Bus11
132.549
81.710
4.5
85.1
Bus11
20000
99.993
0.0
0
0
0
0
Bus10
-132.541
-82.416
4.5
84.9
Bus T1
132.541
82.416
4.5
84.9
Bus12
380
93.220
0.0
0
0
2.6
1.6
Bus B3
-21.945
-13.442
41.9
85.3
Bus13
19.371
11.862
37.0
85.3
Bus12
-19.316
-11.847
37.0
85.2
Bus9
19.316
11.846
37.0
85.2
Bus13
380
92.998
0.1
0
0
0
* 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
0
0
%Tap
Project:
Base
Location:
Medan
ETAP
12.6.0H
Contract:
Page:
8
Date:
01-12-2015
SN:
Engineer:
Tidauccy
Filename:
LVDSJK
Study Case: LF
Revision:
Base
Config.:
Normal
LOAD FLOW REPORT
Panel / 3-Phase, 1-Phase Systems
Bus/Panel/Phase Adapter
ID
PA1
V
219.393
Voltage
Phase Type
1
PA
Phase
CN
Load*
% Mag
Ang.
94.84
119.8
kW
Load Flow
kvar
0
CKT
0
ID
Phase
XFMR
kW
kvar
Amp
%PF
Bus B1
CN
-4.6
-2.8
26.1
85.5
Cable6
CN
4.6
2.8
26.1
85.5
85.0
Bus3
220.000
1
Bus
CN
93.23
120.3
4.6
2.8
Cable6
CN
-4.6
-2.8
26.1
PA2
219.393
1
PA
AN
94.84
-0.2
0
0
Bus B1
AN
-2.1
-1.3
12.0
85.2
Cable7
AN
2.1
1.3
12.0
85.2
85.0
Bus4
220.000
1
Bus
AN
94.07
0.0
2.1
1.3
Cable7
AN
-2.1
-1.3
12.0
PA4
219.393
1
PA
CN
93.73
120.0
0
0
Bus B3
CN
-4.6
-2.8
26.0
85.2
Cable11
CN
4.6
2.8
26.0
85.2
Cable11
CN
-4.5
-2.8
26.0
85.0
Bus12
BN
-2.6
-1.6
14.8
85.2
Cable15
BN
2.6
1.6
14.8
85.2
Cable15
BN
-2.6
-1.6
14.8
85.0
Bus6
220.000
1
Bus
CN
92.80
120.2
4.5
2.8
PA6
219.393
1
PA
BN
93.22
-120.0
0
0
Bus8
220.000
1
Bus
BN
92.33
-119.7
2.6
1.6
Type: P=Panel, PA=Phase Adapter
*
For panel it indicates internal loads and directly connected loads. Connected panel loads are not included.
For bus it indicates directly connected loads. Connected panel loads are not included.
% Tap
ETAP
Project:
Base
Location:
Medan
12.6.0H
Contract:
Page:
11
Date:
01-12-2015
SN:
Engineer:
Tidauccy
Filename:
LVDSLM
Study Case: LF
Revision:
Base
Config.:
Normal
Branch Losses Summary Report
CKT / Branch
ID
From-To Bus Flow
To-From Bus Flow
kW
kW
kvar
kvar
% Bus Voltage
Losses
kW
kvar
From
To
Vd
% Drop
in Vmag
Cable5
-68.9
-42.0
69.5
42.2
0.7
0.2
94.8
95.6
0.78
Cable8
62.1
37.9
-61.6
-37.8
0.5
0.1
94.8
94.1
0.70
Cable9
24.9
15.4
-24.7
-15.3
0.2
0.0
94.1
93.6
0.57
Cable10
36.7
22.4
-36.5
-22.4
0.2
0.1
94.1
93.7
0.42
Cable12
9.8
6.1
-9.8
-6.1
0.0
93.7
93.5
0.20
Cable13
22.1
13.5
-21.9
-13.4
0.1
0.0
93.7
93.2
0.50
Cable3
-76.1
-46.3
77.7
46.5
1.5
0.2
95.6
97.2
1.54
Cable4
6.6
4.1
-6.6
-4.1
0.0
0.0
95.6
95.5
0.16
Cable1
52.2
31.8
-51.5
-31.7
0.7
0.1
97.2
96.1
1.03
MK098
-129.8
-78.4
132.5
82.4
2.7
4.1
97.2
100.0
2.83
Cable2
51.5
31.7
-51.0
-31.6
0.5
0.1
96.1
95.3
0.79
Cable17
-19.1
-11.8
19.3
11.8
0.2
0.0
92.3
93.0
0.70
Line2
132.5
81.7
-132.5
-82.4
0.0
-0.7
100.0
100.0
0.01
19.4
11.9
-19.3
-11.8
0.1
0.0
93.2
93.0
0.22
7.5
4.3
Cable16
page 1
LAMPIRAN 14
20:25:47
Dec 01, 2015
Project File: HVDS_2
page 1
LAMPIRAN 15
20:28:13
Dec 01, 2015
Project File: HVDS_2
LAMPIRAN 16
Project:
Base
Location:
Medan
ETAP
12.6.0H
Contract:
Page:
7
Date:
01-12-2015
SN:
Engineer:
Tidauccy
Filename:
NOPQRS
Study Case: LF
Revision:
Base
Config.:
Normal
LOAD FLOW REPORT
Bus
ID
Bus B1
Bus B2
Bus B3
Bus T1
Voltage
V
380
20000
380
20000
% Mag.
97.544
99.992
96.795
99.993
Generation
Ang.
-0.6
0.0
-0.8
0.0
kW
Load
kvar
0
0
0
0
kW
0
0
0
0
Load Flow
kvar
7.2
0
7.6
0
ID
4.4
0
4.6
0
Bus2
20000
99.992
0.0
Bus1
380
96.860
-0.5
Bus2
380
96.951
-0.4
Bus5
380
97.339
Bus7
380
96.585
Bus9
380
* Bus10
Bus11
Bus 12
Bus13
Bus14
Bus15
0
0
0
0
XFMR
kvar
Amp
%PF
6.832
4.199
12.5
Bus 12
-13.987
-8.563
25.5
85.3
Bus 12
-67.614
-42.487
2.3
84.7
Bus13
27.298
17.235
0.9
84.6
Bus14
40.316
25.252
1.4
84.7
85.2
85.1
Bus7
10.498
6.487
19.4
Bus14
-18.093
-11.099
33.3
85.2
Bus10
-135.907
-85.320
4.6
84.7
54.054
34.064
1.8
84.6
Bus T2
Bus T2
kW
Bus 12
81.852
51.256
2.8
84.8
Bus T1
-54.054
-34.121
1.8
84.6
Bus11
54.054
34.121
1.8
84.6
0
52.6
32.6
Bus11
-52.632
-32.618
97.1
85.0
0
0
6.8
4.2
Bus B1
-6.775
-4.199
12.5
85.0
-0.6
0
0
26.7
16.6
BusS11
-26.738
-16.571
49.1
85.0
-0.8
0
0
10.5
6.5
Bus B3
-10.467
-6.487
19.4
85.0
97.379
-0.2
0
0
21.3
13.2
Bus16
-21.279
-13.188
39.1
85.0
20000
100.000
0.0
135.9
84.6
0
0
Bus T1
135.914
84.615
4.6
84.9
380
97.663
-0.6
0
0
0
0
85.1
20000
20000
20000
20000
99.992
99.991
99.991
99.991
0.0
0.0
0.0
0.0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
Bus16
380
98.120
-0.5
0
0
0
0
BusS11
380
97.634
-0.6
0
0
0
0
* 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
53.147
32.761
97.1
Bus T2
Bus1
-53.147
-32.761
97.1
85.1
Bus T1
-81.852
-51.370
2.8
84.7
Bus B2
67.614
42.430
2.3
84.7
Bus B1
14.238
8.939
0.5
84.7
Bus B2
-27.298
-17.293
0.9
84.5
BusS11
27.298
17.293
0.9
84.5
Bus B2
-40.316
-25.309
1.4
84.7
Bus15
21.796
13.570
0.7
84.9
Bus B3
18.520
11.739
0.6
84.5
Bus14
-21.796
-13.627
0.7
84.8
Bus16
21.796
13.627
0.7
84.8
Bus9
21.503
13.188
39.1
85.2
Bus15
-21.503
-13.188
39.1
85.2
Bus5
26.834
16.597
49.1
85.0
Bus13
-26.834
-16.597
49.1
85.0
%Tap
Project:
Base
Location:
Medan
ETAP
12.6.0H
Contract:
Page:
8
Date:
01-12-2015
SN:
Engineer:
Tidauccy
Filename:
TUVWXY
Study Case: LF
Revision:
Base
Config.:
Normal
LOAD FLOW REPORT
Panel / 3-Phase, 1-Phase Systems
Bus/Panel/Phase Adapter
ID
PA1
V
219.393
Voltage
Phase Type
1
PA
Phase
CN
Load*
% Mag
Ang.
97.54
119.4
kW
Load Flow
kvar
0
CKT
0
ID
Phase
XFMR
kW
kvar
Amp
%PF
Bus B1
CN
-4.9
-3.0
26.8
85.5
Cable3
CN
4.9
3.0
26.8
85.5
85.0
Bus3
220.000
1
Bus
CN
95.89
119.9
4.8
3.0
Cable3
CN
-4.8
-3.0
26.8
PA2
219.393
1
PA
AN
97.54
-0.6
0
0
Bus B1
AN
-2.2
-1.4
12.3
85.2
Cable4
AN
2.2
1.4
12.3
85.2
85.0
Bus4
220.000
1
Bus
AN
96.75
-0.5
2.2
1.4
Cable4
AN
-2.2
-1.4
12.3
PA4
219.393
1
PA
CN
96.80
119.2
0
0
Bus B3
CN
-4.9
-3.0
26.8
85.2
Cable6
CN
4.9
3.0
26.8
85.2
85.0
Bus6
220.000
1
Bus
CN
95.83
119.4
4.8
3.0
Cable6
CN
-4.8
-3.0
26.8
PA6
219.393
1
PA
BN
96.80
-120.8
0
0
Bus B3
BN
-2.7
-1.6
15.0
85.9
Cable8
BN
2.7
1.6
15.0
85.9
Cable8
BN
-2.6
-1.6
15.0
85.0
Bus8
220.000
1
Bus
BN
93.80
-119.8
2.6
1.6
Type: P=Panel, PA=Phase Adapter
*
For panel it indicates internal loads and directly connected loads. Connected panel loads are not included.
For bus it indicates directly connected loads. Connected panel loads are not included.
% Tap
ETAP
Project:
Base
Location:
Medan
12.6.0H
Contract:
Page:
11
Date:
01-12-2015
SN:
Engineer:
Tidauccy
Filename:
Z[\]^`
Study Case: LF
Revision:
Base
Config.:
Normal
Branch Losses Summary Report
CKT / Branch
ID
Cable2
From-To Bus Flow
kW
To-From Bus Flow
kvar
kW
kvar
% Bus Voltage
Losses
kW
6.8
4.2
-6.8
-4.2
0.1
T2
-14.0
-8.6
14.2
8.9
0.3
Line4
-67.6
-42.5
67.6
42.4
Line5
27.3
17.2
-27.3
-17.3
Line6
40.3
25.3
-40.3
Cable7
10.5
6.5
-10.5
-18.1
-11.1
18.5
Line1
-135.9
-85.3
Line2
54.1
34.1
Line3
81.9
T1
54.1
Cable1
Cable5
Cable9
kvar
From
To
Vd
% Drop
in Vmag
97.5
97.0
0.59
0.4
97.5
100.0
2.45
0.0
-0.1
100.0
100.0
0.00
0.0
-0.1
100.0
100.0
0.00
-25.3
0.0
-0.1
100.0
100.0
0.00
-6.5
0.0
96.8
96.6
0.21
11.7
0.4
0.6
96.8
100.0
3.20
135.9
84.6
0.0
-0.7
100.0
100.0
0.01
-54.1
-34.1
0.0
-0.1
100.0
100.0
0.00
51.3
-81.9
-51.4
0.0
-0.1
100.0
100.0
0.00
34.1
-53.1
-32.8
0.9
1.4
100.0
97.7
2.33
-52.6
-32.6
53.1
32.8
0.5
0.1
96.9
97.7
0.80
-26.7
-16.6
26.8
16.6
0.1
0.0
97.3
97.6
0.30
-21.3
-13.2
21.5
13.2
0.2
0.0
97.4
98.1
0.74
T3
27.3
17.3
-26.8
-16.6
0.5
0.7
100.0
97.6
2.36
Line7
21.8
13.6
-21.8
-13.6
0.0
-0.1
100.0
100.0
0.00
T5
21.8
13.6
-21.5
-13.2
0.3
0.4
100.0
98.1
1.87
3.3
2.6
T4
LAMPIRAN 1
MEDAN CLUB
0126602
JALAN CIKDITIRO
JALAN KARTINI
B3
B2
MK
B1
T2
0809975
0827987
0809987
0809999
S1
0661509
0169169
U
KETERANGAN
0857121
2x10=15
0139563
0915072
0136634
KANTOR
PTPN-
:
Sambungan Rumah (SR)
Jaringan Tegangan Rendah (JTR)
Tiang Beton
Tiang Besi
Tiang Kayu
N
S
0906560
0139297
053
200 KVA
4x35
T1
NURHAIDA
TAMBUNAN
B4
KANTOR
KEUANGAN
JALAN PANGERAN DIPONEGORO
LPJU
LIAR
LAMPIRAN 2
No
KD
Gardu Gardu
1
Trf
MK053 B1
Batas
Daya
(VA)
80%
Batas
Daya
(VA)
900
720
2
MK053 B1T
900
720
3
MK053 B1
1300
1040
4
MK053 B1
2200
1760
5
MK053 B1
1300
1040
Sambungan Rumah
ID Pel
GI
120010
LK006
857121
120010
LK006
906560
120010
LK006
809975
120010
LK006
827987
120010
LK006
809987
TIC
Jenis Tiang
Ukuran
Ukuran Panjang Beton Besi Kayu
DAFTAR PELANGGAN PENYULANG LK-006 (TRAFO MK053)
Jenis Connector
Kode Fasa
Jenis Meter
MCB
Jurusan
Stand Stand Stand Stand Stand Stand Stand Stand Stand Stand
Nomor
Terpasang
Paska Pra
Tiang Pearcing Press Okt15 Sept15 Agust15 Juli15 Juni15 Mei15 April15 Mrt15 Feb15 Jan15
R S T Tiang
(Ampere)
2x10
15
12
T1
^
90
96
62
97
154
1801
1921
1300
2x10
15
12
T1
^
0
0
0
0
0
84
86
180
182
2x10
20
12
T1
^
24
26
20
23
25
22
24
16
2x10
4
12
T1
^
243
211
80
186
218
181
150
2x10
4
12
T1
^
89
106
9
103
157
136
0
7
5
120010
MK053 B1 1300
1040
LK006
809999
120010
MK053 B2 197000 157600
LK006
139297
120010
MK053 B2T 7700
6160
LK006
915072
2x10
15
12
T1
^
179
47
0
4X70
30
12
B1
^
1740
1800
240
2x10
10
12
B3
^
1033
264
933
584
745
9
MK053 B2
13200
120010
10560
LK006
136634
4x10
25
12
B3
^
1799
1465
1056
1569
1527
10
MK053 R3
10600
8480
120010
LK006
139563
4x10
25
12
B3
^
1392
1697
2006
592
11
MK053 R3
10600
8480
120010
LK006
126602
4x10
35
12
B3U1
^
1178
1144
1256
12
MK053 R1
2200
1760
120010
LK006
169169
2x10
15
12
B4S1
^
101
153
33000
120010
26400
LK006
661509
4X25
30
12
B4S1
^
6827
7868
6
7
8
13
MK053 S2
2040 13140 13080
2222 2013
Bayar Bayar
Kondisi Meter
Baik
SR
Jenis
Rusak Kabel Kabel Ukuran
Tanah Udara
4
T1
2x10
110
4
T1
2x10
5
39
6
T1
2x10
125
160
170
10
T1
2x10
107
154
0
73
6
T1
2x10
18
7
27
11
6
T1
2x10
3x300
B1
4X70
35
B3
2x10
13200 11700 13020 12780
748
884
1290
604
1246
1436
1161
956 1163
3x20
B3
4x10
1441
1400
687
2136
1125 1030
3x16
B3
4x10
1134
1043
1590
770
770
770
770
3x16
B3U1
4x10
232
232
244
209
219
192
341
84
10
B4S1
2x10
6403
6909
7089
7192
6390
7392
5889
3x50
B4S1
4X25
7009
5894
6560 18701 19754
6371 5358
19366 18625 20098 18847
page 1
LAMPIRAN 3
19:55:29
Dec 01, 2015
Project File: LVDS
page 1
LAMPIRAN 4
19:58:51
Dec 01, 2015
Project File: LVDS
LAMPIRAN 5
Project:
Base
Location:
Medan
ETAP
12.6.0H
Contract:
Page:
7
Date:
25-11-2015
SN:
Engineer:
Tidauccy
Filename:
LVDS
Study Case: LF
Revision:
Base
Config.:
Normal
LOAD FLOW REPORT
Bus
ID
Bus B1
Voltage
V
380
% Mag.
95.515
Generation
Ang.
-1.2
kW
Load
kvar
0
kW
0
Load Flow
kvar
0
ID
0
380
93.629
-0.7
0
0
4.5
2.7
Bus S1
380
380
93.073
92.647
-0.5
-0.4
0
0
0
0
Bus T1
380
94.492
-1.0
0
Bus T2
380
95.416
-1.2
0
* Bus1
20000
100.000
0.0
179.0
Bus2
20000
99.990
0.0
0
0
0
1.3
0
0.8
Amp
%PF
Bus T1
121.445
74.740
226.8
85.2
4.864
3.002
9.1
85.1
Bus B3
46.850
28.167
87.0
85.7
-173.159
-105.909
322.9
85.3
7.852
4.843
15.0
85.1
Bus11
Bus12
Bus B4
XFMR
kvar
Bus T2
Bus2
Bus B3
kW
6.308
3.894
12.0
85.1
Bus B1
-45.689
-28.000
87.0
85.3
Bus B4
27.011
16.527
51.4
85.3
Bus14
6.229
3.840
11.9
85.1
Bus B3
-26.809
-16.498
51.4
85.2
Bus S1
20.580
12.658
39.4
85.2
Bus16
19.185
11.853
37.0
85.1
Bus B4
-20.460
-12.641
39.4
85.1
-119.913
-74.315
226.8
85.0
0
119.9
74.3
Bus B1
0
4.9
3.0
Bus B1
-4.857
-3.001
9.1
85.1
113.9
0
0
Bus2
178.959
113.892
6.1
84.4
0
0
Bus1
-178.946
-114.589
6.1
84.2
Bus B1
178.946
114.589
6.1
84.2
85.0
Bus11
380
93.306
-0.6
0
0
7.8
4.8
Bus B3
-7.815
-4.843
15.0
Bus12
380
93.370
-0.6
0
0
6.3
3.9
Bus B3
-6.284
-3.894
12.0
85.0
Bus14
380
92.712
-0.4
0
0
6.2
3.8
Bus B4
-6.196
-3.840
11.9
85.0
Bus16
380
92.200
-0.4
0
0
19.1
11.8
Bus S1
-19.076
-11.822
37.0
85.0
* 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
%Tap
Project:
Base
Location:
Medan
ETAP
12.6.0H
Contract:
Page:
8
Date:
25-11-2015
SN:
Engineer:
Tidauccy
Filename:
LVDS
Study Case: LF
Revision:
Base
Config.:
Normal
LOAD FLOW REPORT
Panel / 3-Phase, 1-Phase Systems
Bus/Panel/Phase Adapter
ID
PA1
V
219.393
Voltage
Phase Type
1
PA
Phase
AN
Load*
% Mag
Ang.
95.42
-1.2
kW
Load Flow
kvar
0
CKT
0
ID
XFMR
Phase
kW
kvar
Amp
%PF
Bus T2
AN
-0.554
-0.343
3.1
Cable1
AN
0.554
0.343
3.1
85.0
85.0
Bus5
220.000
1
Bus
AN
95.07
-1.1
0.6
0.3
Cable1
AN
-0.553
-0.343
3.1
85.0
PA2
219.393
1
PA
BN
95.42
-121.2
0
0
Bus T2
BN
-0.554
-0.343
3.1
85.0
Cable2
BN
0.554
0.343
3.1
85.0
Bus6
220.000
1
Bus
BN
95.07
-121.1
0.6
0.3
Cable2
BN
-0.553
-0.343
3.1
85.0
PA3
219.393
1
PA
CN
95.42
118.8
0
0
Bus T2
CN
-0.800
-0.494
4.5
85.1
Cable3
CN
0.800
0.494
4.5
85.1
Bus7
220.000
1
Bus
CN
95.00
118.9
0.8
0.5
Cable3
CN
-0.798
-0.494
4.5
85.0
PA4
219.393
1
PA
CN
95.42
118.8
0
0
Bus T2
CN
-1.4
-0.834
7.6
85.1
Cable4
CN
1.4
0.834
7.6
85.1
Bus8
220.000
1
Bus
CN
94.84
119.0
1.3
0.8
Cable4
CN
-1.3
-0.834
7.6
85.0
PA5
219.393
1
PA
AN
95.42
-1.2
0
0
Bus T2
AN
-0.799
-0.494
4.5
85.1
Cable5
AN
0.799
0.494
4.5
85.1
Bus9
220.000
1
Bus
AN
94.97
-1.1
0.8
0.5
Cable5
AN
-0.797
-0.494
4.5
85.0
PA6
219.393
1
PA
BN
95.42
-121.2
0
0
Bus T2
BN
-0.799
-0.493
4.5
85.1
Cable6
BN
0.799
0.493
4.5
85.1
85.0
Bus10
220.000
1
Bus
BN
94.88
-121.1
0.8
0.5
Cable6
BN
-0.796
-0.493
4.5
PA7
219.393
1
PA
BN
93.63
-120.7
0
0
Bus B3
BN
-4.5
-2.7
25.7
85.5
Cable8
BN
4.5
2.7
25.7
85.5
Bus13
220.000
1
Bus
BN
91.82
-120.1
4.4
2.7
Cable8
BN
-4.4
-2.7
25.7
85.0
PA8
219.393
1
PA
AN
92.65
-0.4
0
0
Bus S1
AN
-1.3
-0.788
7.4
85.1
Cable12
AN
1.3
0.788
7.4
85.1
Cable12
AN
-1.3
-0.788
7.4
85.0
Bus15
220.000
1
Bus
AN
92.20
-0.4
1.3
0.8
Type: P=Panel, PA=Phase Adapter
*
For panel it indicates internal loads and directly connected loads. Connected panel loads are not included.
For bus it indicates directly connected loads. Connected panel loads are not included.
% Tap
ETAP
Project:
Base
Location:
Medan
12.6.0H
Contract:
Page:
11
Date:
25-11-2015
SN:
Engineer:
Tidauccy
Filename:
LVDS
Study Case: LF
Revision:
Base
Config.:
Normal
Branch Losses Summary Report
CKT / Branch
ID
Cable7
Cable14
From-To Bus Flow
To-From Bus Flow
kW
kW
kvar
kvar
% Bus Voltage
Losses
kW
kvar
From
To
Vd
% Drop
in Vmag
121.4
74.7
-119.9
-74.3
1.5
0.4
95.5
94.5
1.02
4.9
3.0
-4.9
-3.0
0.0
0.0
95.5
95.4
0.10
Cable15
46.9
28.2
-45.7
-28.0
1.2
0.2
95.5
93.6
1.89
MK053
-173.2
-105.9
178.9
114.6
5.8
8.7
95.5
100.0
4.48
Cable9
7.9
4.8
-7.8
-4.8
0.0
0.0
Cable10
6.3
3.9
-6.3
-3.9
0.0
Cable16
27.0
16.5
-26.8
-16.5
0.2
93.6
93.3
0.32
93.6
93.4
0.26
0.0
93.6
93.1
0.56
Cable11
6.2
3.8
-6.2
-3.8
0.0
0.0
93.1
92.7
0.36
Cable17
20.6
12.7
-20.5
-12.6
0.1
0.0
93.1
92.6
0.43
Cable13
Line2
19.2
11.9
-19.1
-11.8
0.1
0.0
92.6
92.2
0.45
179.0
113.9
-178.9
-114.6
0.0
-0.7
100.0
100.0
0.01
9.0
8.7
page 1
LAMPIRAN 6
20:06:01
Dec 01, 2015
Project File: HVDS
page 1
LAMPIRAN 7
20:08:29
Dec 01, 2015
Project File: HVDS
LAMPIRAN 8
Project:
Base
Location:
Medan
ETAP
12.6.0H
Contract:
Page:
7
Date:
26-11-2015
SN:
Engineer:
Tidauccy
Filename:
HVDS
Study Case: LF
Revision:
Base
Config.:
Normal
LOAD FLOW REPORT
Bus
ID
Bus B1
Bus B2
Bus B3
Voltage
V
20000
20000
380
% Mag.
99.990
99.989
98.202
Generation
Ang.
0.0
0.0
-0.5
kW
Load
kvar
0
0
0
kW
0
0
0
Load Flow
kvar
0
0
5.0
ID
0
0
3.0
Bus B4
20000
99.989
0.0
0
0
0
0
Bus S1
380
97.410
-0.7
0
0
0
0
Bus T1
20000
99.990
0.0
0
0
0
0
Bus T1
380
99.085
-0.2
0
* Bus1
20000
100.000
0.0
Bus2
20000
99.990
0.0
Bus3
380
97.204
-0.7
XFMR
kvar
Amp
%PF
-128.924
-81.904
4.4
84.4
Bus3
128.924
81.904
4.4
84.4
Bus T1
-50.735
-31.871
1.7
84.7
Bus B4
29.921
18.848
1.0
84.6
Bus B3
20.814
13.023
0.7
84.8
Bus11
8.638
5.328
15.7
85.1
Bus12
6.939
4.284
12.6
85.1
Bus B2
-20.546
-12.621
37.3
85.2
Bus B2
-29.921
-18.905
1.0
84.5
Bus S1
29.921
18.905
1.0
84.5
Bus14
6.823
4.206
12.5
85.1
Bus17
22.542
13.865
41.3
85.2
Bus B4
-29.365
-18.071
53.8
85.2
-184.931
-116.870
6.3
84.5
Bus1
Bus2
Bus T2
kW
5.272
3.231
0.2
85.3
Bus B1
128.924
81.882
4.4
84.4
Bus B2
50.735
31.756
1.7
84.8
Bus2
-5.238
-3.237
9.4
85.1
84.7
0
5.2
3.2
184.9
116.2
0
0
Bus T1
184.945
116.174
6.3
0
0
0
0
Bus T1
-5.272
-3.288
0.2
84.9
Bus T2
5.272
3.288
0.2
84.9
0
0
0
0
Bus4
126.335
78.020
232.1
85.1
Bus B1
-126.335
-78.020
232.1
85.1
Bus3
Bus4
380
96.681
-0.6
0
0
125.5
77.8
-125.533
-77.798
232.1
85.0
Bus11
380
97.863
-0.4
0
0
8.6
5.3
Bus B3
-8.597
-5.328
15.7
85.0
Bus12
380
97.930
-0.4
0
0
6.9
4.3
Bus B3
-6.913
-4.284
12.6
85.0
Bus14
380
97.032
-0.5
0
0
6.8
4.2
Bus S1
-6.787
-4.206
12.5
85.0
Bus16
380
96.496
-0.5
0
0
20.9
12.9
Bus17
-20.895
-12.950
38.7
85.0
Bus17
380
96.963
-0.6
0
0
1.4
0.9
Bus16
21.014
12.983
38.7
85.1
Bus S1
-22.411
-13.847
41.3
85.1
* 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
%Tap
Project:
Base
Location:
Medan
ETAP
12.6.0H
Contract:
Page:
8
Date:
26-11-2015
SN:
Engineer:
Tidauccy
Filename:
HVDS
Study Case: LF
Revision:
Base
Config.:
Normal
LOAD FLOW REPORT
Panel / 3-Phase, 1-Phase Systems
Bus/Panel/Phase Adapter
ID
PA1
V
219.393
Voltage
Phase Type
1
PA
Phase
AN
Load*
% Mag
Ang.
99.08
-0.2
kW
Load Flow
kvar
0
CKT
0
ID
XFMR
Phase
kW
kvar
Amp
%PF
Bus T2
AN
-0.597
-0.370
3.2
Cable1
AN
0.597
0.370
3.2
85.0
85.0
Bus5
220.000
1
Bus
AN
98.73
-0.2
0.6
0.4
Cable1
AN
-0.597
-0.370
3.2
85.0
PA2
219.393
1
PA
BN
99.08
-120.2
0
0
Bus T2
BN
-0.597
-0.370
3.2
85.0
Cable2
BN
0.597
0.370
3.2
85.0
Bus6
220.000
1
Bus
BN
98.73
-120.2
0.6
0.4
Cable2
BN
-0.597
-0.370
3.2
85.0
PA3
219.393
1
PA
CN
99.08
119.8
0
0
Bus T2
CN
-0.862
-0.533
4.7
85.1
Cable3
CN
0.862
0.533
4.7
85.1
Bus7
220.000
1
Bus
CN
98.65
119.8
0.9
0.5
Cable3
CN
-0.860
-0.533
4.7
85.0
PA4
219.393
1
PA
CN
99.08
119.8
0
0
Bus T2
CN
-1.5
-0.899
7.9
85.1
Cable4
CN
1.5
0.899
7.9
85.1
Bus8
220.000
1
Bus
CN
98.49
119.9
1.5
0.9
Cable4
CN
-1.5
-0.899
7.9
85.0
PA5
219.393
1
PA
AN
99.08
-0.2
0
0
Bus T2
AN
-0.862
-0.533
4.7
85.1
Cable5
AN
0.862
0.533
4.7
85.1
Bus9
220.000
1
Bus
AN
98.62
-0.2
0.9
0.5
Cable5
AN
-0.860
-0.533
4.7
85.0
PA6
219.393
1
PA
BN
99.08
-120.2
0
0
Bus T2
BN
-0.862
-0.532
4.7
85.1
Cable6
BN
0.862
0.532
4.7
85.1
85.0
Bus10
220.000
1
Bus
BN
98.53
-120.1
0.9
0.5
Cable6
BN
-0.858
-0.532
4.7
PA7
219.393
1
PA
BN
98.20
-120.5
0
0
Bus B3
BN
-5.0
-3.0
27.0
85.5
Cable8
BN
5.0
3.0
27.0
85.5
Bus13
220.000
1
Bus
BN
96.30
-119.9
4.9
3.0
Cable8
BN
-4.9
-3.0
27.0
85.0
PA8
219.393
1
PA
AN
96.96
-0.6
0
0
Bus17
AN
-1.4
-0.863
7.7
85.1
Cable12
AN
1.4
0.863
7.7
85.1
Cable12
AN
-1.4
-0.863
7.7
85.0
Bus15
220.000
1
Bus
AN
96.50
-0.5
1.4
0.9
Type: P=Panel, PA=Phase Adapter
*
For panel it indicates internal loads and directly connected loads. Connected panel loads are not included.
For bus it indicates directly connected loads. Connected panel loads are not included.
% Tap
ETAP
Project:
Base
Location:
Medan
12.6.0H
Contract:
Page:
11
Date:
26-11-2015
SN:
Engineer:
Tidauccy
Filename:
HVDS
Study Case: LF
Revision:
Base
Config.:
Normal
Branch Losses Summary Report
CKT / Branch
ID
From-To Bus Flow
To-From Bus Flow
kW
kW
kvar
kW
kvar
Vd
% Drop
in Vmag
From
To
-128.9
-81.9
128.9
81.9
0.0
0.0
100.0
100.0
0.00
T2
128.9
81.9
-126.3
-78.0
2.6
3.9
100.0
97.2
2.79
Line4
-50.7
-31.9
50.7
31.8
0.0
-0.1
100.0
100.0
0.00
Line5
29.9
18.8
-29.9
-18.9
0.0
-0.1
100.0
100.0
0.00
T3
Line3
kvar
% Bus Voltage
Losses
20.8
13.0
-20.5
-12.6
0.3
0.4
100.0
98.2
1.79
Cable9
8.6
5.3
-8.6
-5.3
0.0
0.0
98.2
97.9
0.34
Cable10
6.9
4.3
-6.9
-4.3
0.0
0.0
98.2
97.9
0.27
29.9
18.9
-29.4
-18.1
0.6
0.8
100.0
97.4
2.58
6.8
4.2
-6.8
-4.2
0.0
0.0
97.4
97.0
0.38
T4
Cable11
Cable14
Line1
Line2
22.5
13.9
-22.4
-13.8
0.1
0.0
97.4
97.0
0.45
-184.9
-116.9
184.9
116.2
0.0
-0.7
100.0
100.0
0.01
0.00
5.3
3.2
-5.3
-3.3
0.0
-0.1
100.0
100.0
-5.2
-3.2
5.3
3.3
0.0
0.1
99.1
100.0
0.90
Cable7
126.3
78.0
-125.5
-77.8
0.8
0.2
97.2
96.7
0.52
Cable13
-20.9
-12.9
21.0
13.0
0.1
0.0
96.5
97.0
0.47
4.6
4.5
T1
LAMPIRAN 9
$%&'
$&(
)*+,--)
MK 98
200 KVA
1
B
4
B
4
0079854
JALAN USKUP AGUNG
JALAN CIKDITIRO
0079879
4x35
1
B4
B2
B
4
B3
POS POLISI
LIAR
B1
0079673
0645448
S1
RMH DNS
POLDA
0079660
U
()
(
)
N
!"
#
y
JALAN SUDIRMAN
S1
JALAN LINGGAR JATI
UANDA
0715869
TrafficLight
0827157
LPJU
S
./012.3
45JU
2
LAMPIRAN 10
Ba=9? 80%
N>
KD
T8H Daya daya
Ga8C7 Ga8C7
(VA) Max
1
MK098 B2 82500 66000
2
MK098 P3 10600 8480
3
MK098 P3
7700
6160
4
MK098 P3
3500
2800
5
MK098 R3 41500 33200
6
MK098 B2
7
MK098 R3 16500 13200
8
MK098 B1T 4400
9
7700
6160
3520
MK098 R3 33000 26400
Id Pel
120010
876550
120010
719802
120010
827157
120010
715869
120010
079660
120010
645448
120010
079673
120010
079879
120010
079854
GI
Sambungan
TIC
Jenis Tiang
Ukuran
U6789: Pa:;9:< Be=>: Be?@ Kay7
DAFTAR PELANGGAN PENYULANG LK-006 (TRAFO MK098)
Kode Fasa
Jenis Conector
MCB
Jurusan
Stand Stand
Stand Stand Stand Stand S=9:C S=9:C S=9:C S=9:C
Terpasang
Tiang Pearcing Press Okt15 Sept15 Agust15 Juli15 Juni15 Mei15 AD8@EFG M8=FG Feb1G Ja:FG
R S T
(Ampere)
Jenis Meter
Nomor
Tiang
Paska Pra
Bayar Bayar
Kondisi Meter
SR
Jenis
Baik
Rusak
Kabel Kabel Ukuran
Tanah Udara
LK006
4x70
55
7
AB
^
8970
8610
8310
8730
8280
8100
8790
7170
7560
7440
3x125
AB
4x70
LK006
4x10
15
12
S1
^
3975
3975
3975
3975
3975
3975
3975
3975
3975
3975
3x16
S1
4x10
LK006
2x10
30
12
S1B1
^
2888
2888
2888
2888
2888
2888
2888
2888
2888
2888
35
S1B1
2x10
LK006
2x10
25
12
S1B1
^
1313
1313
1313
1313
2520
1313
1313
1313
1313
1313
16
S1B1
2x10
LK006
4x70
40
S1B2S1
^
9591
7837
9239
9212
8835
8712
8179
7299
7704
8182
3x63
S1B2S1
4x70
LK006
2x10
15
9
S1B3
^
495
609
1031
555
663
485
555
938
601
613
35
S1B3
2x10
LK006
4x16
20
9
S1B3
^
3033
3304
3693
3350
2515
2752
3425
2598
3070
3135
3x25
S1B3
4x16
LK006
2x10
25
9
S1B4U1
^
488
449
0
815
407
407
407
407
407
407
20
S1B4U1
2x10
9
S1B4U1
T1
^
5127
3744
665
934
895
1704
2407
1562
1722
2274
3x50
S1B4U1T1
4x16
35880
32729
LK006
4x16
35
12
31114 31772 30978 30336
31939 28150 29240 30227
page 1
LAMPIRAN 11
20:18:23
Dec 01, 2015
Project File: LVDS_2
page 1
LAMPIRAN 12
20:21:15
Dec 01, 2015
Project File: LVDS_2
LAMPIRAN 13
Project:
Base
Location:
Medan
ETAP
12.6.0H
Contract:
Page:
7
Date:
01-12-2015
SN:
Engineer:
Tidauccy
Filename:
LVDS_I
Study Case: LF
Revision:
Base
Config.:
Normal
LOAD FLOW REPORT
Bus
ID
Bus B1
Bus B2
Bus B3
Bus S1
Voltage
V
380
380
380
380
% Mag.
94.845
94.143
93.725
95.623
Generation
Ang.
-0.2
-0.1
0.0
-0.4
kW
Load
kvar
0
0
0
0
kW
0
0
0
0
Load Flow
kvar
6.8
0
4.6
0
ID
4.1
0
2.8
0
Bus T2
380
97.159
96.125
-0.8
-0.5
0
0
0
0
0
0
0
0
380
95.335
-0.4
Bus2
380
95.464
-0.3
Bus5
380
93.576
Bus7
380
93.522
Bus9
380
* Bus10
%PF
-68.864
-42.048
129.3
85.3
62.100
37.922
116.6
85.3
Bus B1
-61.560
-37.773
116.6
85.2
Bus5
24.888
15.363
47.2
85.1
Bus B3
36.673
22.410
69.4
85.3
Bus B2
-36.482
-22.357
69.4
85.3
Bus7
9.843
6.082
18.8
85.1
Bus12
22.085
13.481
41.9
85.4
Bus T1
-76.111
-46.303
141.6
85.4
6.584
4.071
12.3
85.1
69.527
42.232
129.3
85.5
Bus T2
52.189
31.838
95.6
85.4
Bus S1
77.650
46.523
141.6
85.8
Bus11
-129.839
-78.361
237.1
85.6
Bus T1
-51.487
-31.738
95.6
85.1
51.487
31.738
95.6
85.1
Bus1
Bus1
Amp
Bus S1
Bus B1
380
XFMR
kvar
Bus B2
Bus2
Bus T1
kW
0
51.0
31.6
Bus T2
-50.988
-31.599
95.6
85.0
0
0
6.6
4.1
Bus S1
-6.569
-4.071
12.3
85.0
0.0
0
0
24.7
15.3
Bus B2
-24.711
-15.314
47.2
85.0
0.0
0
0
9.8
6.1
Bus B3
-9.814
-6.082
18.8
85.0
92.295
0.3
0
0
19.1
11.8
Bus13
-19.115
-11.846
37.0
85.0
20000
100.000
0.0
132.5
81.7
0
0
Bus11
132.549
81.710
4.5
85.1
Bus11
20000
99.993
0.0
0
0
0
0
Bus10
-132.541
-82.416
4.5
84.9
Bus T1
132.541
82.416
4.5
84.9
Bus12
380
93.220
0.0
0
0
2.6
1.6
Bus B3
-21.945
-13.442
41.9
85.3
Bus13
19.371
11.862
37.0
85.3
Bus12
-19.316
-11.847
37.0
85.2
Bus9
19.316
11.846
37.0
85.2
Bus13
380
92.998
0.1
0
0
0
* 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
0
0
%Tap
Project:
Base
Location:
Medan
ETAP
12.6.0H
Contract:
Page:
8
Date:
01-12-2015
SN:
Engineer:
Tidauccy
Filename:
LVDSJK
Study Case: LF
Revision:
Base
Config.:
Normal
LOAD FLOW REPORT
Panel / 3-Phase, 1-Phase Systems
Bus/Panel/Phase Adapter
ID
PA1
V
219.393
Voltage
Phase Type
1
PA
Phase
CN
Load*
% Mag
Ang.
94.84
119.8
kW
Load Flow
kvar
0
CKT
0
ID
Phase
XFMR
kW
kvar
Amp
%PF
Bus B1
CN
-4.6
-2.8
26.1
85.5
Cable6
CN
4.6
2.8
26.1
85.5
85.0
Bus3
220.000
1
Bus
CN
93.23
120.3
4.6
2.8
Cable6
CN
-4.6
-2.8
26.1
PA2
219.393
1
PA
AN
94.84
-0.2
0
0
Bus B1
AN
-2.1
-1.3
12.0
85.2
Cable7
AN
2.1
1.3
12.0
85.2
85.0
Bus4
220.000
1
Bus
AN
94.07
0.0
2.1
1.3
Cable7
AN
-2.1
-1.3
12.0
PA4
219.393
1
PA
CN
93.73
120.0
0
0
Bus B3
CN
-4.6
-2.8
26.0
85.2
Cable11
CN
4.6
2.8
26.0
85.2
Cable11
CN
-4.5
-2.8
26.0
85.0
Bus12
BN
-2.6
-1.6
14.8
85.2
Cable15
BN
2.6
1.6
14.8
85.2
Cable15
BN
-2.6
-1.6
14.8
85.0
Bus6
220.000
1
Bus
CN
92.80
120.2
4.5
2.8
PA6
219.393
1
PA
BN
93.22
-120.0
0
0
Bus8
220.000
1
Bus
BN
92.33
-119.7
2.6
1.6
Type: P=Panel, PA=Phase Adapter
*
For panel it indicates internal loads and directly connected loads. Connected panel loads are not included.
For bus it indicates directly connected loads. Connected panel loads are not included.
% Tap
ETAP
Project:
Base
Location:
Medan
12.6.0H
Contract:
Page:
11
Date:
01-12-2015
SN:
Engineer:
Tidauccy
Filename:
LVDSLM
Study Case: LF
Revision:
Base
Config.:
Normal
Branch Losses Summary Report
CKT / Branch
ID
From-To Bus Flow
To-From Bus Flow
kW
kW
kvar
kvar
% Bus Voltage
Losses
kW
kvar
From
To
Vd
% Drop
in Vmag
Cable5
-68.9
-42.0
69.5
42.2
0.7
0.2
94.8
95.6
0.78
Cable8
62.1
37.9
-61.6
-37.8
0.5
0.1
94.8
94.1
0.70
Cable9
24.9
15.4
-24.7
-15.3
0.2
0.0
94.1
93.6
0.57
Cable10
36.7
22.4
-36.5
-22.4
0.2
0.1
94.1
93.7
0.42
Cable12
9.8
6.1
-9.8
-6.1
0.0
93.7
93.5
0.20
Cable13
22.1
13.5
-21.9
-13.4
0.1
0.0
93.7
93.2
0.50
Cable3
-76.1
-46.3
77.7
46.5
1.5
0.2
95.6
97.2
1.54
Cable4
6.6
4.1
-6.6
-4.1
0.0
0.0
95.6
95.5
0.16
Cable1
52.2
31.8
-51.5
-31.7
0.7
0.1
97.2
96.1
1.03
MK098
-129.8
-78.4
132.5
82.4
2.7
4.1
97.2
100.0
2.83
Cable2
51.5
31.7
-51.0
-31.6
0.5
0.1
96.1
95.3
0.79
Cable17
-19.1
-11.8
19.3
11.8
0.2
0.0
92.3
93.0
0.70
Line2
132.5
81.7
-132.5
-82.4
0.0
-0.7
100.0
100.0
0.01
19.4
11.9
-19.3
-11.8
0.1
0.0
93.2
93.0
0.22
7.5
4.3
Cable16
page 1
LAMPIRAN 14
20:25:47
Dec 01, 2015
Project File: HVDS_2
page 1
LAMPIRAN 15
20:28:13
Dec 01, 2015
Project File: HVDS_2
LAMPIRAN 16
Project:
Base
Location:
Medan
ETAP
12.6.0H
Contract:
Page:
7
Date:
01-12-2015
SN:
Engineer:
Tidauccy
Filename:
NOPQRS
Study Case: LF
Revision:
Base
Config.:
Normal
LOAD FLOW REPORT
Bus
ID
Bus B1
Bus B2
Bus B3
Bus T1
Voltage
V
380
20000
380
20000
% Mag.
97.544
99.992
96.795
99.993
Generation
Ang.
-0.6
0.0
-0.8
0.0
kW
Load
kvar
0
0
0
0
kW
0
0
0
0
Load Flow
kvar
7.2
0
7.6
0
ID
4.4
0
4.6
0
Bus2
20000
99.992
0.0
Bus1
380
96.860
-0.5
Bus2
380
96.951
-0.4
Bus5
380
97.339
Bus7
380
96.585
Bus9
380
* Bus10
Bus11
Bus 12
Bus13
Bus14
Bus15
0
0
0
0
XFMR
kvar
Amp
%PF
6.832
4.199
12.5
Bus 12
-13.987
-8.563
25.5
85.3
Bus 12
-67.614
-42.487
2.3
84.7
Bus13
27.298
17.235
0.9
84.6
Bus14
40.316
25.252
1.4
84.7
85.2
85.1
Bus7
10.498
6.487
19.4
Bus14
-18.093
-11.099
33.3
85.2
Bus10
-135.907
-85.320
4.6
84.7
54.054
34.064
1.8
84.6
Bus T2
Bus T2
kW
Bus 12
81.852
51.256
2.8
84.8
Bus T1
-54.054
-34.121
1.8
84.6
Bus11
54.054
34.121
1.8
84.6
0
52.6
32.6
Bus11
-52.632
-32.618
97.1
85.0
0
0
6.8
4.2
Bus B1
-6.775
-4.199
12.5
85.0
-0.6
0
0
26.7
16.6
BusS11
-26.738
-16.571
49.1
85.0
-0.8
0
0
10.5
6.5
Bus B3
-10.467
-6.487
19.4
85.0
97.379
-0.2
0
0
21.3
13.2
Bus16
-21.279
-13.188
39.1
85.0
20000
100.000
0.0
135.9
84.6
0
0
Bus T1
135.914
84.615
4.6
84.9
380
97.663
-0.6
0
0
0
0
85.1
20000
20000
20000
20000
99.992
99.991
99.991
99.991
0.0
0.0
0.0
0.0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
Bus16
380
98.120
-0.5
0
0
0
0
BusS11
380
97.634
-0.6
0
0
0
0
* 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
53.147
32.761
97.1
Bus T2
Bus1
-53.147
-32.761
97.1
85.1
Bus T1
-81.852
-51.370
2.8
84.7
Bus B2
67.614
42.430
2.3
84.7
Bus B1
14.238
8.939
0.5
84.7
Bus B2
-27.298
-17.293
0.9
84.5
BusS11
27.298
17.293
0.9
84.5
Bus B2
-40.316
-25.309
1.4
84.7
Bus15
21.796
13.570
0.7
84.9
Bus B3
18.520
11.739
0.6
84.5
Bus14
-21.796
-13.627
0.7
84.8
Bus16
21.796
13.627
0.7
84.8
Bus9
21.503
13.188
39.1
85.2
Bus15
-21.503
-13.188
39.1
85.2
Bus5
26.834
16.597
49.1
85.0
Bus13
-26.834
-16.597
49.1
85.0
%Tap
Project:
Base
Location:
Medan
ETAP
12.6.0H
Contract:
Page:
8
Date:
01-12-2015
SN:
Engineer:
Tidauccy
Filename:
TUVWXY
Study Case: LF
Revision:
Base
Config.:
Normal
LOAD FLOW REPORT
Panel / 3-Phase, 1-Phase Systems
Bus/Panel/Phase Adapter
ID
PA1
V
219.393
Voltage
Phase Type
1
PA
Phase
CN
Load*
% Mag
Ang.
97.54
119.4
kW
Load Flow
kvar
0
CKT
0
ID
Phase
XFMR
kW
kvar
Amp
%PF
Bus B1
CN
-4.9
-3.0
26.8
85.5
Cable3
CN
4.9
3.0
26.8
85.5
85.0
Bus3
220.000
1
Bus
CN
95.89
119.9
4.8
3.0
Cable3
CN
-4.8
-3.0
26.8
PA2
219.393
1
PA
AN
97.54
-0.6
0
0
Bus B1
AN
-2.2
-1.4
12.3
85.2
Cable4
AN
2.2
1.4
12.3
85.2
85.0
Bus4
220.000
1
Bus
AN
96.75
-0.5
2.2
1.4
Cable4
AN
-2.2
-1.4
12.3
PA4
219.393
1
PA
CN
96.80
119.2
0
0
Bus B3
CN
-4.9
-3.0
26.8
85.2
Cable6
CN
4.9
3.0
26.8
85.2
85.0
Bus6
220.000
1
Bus
CN
95.83
119.4
4.8
3.0
Cable6
CN
-4.8
-3.0
26.8
PA6
219.393
1
PA
BN
96.80
-120.8
0
0
Bus B3
BN
-2.7
-1.6
15.0
85.9
Cable8
BN
2.7
1.6
15.0
85.9
Cable8
BN
-2.6
-1.6
15.0
85.0
Bus8
220.000
1
Bus
BN
93.80
-119.8
2.6
1.6
Type: P=Panel, PA=Phase Adapter
*
For panel it indicates internal loads and directly connected loads. Connected panel loads are not included.
For bus it indicates directly connected loads. Connected panel loads are not included.
% Tap
ETAP
Project:
Base
Location:
Medan
12.6.0H
Contract:
Page:
11
Date:
01-12-2015
SN:
Engineer:
Tidauccy
Filename:
Z[\]^`
Study Case: LF
Revision:
Base
Config.:
Normal
Branch Losses Summary Report
CKT / Branch
ID
Cable2
From-To Bus Flow
kW
To-From Bus Flow
kvar
kW
kvar
% Bus Voltage
Losses
kW
6.8
4.2
-6.8
-4.2
0.1
T2
-14.0
-8.6
14.2
8.9
0.3
Line4
-67.6
-42.5
67.6
42.4
Line5
27.3
17.2
-27.3
-17.3
Line6
40.3
25.3
-40.3
Cable7
10.5
6.5
-10.5
-18.1
-11.1
18.5
Line1
-135.9
-85.3
Line2
54.1
34.1
Line3
81.9
T1
54.1
Cable1
Cable5
Cable9
kvar
From
To
Vd
% Drop
in Vmag
97.5
97.0
0.59
0.4
97.5
100.0
2.45
0.0
-0.1
100.0
100.0
0.00
0.0
-0.1
100.0
100.0
0.00
-25.3
0.0
-0.1
100.0
100.0
0.00
-6.5
0.0
96.8
96.6
0.21
11.7
0.4
0.6
96.8
100.0
3.20
135.9
84.6
0.0
-0.7
100.0
100.0
0.01
-54.1
-34.1
0.0
-0.1
100.0
100.0
0.00
51.3
-81.9
-51.4
0.0
-0.1
100.0
100.0
0.00
34.1
-53.1
-32.8
0.9
1.4
100.0
97.7
2.33
-52.6
-32.6
53.1
32.8
0.5
0.1
96.9
97.7
0.80
-26.7
-16.6
26.8
16.6
0.1
0.0
97.3
97.6
0.30
-21.3
-13.2
21.5
13.2
0.2
0.0
97.4
98.1
0.74
T3
27.3
17.3
-26.8
-16.6
0.5
0.7
100.0
97.6
2.36
Line7
21.8
13.6
-21.8
-13.6
0.0
-0.1
100.0
100.0
0.00
T5
21.8
13.6
-21.5
-13.2
0.3
0.4
100.0
98.1
1.87
3.3
2.6
T4