This document contains a list of 17 power flow analysis cases for a project, including cases for maximum, minimum, and average demand in both the dry and rainy seasons, as well as contingency cases. For each case, it provides the case name, description, and identifies the corresponding output sheet and table. The first page displayed the results for the maximum dry season 2014 demand without the project, showing flow information for various transmission lines.

1. ANEXO I
RESULTADOS DE FLUJO DE POTENCIA

2. LISTA DE CASOS DE ANALISIS DE FLUJO DE POTENCIA
CASO ANEXO I
N° DESCRIPCION FLUJO LAMINA CUADRO
CASOS DE FLUJO SIN PROYECTO
1 Maxima Demanda Estiaje 2014 Sin Proyecto FLOW_Es14max_CH_OUT 1 1
2 Minima Demanda Estiaje 2014 Sin Proyecto FLOW_Es14min_CH_OUT 2 2
CASOS DE FLUJO CON PROYECTO
3 Maxima Demanda Estiaje 2014 Con Proyecto FLOW_Es14max 3 3
4 Media Demanda Estiaje 2014 Con Proyecto FLOW_Es14med 4 4
5 Minima Demanda Estiaje 2014 Con Proyecto FLOW_Es14min 5 5
6 Maxima Demanda Avenida 2015 Con Proyecto FLOW_Av15max 6 6
7 Media Demanda Avenida 2015 Con Proyecto FLOW_Av15med 7 7
8 Minima Demanda Avenida 2015 Con Proyecto FLOW_Av15min 8 8
9 Maxima Demanda Estiaje 2015 Con Proyecto FLOW_Es15max 9 9
10 Media Demanda Estiaje 2015 Con Proyecto FLOW_Es15med 10 10
11 Minima Demanda Estiaje 2015 Con Proyecto FLOW_Es15min 11 11
CASOS DE FLUJO EN CONTINGENCIA
12 Maxima Demanda Estiaje 2015 C/P Salida Chanchamayo FLOW_Es15max_Salida_Chanchamayo 12 12
13 Minima Demanda Estiaje 2015 C/P Salida Chanchamayo FLOW_Es15min_Salida_Chanchamayo 13 13
14 Maxima Demanda Estiaje 2015 C/P Salida Tr Yanango Nueva FLOW_Es15max_SalidaTr2YanangoN 14 14
15 Minima Demanda Estiaje 2015 C/P Salida Tr Yanango Nueva FLOW_Es15min_SalidaTr2YanangoN 15 15
16 Maxima Demanda Estiaje 2015 C/P Salida Chimay FLOW_Es15max_SalidaChimay 16 16
17 Minima Demanda Estiaje 2015 C/P Salida Chimay FLOW_Es15min_SalidaChimay 17 17
18 Maxima Demanda Estiaje 2015 C/P Salida CH H1 FLOW_Es15max_SalidaCH_H1 18 18
19 Minima Demanda Estiaje 2015 C/P Salida CH H1 FLOW_Es15miin_SalidaCH_H1 19 19

3. LAMINA Nº1: FLOW_Es14max_CH_OUT
DIgSILENT
Ul=124.92 kV Ul=224.27 kV
COND138 u=0.91 p.u.
phiu=23.16 deg
u=1.02 p.u.
phiu=28.28 deg
PACHA220
P= -20.14 MW P=0.05 MW P= 3.60 MW P=18.00 MW P=-165.92 MW
Q=-12.88 Mvar Q=3.75 Mvar Q=0.90 Mvar Q= 3.66 Mvar Q=7.48 Mvar
loading=22.59 % loading=19.28 % = = loading=57.07 %
Lod cond138
P=-0.05 MW
Q= -3.67 Mvar
COND44 loading=19.28 %
lod AmplCementoAndino_2012 Lne Pachachaca-Yanango_L2256
Ul=44.48 kV
u=1.01 p.u.
phiu=-126...
P=0.05 MW
Q=3.67 Mvar
loading=18.17 %
P= 168.39 MW
Q=3.40 Mvar
loading=57.07 %
Ul=227.18 kV
YANA220 u=1.03 p.u.
phiu=37.06 deg
P= -146.66 MW P=-21.73 MW
Q=3.21 Mvar Q=-6.61 Mvar
loading=74.61 % loading=46.27 %
HUAS2
tr2 yan_271
Ul=43.92 kV
u=1.00 p.u.
phiu=-123...
P= -0.01 MW P=5.96 MW P=21.87 MW
Q=-3.72 Mvar Q=-1.44 Mvar P=7.73 MW Q=8.22 Mvar
loading=18.17 % loading=28.80 % Q=3.42 Mvar loading=46.27 %
loading=39.72 % YANA10
TARMA44 Lne Huas-Derv1
Ul=43.84 kV Lne Huas-Derv2 Ul=10.10 kV
u=1.00 p.u. u=1.01 p.u.
phiu=-126... P=5.90 MW P=-5.89 MW phiu= -109...
Q=2.25 Mvar Q= 1.47 Mvar
Lod San Vicente
loading=87.88 % loading=29.85 %
loading=29.85 %
loading=41.47 %
loading=41.47 %
Q=-1.45 Mvar
Q=-3.23 Mvar
Q=3.41 Mvar
Q=0.11 Mvar
P=-7.63 MW
P=5.96 MW
P=1.55 MW
P=7.72 MW
Lne Ninatambo-Puntayacu44_1
Lne Ninatambo-Puntayacu44_2
Lne Puntayacu-Chanchamayo44
=
P=6.08 MW
Q=3.12 Mvar
loading=34.40 %
P=-1.93 MW P=-3.97 MW
P=1.93 MW Q=-0.19 Mvar Q=-1.78 Mvar P=3.97 MW
Q=0.19 Mvar loading=87.88 % loading=87.88 % Q= 1.78 Mvar
= =
P=147.49 MW
Q=-1.41 Mvar
P=-5.96 MW loading=74.61 %
Ul=22.89 kV Ul= 9.90 kV Q= -3.03 Mvar
TARMA23
u=1.00 p.u. TARMA10 u= 0.99 p.u. loading=34.40 % CHANCH44 CHIMA220
phiu=-127... phiu=80.87 deg
Ul=41.56 kV Ul=228.26 kV
u=0.94 p.u. u=1.04 p.u.
phiu=-126... phiu= 40.45 deg
P=5.96 MW
Q=3.03 Mvar
loading=77.79 %
tr3 Chanchamayo
P=-5.96 MW P= -0.00 MW
Q=-2.70 Mvar Q=0.00 Mvar
loading=77.79 % loading=77.79 %
CHANCH23 CHANCH35
Ul=21.17 kV Ul=32.59 kV
u=0.92 p.u. u=0.93 p.u.
phiu=-129... phiu= -128...
P=5.96 MW
Q=2.70 Mvar
lod chanchamayo23
=
Load Flow Balanced
Nodes Branches PRE-OPERAT IVIDAD CH ST A ANA Projec t:
Line-Line Voltage, Magnitude [kV] ve Power [MW]
Acti Graphi c : Puntayac u_Old
CASO BASE
Voltage, M agnitude [p.u.] Reactive Power [Mvar] EST IAJE MAXIMA 2014 Date: 9/28/2012
Voltage, Angle [deg] Loading [%] PowerFactory 14.0.523 Annex:

4. CUADRO Nº1: FLOW_Es14max_CH_OUT
BARRAS
Nombre kV nom kV p.u. Ángulo
CHIMA220 220 228.263 1.038 40.452
PACHA220 220 224.271 1.019 28.282
YANA220 220 227.181 1.033 37.065
COND138 138 124.92 0.905 23.156
CHANCH44 44 41.56 0.945 -126.643
COND44 44 44.482 1.011 -126.859
DervHuas1 44 43.899 0.998 -124.017
DervHuas2 44 43.828 0.996 -123.999
HUAS2 44 43.925 0.998 -123.911
PUNTAYACU 44 42.723 0.971 -125.795
LINEAS DE TRANSMISIÓN
Nombre Barra1 Barra2 paralelo MW1 MVAr1 MVA1 kA1 MW2 MVAr2 MVA2 kA2 %Carga Perd_MW %Perd1 %Perd2
Lne Pachachaca-Yanango_L2256 PACHA220 YANA220 1 -165.921 7.484 166.089 0.428 168.387 3.403 168.421 0.428 57.069 2.466 1.486 1.464
Lne Yanango-Chimay_L2257 YANA220 CHIMA220 1 -146.657 3.206 146.692 0.373 147.492 -1.407 147.499 0.373 74.614 0.835 0.569 0.566
Lne Caripa-Condorcocha_L1706 COND138 CARIPA 1 -20.136 -12.881 23.904 0.11 20.199 12.453 23.729 0.109 22.593 0.063 0.311 0.31
Lne Huas-Derv1 HUAS2 DervHuas1 1 5.962 -1.442 6.134 0.081 -5.956 1.446 6.129 0.081 28.795 0.006 0.104 0.104
Lne Huas-Derv2 HUAS2 DervHuas2 1 7.734 3.423 8.458 0.111 -7.722 -3.41 8.442 0.111 39.716 0.012 0.153 0.153
TRANSFORMADORES DE POTENCIA
Nombre MVAnom_Alta Paralelo MW MVAr MVA %Carga
tr3 tarma_8001 10 1 5.9 2.253 6.316 87.88
tr3 Chanchamayo 13 1 5.96 3.03 6.686 77.788
tr2 yan_271 50 1 21.73 -6.609 22.712 46.268
tr2 condor_801 20 1 0.047 3.747 3.747 19.277

5. LAMINA Nº2: FLOW_Es14min_CH_OUT
DIgSILENT
Ul=127.08 kV Ul=225.99 kV
COND138 u=0.92 p.u.
phiu=131.52 deg
u=1.03 p.u.
phiu=139.89 deg
PACHA220
P= -22.08 MW P=-3.26 MW P= 3.60 MW P=18.00 MW P=-48.92 MW
Q=-11.58 Mvar Q=3.38 Mvar Q=0.90 Mvar Q= 3.66 Mvar Q=-19.97 Mvar
loading=23.17 % loading=23.75 % = = loading=18.00 %
Lod cond138
P=3.26 MW
Q= -3.27 Mvar
COND44 loading=23.75 %
lod AmplCementoAndino_2012 Lne Pachachaca-Yanango_L2256
Ul=45.37 kV
u=1.03 p.u.
phiu= -17.52 deg
P= -3.26 MW
Q=3.27 Mvar
loading=22.12 %
P=49.14 MW
Q=7.26 Mvar
loading=18.00 %
Ul=229.75 kV
YANA220 u=1.04 p.u.
phiu=142.34 deg
P=-32.05 MW P=-17.09 MW
Q=-4.18 Mvar Q=-3.07 Mvar
loading=16.25 % loading=35.01 %
HUAS2
tr2 yan_271
Ul=44.83 kV
u=1.02 p.u.
phiu= -14.34 deg
P=3.31 MW P=4.83 MW P=17.21 MW
Q=-3.30 Mvar Q=-2.78 Mvar P=6.27 MW Q=4.05 Mvar
loading=22.12 % loading=25.65 % Q=1.93 Mvar loading=35.01 %
loading=30.18 % YANA10
TARMA44 Lne Huas-Derv1
Ul=45.20 kV Lne Huas-Derv2 Ul=10.10 kV
u=1.03 p.u. u=1.01 p.u.
phiu= -16.34 deg P=1.46 MW P=-4.78 MW phiu= -4.97 deg
Q=0.56 Mvar Q= 2.75 Mvar
Lod San Vicente
loading=25.03 % loading=26.58 %
loading=26.58 %
loading=31.51 %
loading=31.51 %
Q=-2.78 Mvar
Q=-1.89 Mvar
Q=1.93 Mvar
Q=0.79 Mvar
P=-6.21 MW
P=4.83 MW
P=3.76 MW
P=6.26 MW
Lne Ninatambo-Puntayacu44_1
Lne Ninatambo-Puntayacu44_2
Lne Puntayacu-Chanchamayo44
=
P=2.45 MW
Q=1.10 Mvar
loading=13.22 %
P=-0.36 MW P=-1.10 MW
P=0.36 MW Q=0.11 Mvar Q=-0.64 Mvar P=1.10 MW
Q=-0.11 Mvar loading=25.03 % loading=25.03 % Q= 0.64 Mvar
= =
P=32.09 MW
Q=-2.43 Mvar
P=-2.43 MW loading=16.25 %
Ul=23.46 kV Ul=10.22 kV Q= -1.17 Mvar
TARMA23
u=1.02 p.u. TARMA10 u= 1.02 p.u. loading=13.22 % CHANCH44 CHIMA220
phiu= -16.71 deg phiu=-167.04 deg
Ul=43.60 kV Ul=230.11 kV
u=0.99 p.u. u=1.05 p.u.
phiu=-16.19 deg phiu=143.06 deg
P=2.43 MW
Q=1.17 Mvar
loading=29.90 %
tr3 Chanchamayo
P=-2.43 MW P= -0.00 MW
Q=-1.12 Mvar Q=0.00 Mvar
loading=29.90 % loading=29.90 %
CHANCH23 CHANCH35
Ul=22.52 kV Ul=34.51 kV
u=0.98 p.u. u=0.99 p.u.
phiu=-17.13 deg phiu=-16.79 deg
P=2.43 MW
Q=1.12 Mvar
lod chanchamayo23
=
Load Flow Balanced
Nodes Branches PRE-OPERAT IVIDAD CH ST A ANA Projec t:
Line-Line Voltage, Magnitude [kV] ve Power [MW]
Acti Graphi c : Puntayac u_Old
CASO BASE
Voltage, M agnitude [p.u.] Reactive Power [Mvar] ESTIAJE MINIMA 2014 Date: 9/28/2012
Voltage, Angle [deg] Loading [%] PowerFactory 14.0.523 Annex:

6. CUADRO Nº2: FLOW_Es14min_CH_OUT
BARRAS
Nombre kV nom kV p.u. Ángulo
CHIMA220 220 230.113 1.046 143.061
PACHA220 220 225.99 1.027 139.892
YANA220 220 229.754 1.044 142.34
COND138 138 127.08 0.921 131.517
CHANCH44 44 43.604 0.991 -16.188
COND44 44 45.373 1.031 -17.522
DervHuas1 44 44.825 1.019 -14.434
DervHuas2 44 44.76 1.017 -14.413
HUAS2 44 44.827 1.019 -14.337
PUNTAYACU 44 44.04 1.001 -15.855
LINEAS DE TRANSMISIÓN
Nombre Barra1 Barra2 paralelo MW1 MVAr1 MVA1 kA1 MW2 MVAr2 MVA2 kA2 %Carga Perd_MW %Perd1 %Perd2
Lne Pachachaca-Yanango_L2256 PACHA220 YANA220 1 -48.919 -19.975 52.839 0.135 49.142 7.255 49.675 0.125 17.999 0.223 0.456 0.454
Lne Yanango-Chimay_L2257 YANA220 CHIMA220 1 -32.054 -4.184 32.326 0.081 32.093 -2.432 32.185 0.081 16.246 0.039 0.122 0.121
Lne Caripa-Condorcocha_L1706 COND138 CARIPA 1 -22.081 -11.585 24.935 0.113 22.147 11.145 24.793 0.112 23.167 0.066 0.299 0.298
Lne Huas-Derv1 HUAS2 DervHuas1 1 4.833 -2.78 5.576 0.072 -4.828 2.782 5.572 0.072 25.648 0.005 0.102 0.102
Lne Huas-Derv2 HUAS2 DervHuas2 1 6.268 1.932 6.559 0.084 -6.261 -1.927 6.551 0.084 30.177 0.007 0.109 0.109
TRANSFORMADORES DE POTENCIA
Nombre MVAnom_Alta Paralelo MW MVAr MVA %Carga
tr3 tarma_8001 10 1 1.464 0.555 1.566 25.034
tr3 Chanchamayo 13 1 2.43 1.169 2.696 29.901
tr2 yan_271 50 1 17.088 -3.071 17.361 35.012
tr2 condor_801 20 1 3.257 3.384 4.697 23.749

7. LAMINA Nº3: FLOW_Es14max
DIgSILENT
CHIMA220
Ul= 227.58 kV
u=1.03 p.u.
Ul= 10.10 kV
phiu=33.44 deg
u=1.01 p.u. YANA10
phiu= -116.50 deg
Ul= 223.87 kV
P=147.49 MW u=1.02 p.u. PACHA220
Q=2. 42 Mvar phiu=20.51 deg
loading=74.88 %
P= 21.87 MW
Q=9.86 Mvar
Lne220Yanango-PachachacaL2256
loading= 47.50 % P=-178.15 MW
Q =13.92 Mvar
loading=61.62 %
tr2 yan_271
0
Lne220YanangoN-Yanango
P= -21.73 MW
Q=-8.16 Mvar
P=-146.65 MW loading=47.50 % P=181.02 MW P=-12. 64 MW P=12.64 MW
Q =-0.51 Mvar Q=1.27 Mvar Q=7.40 Mvar Q=-7.44 Mvar
loading=74.88 % loading=61.62 % loading=7.13 % loading=7.13 %
YANA220
YANANGO_N_220
Ul=226.14 kV Ul=226.14 kV
u=1.03 p.u. u=1.03 p.u.
phiu=30.04 deg P=-12.64 MW phiu=30.04 deg
Q=7.44 Mvar
loading=57.06 %
Tr2 YanangoN
0
HUAS2
Ul=44.85 kV
u=1.02 p.u.
phiu=-126.25 deg
P=12.64 MW
Q=-6.95 Mvar
loading=57.06 %
P=12.15 MWP=1.55 MW
Q=-1.23 Mvar Q=-0.04 Mvar
loading=56. 13loading=7.14 %
% YANANGO_N_60 Ul=60.66 kV
TARMA44 Lne Huas-Derv1
Lne60DER60-YanangoN60
u=1.01 p.u.
phiu=31.71 deg
Ul=44.30 kV P=-12.64 MW
u= 1.01 p.u.
Lne Huas-Derv2 Q=6.95 Mvar
phiu=-130.78 deg loading=22.69 %
P= -11.87 MW
Q=1. 94 Mvar
loading=58.20 %
P=12.64 MW
loading=7.43loading=22.75 %
loading=22.86 %
loading=22.75 %
Q=-6.94 Mvar
Q=-6.82 Mvar
P=-12.64 MW
P= -12.69 MW
Q=6.82 Mvar
P= -1.55 MWP= 12.69 MW
Q=6.94 Mvar
Lne60Puntayacu_60-DER60
loading=22.69 %
loading=58.20 %
lne60Chanchamayo-Puntayacu60
%
loading=7.43 %
Q= -1.27 Mvar
Q=-0.03 Mvar
Q=-0.12 Mvar
P=12.12 MW
P=1.55 MW
Lne Ninatambo-Puntayacu44_1 Lne Ninatambo-Puntayacu44_2
P=1.55 MW
Q=0.12 Mvar
=
Lod San Vicente P=12.80 MW
Q= -6.58 Mvar
loading=22.86 %
CHANCH44 CHANCHA MAYO 60
Ul=60.05 kV
u=1.00 p.u.
phiu=34.13 deg
P=5.96 MW P=-18. 76 MW
Lne60H1-Chanchamayo
Q=3.03 Mvar Q=3.54 Mvar
loading= 95.45 % loading=30.38 %
P= -5.96 MW P= -0.00 MW P=19.00 MW
Q=-2.65 Mvar Q =0.00 Mvar Q=-2.80 Mvar
loading=95.45 %tr3 Chanchamayo loading=95. 45 % loading=30.38 %
Ul=22.36 kV Ul=34.36 kV
H1_60 Ul=60.32 kV
CHANCH23 u=0. 98 p.u. CHANCH35 u=0.98 p.u. u=1. 01 p.u.
P=-19.00 MW
phiu=31.13 deg phiu=-118.15 deg phiu=37.03 deg
P=5.96 MW Q= 2.80 Mvar
0
Q= 2.65 Mvar loading= 80.22 %
=
lod chanchamayo23 Tr3_H1
P=-1. 00 MW P= 20.00 MW
Q =-0.40 Mvar Q=-1.50 Mvar
loading=80.22 % loading=80.22 %
H1_23 Ul= 22.91 kV
CH_H1 Ul=13.80 kV
u=1.00 p.u. u=1.00 p.u.
phiu=-111.37 deg phiu=-110.33 deg
P=1.00 MW
Q= 0.40 Mvar
= P= 20.00 MW
P=-0. 00 MW Q=-1. 50 Mvar
Q=0.00 Mvar loading=90.22 %
=
G
~
lod StaAna Syn CH_H1
NEC/NER
Load Fl ow Balanced
Nodes Branches PRE-OPERATIVIDAD CH RENOVANDES Project:
Line-Line Voltage, Magni tude [kV] ti ve Power [MW]
Ac Graphic : CH_H1
CASO BASE
Voltage, Magnitude [p.u.] Reactive Power [Mvar] EST IAJE MAXIM A 2014 Date: 9/28/2012
Voltage, Angle [deg] Maximum Loading [%] PowerFac tory 14.0.523 Annex:

8. CUADRO Nº3: FLOW_Es14max
BARRAS
Nombre kV nom kV p.u. Ángulo
YANA220 220 226.145 1.028 30.038
YANANGO_N_220 220 226.142 1.028 30.04
CHANCH44 60 60.052 1.001 34.126
DER_60 60 60.65 1.011 31.746
H1_60 60 60.32 1.005 37.026
YANANGO_N_60 60 60.659 1.011 31.712
CHANCH35 35 34.364 0.982 -118.146
CHANCH23 22.9 22.356 0.976 31.129
H1_23 22.9 22.907 1 -111.372
CH_H1 13.8 13.8 1 -110.329
LINEAS DE TRANSMISIÓN
Nombre Barra1 Barra2 paralelo MW1 MVAr1 MVA1 kA1 MW2 MVAr2 MVA2 kA2 %Carga Perd_MW %Perd1 %Perd2
Lne220YanangoN-Yanango YANANGO_N_220 YANA220 1 12.638 -7.436 14.663 0.037 -12.638 7.403 14.647 0.037 7.131 0 0.0003 0.0003
Lne60DER60-YanangoN60 DER_60 YANANGO_N_60 1 12.64 -6.942 14.421 0.137 -12.638 6.947 14.422 0.137 22.691 0.0022 0.0174 0.0174
Lne60H1-Chanchamayo H1_60 CHANCH44 1 19 -2.803 19.206 0.184 -18.755 3.543 19.087 0.184 30.384 0.2447 1.288 1.3048
Lne60Puntayacu_60-DER60 PUNTAYACU_60 DER_60 1 12.692 -6.821 14.409 0.138 -12.64 6.942 14.421 0.137 22.749 0.0516 0.4064 0.4081
lne60Chanchamayo-Puntayacu60 CHANCH44 PUNTAYACU_60 1 12.795 -6.575 14.386 0.138 -12.692 6.821 14.409 0.138 22.861 0.1032 0.8066 0.8131
TRANSFORMADORES DE POTENCIA
Nombre MVAnom_Alta Paralelo MW MVAr MVA %Carga
tr3 Chanchamayo 14 1 5.96 3.033 6.687 95.448
Tr3_H1 25 1 19 2.803 19.206 80.225
Tr2 YanangoN 25 1 12.638 7.436 14.663 57.061