SISTEMA DE RECEPCIÓN, ALMACENAMIENTO Y EMBARQUE DE MINERALES Y AMARRADERO “F” EN BAHÍA ISLAY ________________ 0C 29-Ag
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SISTEMA DE RECEPCIÓN, ALMACENAMIENTO Y EMBARQUE DE MINERALES Y AMARRADERO “F” EN BAHÍA ISLAY ________________
0C
29-Ago-14
Emitido para Aprobación
WS/MCM/AVO/YVN
J.M.
J.C.
0B
05-May-14
Emitido para Aprobación
WS/MCM/AVO/YVN
J.M.
J.C.
0A
02-May-14
Emitido para Revisión
WS/MCM/AVO/YVN
J.M.
J.C.
Descripción de revisión
Elaborado Visto
Verificado Visto DISEÑADOR:
Aprobado Visto
Rev.
Fecha DD-MM-YY CLIENTE:
CONTRATISTA:
Este documento es propiedad de ODEBRECHT. No puede ser copiado o transmitido a terceros sin su previa autorización Tipo de documento:
MEMORIA DE CÁLCULO APROBACIÓN DEL REPRESENTANTE DEL CLIENTE Rev. Status:
Número de Identificación:
T
I
S U R 8 1 1
0 4 7 C A L
0 0 0 0 6
0
C
EPA
Título del documento:
MEMORIA DE CALCULO DE CORTOCIRCUITO Número de Identificación del Cliente u otras entidades:
IPP1303-10-811-MC-006
Hoja:
1 / 32
SISTEMA DE RECEPCION, ALMACENAMIENTO Y EMBARQUE DE MINERALES Y AMARRADERO “F” EN BAHIA ISLAY M E M O R I A D E C AL C U L O D E CORTOCIRCUITO
HOJA DE REVISIÓN
Rev. N°
Status
Descriptivo de la Revisión
0A
EPR
Emitido para Revisión
0B
EPA
Emitido para Aprobación
0C
EPA
Emitido para Aprobación
Doc. N°: TISUR-811-047-CAL-00009 Rev.: 0C
Fecha: 07-Ago-14 Pág.: 2/72
SISTEMA DE RECEPCION, ALMACENAMIENTO Y EMBARQUE DE MINERALES Y AMARRADERO “F” EN BAHIA ISLAY M E M O R I A D E C AL C U L O D E CORTOCIRCUITO
Doc. N°: TISUR-811-047-CAL-00009 Rev.: 0C
Fecha: 07-Ago-14 Pág.: 3/72
INDICE
1.0 ASPECTOS GENERALES ........................................................................................... 4 1.1 INTRODUCCIÓN........................................................................................................... 4 1.2 OBJETIVOS DEL ESTUDIO ......................................................................................... 4 1.3 ALCANCES DEL ESTUDIO ......................................................................................... 5 1.4 DESCRIPCIÓN DEL SISTEMA ELÉCTRICO EN ESTUDIO ........................................ 5 2.0 ANÁLISIS DEL SISTEMA ELÉCTRICO ....................................................................... 6 2.1 DATOS DEL SISTEMA ELÉCTRICO ........................................................................... 6 2.2 METODOLOGÍA ........................................................................................................... 7 2.3 CONTRIBUCIÓN DEL MOTOR Y DE LA CARGA ....................................................... 8 2.4 CARGAS EN LÍNEAS Y TRANSFORMADORES ........................................................ 8 2.5 SOFTWARE UTILIZADO .............................................................................................. 9 2.6 ESCENARIOS ............................................................................................................. 10 2.7 ANÁLISIS DE RESULTADOS .................................................................................... 10 3.0 CONCLUSIONES Y RECOMENDACIONES .............................................................. 10 3.1 CORTO CIRCUITO ..................................................................................................... 10 4.0 RESUMEN DE RESULTADOS ................................................................................... 12 5.0 REPORTE DE RESULTADOS (ETAP 7.0) ................................................................. 13 6.0 DIAGRAMA UNIFILAR ............................................................................................... 72
SISTEMA DE RECEPCION, ALMACENAMIENTO Y EMBARQUE DE MINERALES Y AMARRADERO “F” EN BAHIA ISLAY M E M O R I A D E C AL C U L O D E CORTOCIRCUITO
Doc. N°: TISUR-811-047-CAL-00009 Rev.: 0C
Fecha: 07-Ago-14 Pág.: 4/72
1.0 ASPECTOS GENERALES 1.1 INTRODUCCIÓN La Empresa Odebrecht Perú Ingeniería y. Construcción S.A.C (OPIC), ha solicitado a Industrial Controls realizar el Estudio del Sistema Eléctrico para el proyecto de “Sistema de Recepción, Almacenamiento y Embarque de Minerales Y Amarradero “F” en Bahía Islay”, propiedad de la empresa TISUR, el área de influencia del estudio abarca toda las instalaciones del proyecto. El proyecto tiene como ubicación específica dista 1.090 km de la ciudad de Lima y 120 km de la ciudad de Arequipa., propiedad del cliente. El proyecto Amarradero F de Tisur se ubica en Bahía Islay, en Arequipa. Las recomendaciones propuestas que se plantean en el presente estudio asegurarán la correcta operación del sistema eléctrico. 1.2 OBJETIVOS DEL ESTUDIO Los objetivos principales del presente estudio son determinar las máximas corrientes de cortocircuito que se presenten en el sistema en estudio y con ello determinar las condiciones más adecuadas en la operación de las nuevas cargas a instalar a fin de evitar sobrecargas o desbalances en el sistema eléctrico, para atender las necesidades energéticas de las plantas asociadas a la barra en 10.0, 0.46 y 0.23 kV. Simular en base a diversos escenarios posibles de operación, la configuración más óptima, que garantice la inversión realizada y se compruebe la soportabilidad bajo condiciones de diseño, operación y contingencias. El principal punto a tocar será determinar el nivel de corto circuito máximo del sistema eléctrico desde la barra de .01 kV de la S.E. 830-SE-001, hasta las barras de 0.48 kV del proyecto.
SISTEMA DE RECEPCION, ALMACENAMIENTO Y EMBARQUE DE MINERALES Y AMARRADERO “F” EN BAHIA ISLAY
Doc. N°: TISUR-811-047-CAL-00009 Rev.: 0C
M E M O R I A D E C AL C U L O D E CORTOCIRCUITO
Fecha: 07-Ago-14 Pág.: 5/72
1.3 ALCANCES DEL ESTUDIO El ámbito en que se desarrollará el presente servicio de consultoría es la realización del estudio de Corto Circuito del Sistema Eléctrico para el Proyecto de “Sistema de Recepción, Almacenamiento y Embarque de Minerales Y Amarradero “F” en Bahía Islay” desde las barras principales en 10.0 kV, con la finalidad de asegurar su correcta operación con los nuevos equipos instalados. Se realizarán simulaciones del sistema eléctrico del proyecto, mediante el uso de software ETAP versión 7.0, las simulaciones consisten en lo siguiente: Estudio de corto circuito, basado en la norma ANSI/IEEE, para falla de corto circuito trifásico simétrico en los escenarios definidos. 1.4 DESCRIPCIÓN DEL SISTEMA ELÉCTRICO EN ESTUDIO El sistema eléctrico vinculado a la nueva S.E. SE-812-001 10.0 kV del cliente (TISUR), se va conectar a la subestación existente 830-SE-001, en el nivel de tensión de 10 kV. Desde la barra de 10.0 kV de la subestación existente 830-SE-001, saldrá una línea de transmisión en 10.0 kV con una longitud de aproximadamente 1.3 km hasta llegar a la futura S.E. 812-SE-00110.0 kV. En la subestación 812-SE-001,10.0 kV, se instalará un transformador de potencia de 4MVA de 10.0/0.46 kV (Δ/Δ) con capacidad de 4MVA (AN/AN) y 7.0 % (referida a 4 MVA) de impedancia de cortocircuito cada uno. Las barras de media tensión 10.0 kV operarán con el interruptor de acoplamiento normalmente abierto. El proyecto, contará con 4 subestaciones, las cuales estarán ubicadas cerca de las cargas correspondientes a cada proceso, estas subestaciones son: 812-SE-001, Subestación Eléctrica Principal: Esta subestación contará con 1 transformadores de: 4 MVA, 10.0/0.46 kV, desde esta Subestación se alimentara a las otras 3 subestaciones.
SISTEMA DE RECEPCION, ALMACENAMIENTO Y EMBARQUE DE MINERALES Y AMARRADERO “F” EN BAHIA ISLAY
Doc. N°: TISUR-811-047-CAL-00009 Rev.: 0C
M E M O R I A D E C AL C U L O D E CORTOCIRCUITO
Fecha: 07-Ago-14 Pág.: 6/72
812-SE-002, Subestación Eléctrica Administración: Esta subestación contará con 1 transformador de: 1.0 MVA, 10.0/0.46 kV. 812-SE-003, Subestación Eléctrica Almacén: Esta subestación contará con 1 transformador de: 4 MVA, 10.0/0.46 kV. 812-SE-004, Subestación Eléctrica Muelle: Esta subestación contará con 1 transformador de: 1.0 MVA, 10.0/0.46 kV. Para los sistemas de fuerza en baja tensión se dispondrán de centro control de motores ubicados en las diferentes salas eléctricas de la planta. Para nuestro caso el sistema fue modelado en el software desde la subestación 830SE-001 considerando los parámetros del Sistema Eléctrico de la planta en esa barra, y el equivalente de las cargas que se conectan a esta. Se modelaron las líneas que salen desde las celdas de 10.0 kV hasta las diferentes subestaciones ubicadas en la planta. Así mismo se modelaron las cargas en cada su tablero y MCC como son fajas transportadoras, bombas, etc. 2.0 ANÁLISIS DEL SISTEMA ELÉCTRICO Se ha realizado el cálculo de la corriente de cortocircuito para el escenario de máxima demanda de la instalación, es decir con todas las cargas trabajando a potencia nominal, se ha realizado con el fin de obtener las máximas corrientes de cortocircuito que se podrían presentar en el área de influencia, las cuales no deberían exceder la capacidad de ruptura de los equipos a instalarse como parte del proyecto, así como el de los existentes. Este análisis ha sido realizado para verificar que los equipos a instalarse como parte del proyecto tengan la capacidad de soportar corrientes de cortocircuito superiores a las que se calculen en este análisis. 2.1 DATOS DEL SISTEMA ELÉCTRICO Para el análisis del Cálculo de Cortocircuito, se ha
considerado una red
eléctrica equivalente en la barra principal de 10.0 kV de la Subestación 830se-001, a partir del cual se ha modelado la red de acuerdo a la información
SISTEMA DE RECEPCION, ALMACENAMIENTO Y EMBARQUE DE MINERALES Y AMARRADERO “F” EN BAHIA ISLAY M E M O R I A D E C AL C U L O D E CORTOCIRCUITO
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Fecha: 07-Ago-14 Pág.: 7/72
técnica proporcionada. Los planos proporcionados para la realización del modelamiento en el software los siguientes: Descripción
Número de Plano
INGENIERÍA DE DETALLE– DIAGRAMA UNIFILAR DEL SISTEMA DE ALIMENTACIÓN
TISUR-811-047-DWG-51001_0C
DE MEDIA TENSIÓN 10 kV - 1 INGENIERÍA DE DETALLE– DIAGRAMA UNIFILAR DEL SISTEMA DE ALIMENTACIÓN
TISUR-811-047-DWG-51002_0C
DE MEDIA TENSIÓN 10 kV - 2 INGENIERÍA DE DETALLE– DIAGRAMA UNIFILAR DEL SISTEMA DE ALIMENTACIÓN
TISUR-811-047-DWG-51003_0C
DE MEDIA TENSIÓN 10 kV - 3 INGENIERÍA DE DETALLE– DIAGRAMA UNIFILAR DEL SISTEMA DE ALIMENTACIÓN
TISUR-811-047-DWG-51004_0C
DE MEDIA TENSIÓN 10 kV - 4 INGENIERÍA DE DETALLE– DIAGRAMA UNIFILAR DEL SISTEMA DE ALIMENTACIÓN
TISUR-811-047-DWG-51005_0C
DE MEDIA TENSIÓN 10 kV - 5 MEMORIA DE CÁLCULO DE ALIMENTADORES
TISUR-811-047-CAL-00004_0C
2.2 METODOLOGÍA Las simulaciones de Corto Circuito nos permiten observar el comportamiento del sistema en estado transitorio determinándose los niveles de tensión y corriente en las barras que el sistema de protección tendrá que relevar, la distribución de los flujos de corriente en las líneas y transformadores de distribución dada la presencia de una falla puntual en una barra se apreciará su incidencia e impacto en toda la instalación. Se aplica la norma IEEE Std. 242 y el corto circuito considerando las tensiones de operación que considera:
Durante el cortocircuito no se modifica el tipo de cortocircuito.
SISTEMA DE RECEPCION, ALMACENAMIENTO Y EMBARQUE DE MINERALES Y AMARRADERO “F” EN BAHIA ISLAY M E M O R I A D E C AL C U L O D E CORTOCIRCUITO
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Fecha: 07-Ago-14 Pág.: 8/72
Durante la falla no existe cambio en la red.
Todos los capacitores, admitancias shunt, cargas no rotóricas, no se consideran, con excepción de los que intervienen en la secuencia cero.
La impedancia de los transformadores es referida al Tap de la posición principal.
Las tensiones se inicializan en 1.1 pu y 1 pu.
Se utilizan las reactancias subtransitorias en las máquinas. Para evaluar los resultados de cortocircuito se ha considerado también incluir dentro del resultado de valores el aporte de las capacitancias del sistema eléctrico y considerar el valor de tensión en las barras pre-condición de falla bajo las siguientes condiciones:
Niveles de tensión recomendados para la simulación: Operación Normal: +5% Vnom Operación ante Contingencias: +5% Vnom.
2.3 CONTRIBUCIÓN DEL MOTOR Y DE LA CARGA
Los parámetros del motor (LRC, torsión mínima y de ruptura, factor de energía, eficiencia, etc.) para motores de media tensión están de acuerdo a la librería de estimación de parámetros del software. Los parámetros de impedancia fueron estimados utilizando la función de estimación de Parámetros en ETAP. Las contribución a la corriente de corto circuito del motor y la carga son consideradas en los cálculos. 2.4 CARGAS EN LÍNEAS Y TRANSFORMADORES Las simulaciones efectuadas para las cargas en líneas de distribución en baja tensión y para transformadores tanto de potencia como de distribución se han
SISTEMA DE RECEPCION, ALMACENAMIENTO Y EMBARQUE DE MINERALES Y AMARRADERO “F” EN BAHIA ISLAY M E M O R I A D E C AL C U L O D E CORTOCIRCUITO
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basado en las siguientes condiciones: Líneas de Distribución: 100% Pnom Transformadores: 100% Pnom Esta condición es la más crítica ya que se está asumiendo que los transformadores y cables de energía trabajarán al 100% de sus potencias nominales, con esto se logra obtener el mayor aporte de corrientes de cortocircuito. En todos los casos evaluados se ha considerado lo siguiente: Las cargas con el modelo de potencia constante, distribuidas en las salidas de los alimentadores o feeders de la red de los circuitos involucrados en el presente estudio. La subestación 812-SE-001 alimentada desde la SSEE 830-SE-001 en 1.0kV en condiciones operativas y siempre conectada al sistema. Todas las cargas de los circuitos considerados en el estudio conectadas siempre. 2.5 SOFTWARE UTILIZADO El software utilizado para realizar el análisis, las simulaciones de flujo de carga y cortocircuito es el ETAP Power Station versión 7 bajo entorno Windows, que es una poderosa herramienta de ingeniería que permite simular redes eléctricas de potencia y de distribución para facilitar su planificación, diseño y operación. ETAP Power Station permite realizar en toda la red y de manera simultánea estudios de caída de tensión, flujo de carga y corrientes de cortocircuito en sistemas equilibrados o desequilibrados. Otra particularidad es que se pueden trazar en pantalla los perfiles de tensión y de corrientes de cortocircuito. Las funciones de ubicación óptima de condensadores, de balance de carga y el módulo opcional para optimizar la configuración del sistema eléctrico, sugiere al ingeniero maneras para minimizar pérdidas y gracias a la función de crecimiento de carga es posible representar la carga de las redes para los años futuros.
SISTEMA DE RECEPCION, ALMACENAMIENTO Y EMBARQUE DE MINERALES Y AMARRADERO “F” EN BAHIA ISLAY M E M O R I A D E C AL C U L O D E CORTOCIRCUITO
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Fecha: 07-Ago-14 Pág.: 10/72
2.6 ESCENARIOS Para el análisis del sistema eléctrico en estudio se ha considerado un solo escenario de operación en el cual se considera la condición de mayor corriente de corto circuito. Como es sabido los valores máximos de cortocircuito se consiguen cuando existen contribuciones de otras fuentes, por lo que para éste escenario se ha considerado las contribuciones de los motores conectados a los CCM de las 4 subestaciones. Las condiciones se definieron de la siguiente forma: Operación de todas las cargas instaladas. 2.7 ANÁLISIS DE RESULTADOS Se ha modelado los componentes eléctricos del sistema involucrado desde el punto de suministro en 10.0 kV con la información proporcionada (Criterio de Diseño Eléctrico, TISUR-900-047-CDI-00001_02); en el que se consigna como potencia de cortocircuito trifásico 180MVA la barra de S.E. 830-SE-001 en 10.0 kV. Corriente de cortocircuito máxima Estos valores son utilizados para especificar las capacidades soportadas del equipo eléctrico (barras colectoras, centro control de motores, interruptor, etc.) y para definir los valores nominales de interrupción de los dispositivos de protección. 3.0 CONCLUSIONES Y RECOMENDACIONES 3.1 CORTO CIRCUITO Los resultados de máxima corriente de Corto circuito se muestran en las tablas resumen 1, 2, 3, y 4. Los valores de Potencia de Cortocircuito en la barra de 10.0 kV de la SE Central Térmica (830-SE-001) son como se muestran en la “tabla a”.
SISTEMA DE RECEPCION, ALMACENAMIENTO Y EMBARQUE DE MINERALES Y AMARRADERO “F” EN BAHIA ISLAY M E M O R I A D E C AL C U L O D E CORTOCIRCUITO
Doc. N°: TISUR-811-047-CAL-00009 Rev.: 0C
Fecha: 07-Ago-14 Pág.: 11/72
Tabla a. Potencia de Cortocircuito (obtenido de criterio de Diseño Eléctrico). Cortocircuito SE
830-SE-001
Barra
10.0 kV
Trifásico MVA
t (seg)
180
0.02
A continuación se muestran los resúmenes de los resultados de corriente de cortocircuito obtenidos mediante el Módulo de Análisis de Cortocircuito en el ETAP. Los resultados detallados son proporcionados en los reportes completos de ETAP adjuntos en la sección 4.
SISTEMA DE RECEPCION, ALMACENAMIENTO Y EMBARQUE DE MINERALES Y AMARRADERO “F” EN BAHIA ISLAY M E M O R I A D E C AL C U L O D E CORTOCIRCUITO
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Fecha: 07-Ago-14 Pág.: 12/72
4.0 RESUMEN DE RESULTADOS
ITEM
TAG
1 2 3 4 5 6 7
812-SE-001 812-TG-001 812-MC-101 812-MC-102 812-MC-104 812-TG-005 812-MC-105
SUBESTACION N.1 TABLERO GENERAL 1 CCM 101 CCM 102 CCM 104 TABLERO GENERAL 5 CCM 105
10 0.46 0.46 0.46 0.46 0.46 0.46
FALLA TRIFASICA Icc (kA) 7.72 55.52 55.52 55.52 55.52 56.67 38.89
8
812-TD2-001
TABLERO DE DISTRIBUCION 400/230V, 001
0.4
12.57
13.33
9
812-TD4-001
TABLERO DE DISTRIBUCION 440V, 001
0.46
49.64
47.92
10 12 13
812-MC-103 812-SE-002 812-TG-002
CCM 103 SUBESTACION N.2 TABLERO GENERAL 2
0.46 10 0.46
38.87 6.91 21.69
34.43 2.19 22.72
14
812-TD2-002
TABLERO DE DISTRIBUCION 400/230V, 002
0.4
9.21
11.19
15
812-TD3-002
TABLERO DE DISTRIBUCION 230V, 002
0.23
16.02
19.46
16
812-TD4-002
TABLERO DE DISTRIBUCION 440V, 002
0.46
21.69
22.72
18 19 20 21
812-SE-003 812-TG-003 812-MC-303 812-MC-304
SUBESTACION N.3 TABLERO GENERAL 3 CCM 303 CCM 304
10 0.46 0.46 0.46
7.28 51.67 51.67 51.67
2.22 53.38 53.38 53.38
22
812-TD2-003
TABLERO DE DISTRIBUCION 400/230V, 003
0.4
13.69
14.88
23
812-TD4-003
TABLERO DE DISTRIBUCION 440V, 002
0.46
51.67
53.38
24 25 26 28 29 30
812-TG-006 812-MC-301 812-MC-302 812-SE-004 812-TG-004 812-MC-401
TABLERO GENERAL 6 CCM 301 CCM 302 SUBESTACION N.4 TABLERO GENERAL 4 CCM 401
0.46 0.46 0.46 10 0.46 0.46
52.67 52.67 52.67 6.69 21.98 21.98
54.64 54.64 54.64 2.17 22.94 22.94
31
812-TD2-004
TABLERO DE DISTRIBUCION 400/230V, 004
0.4
13.48
16.39
32
812-TD4-004
TABLERO DE DISTRIBUCION 440V, 004
0.46
21.98
22.94
10
6.69
2.17
33
DESCRIPCION
SHIPLOADER
TENSION (kV)
FALLA L-G Icc (kA) 2.28 55.25 55.25 55.25 55.25 58.04 34.44
SISTEMA DE RECEPCION, ALMACENAMIENTO Y EMBARQUE DE MINERALES Y AMARRADERO “F” EN BAHIA ISLAY M E M O R I A D E C AL C U L O D E CORTOCIRCUITO
5.0 REPORTE DE RESULTADOS (ETAP 7.0)
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Fecha: 07-Ago-14 Pág.: 13/72
14/72
Project:
ETAP
TISUR
Location:
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
1
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Electrical Transient Analyzer Program Short-Circuit Analysis ANSI Standard 3-Phase, LG, LL, & LLG Fault Currents 1/2 Cycle Network
Swing
V-Control
Load
Total
1
0
40
41
XFMR2
XFMR3
Reactor
12
1
0
Number of Buses:
Number of Branches:
Synchronous Power Generator Grid Number of Machines
0
1
Line/Cable Impedance 14
Synchronous Induction Motor Machines 0
System Frequency:
60 Hz
Unit System:
Metric
Project Filename:
TISUR
Output Filename:
D:\Corto Ckto TISUR\TISUR\Untitled.SA2
105
Tie PD
Total
0
12
39
Lumped Load
Total
0
106
Normal
15/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
2
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Adjustments Apply Adjustments
Individual /Global
Transformer Impedance:
Yes
Individual
Reactor Impedance:
Yes
Individual
Overload Heater Resistance:
No
Transmission Line Length:
No
Cable Length:
No
Tolerance
Apply Adjustments
Individual /Global
Transmission Line Resistance:
Yes
Individual
Cable Resistance:
Yes
Individual
Temperature Correction
Percent
Degree C
Normal
16/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
3
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Bus Input Data
Bus ID
Initial Voltage
Type
Nom. kV
Base kV
Sub-sys
%Mag.
Ang.
812.MC.101
Load
0.460
0.465
1
100.00
-30.00
812.MC.102
Load
0.460
0.465
1
100.00
-30.00
812.MC.103
Load
0.460
0.465
1
100.00
-30.00
812.MC.104
Load
0.460
0.465
1
100.00
-30.00
812.MC.105
Load
0.460
0.465
1
100.00
-30.00
812.MC.301
Load
0.460
0.465
1
100.00
-30.00
812.MC.302
Load
0.460
0.465
1
100.00
-30.00
812.MC.303
Load
0.460
0.465
1
100.00
-30.00
812.MC.304
Load
0.460
0.465
1
100.00
-30.00
812.MC.401
Load
0.460
0.465
1
100.00
-30.00
812.TD2.001
Load
0.400
0.414
1
100.00
-60.00
812.TD2.002
Load
0.400
0.404
1
100.00
-60.00
812.TD2.003
Load
0.400
0.414
1
100.00
-60.00
812.TD2.004
Load
0.400
0.404
1
100.00
-60.00
812.TD3.002
Load
0.230
0.232
1
100.00
-60.00
812.TD4.002
Load
0.460
0.465
1
100.00
-30.00
812.TD4.003
Load
0.460
0.465
1
100.00
-30.00
812.TD4.004
Load
0.460
0.465
1
100.00
-30.00
812.TG.001
Load
0.460
0.465
1
100.00
-30.00
812.TG.002
Load
0.460
0.465
1
100.00
-30.00
812.TG.003
Load
0.460
0.465
1
100.00
-30.00
812.TG.004
Load
0.460
0.465
1
100.00
-30.00
812.TG.005
Load
0.460
0.465
1
100.00
-30.00
812.TG.006
Load
0.460
0.465
1
100.00
-30.00
812.TR.001
Load
0.460
0.465
1
100.00
-30.00
812.TR.003
Load
0.460
0.465
1
100.00
-30.00
812-SE-001
Load
10.000
10.100
1
100.00
0.00
812-SE-002
Load
10.000
10.100
1
100.00
0.00
812-SE-003
Load
10.000
10.100
1
100.00
0.00
812-SE-004
Load
10.000
10.100
1
100.00
0.00
830-SE-001
SWNG
10.000
10.100
1
101.00
0.00
Bus1
Load
10.000
10.100
1
100.00
0.00
Bus2
Load
10.000
10.100
1
100.00
0.00
Bus3
Load
0.400
0.414
1
100.00
-60.00
Bus4
Load
0.460
0.465
1
100.00
-30.00
Normal
17/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
4
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Bus ID
Initial Voltage
Type
Nom. kV
Base kV
Sub-sys
%Mag.
Ang.
Bus10
Load
0.210
Bus14
Load
0.460
0.218
1
100.00
-90.00
0.465
1
100.00
Bus26
Load
-30.00
0.210
0.218
1
100.00
-90.00
Bus27 Bus36
Load
0.210
0.218
1
100.00
-90.00
Load
0.210
0.223
1
100.00
-90.00
Bus37
Load
0.210
0.223
1
100.00
-90.00
41 Buses Total All voltages reported by ETAP are in % of bus Nominal kV. Base kV values of buses are calculated and used internally by ETAP.
Normal
18/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
5
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Line/Cable Input Data
Ohms or Siemens per 1000 m per Conductor (Cable) or per Phase (Line) Length
Line/Cable Library
Size
Adj. (m)
% Tol.
812SE002-M
ID
15NCUS3
35
280.0
0.0
1
75 0.6371217
0.143
1.013023
0.36322
812SE003-M
15NCUS3
95
280.0
0.0
1
75 0.2355824
0.123
0.3745761
0.31242
812SE004-M
15NCUS3
35
360.0
0.0
1
75 0.6371217
0.143
1.013023
0.36322
812TR001-M
15NCUS3
70
20.0
0.0
1
75 0.3261911
0.121
0.5186438
0.30734
Cable123
1.0NCUS3
240
20.0
0.0
7
75 0.0951868
0.0843
0.151345
0.21412
Cable124
1.0NCUS3
240
20.0
0.0
4
75 0.0951868
0.0843
0.151345
0.21412
Cable125
1.0NCUS3
240
20.0
0.0
3
75 0.0951868
0.0843
0.151345
0.21412
Cable126
1.0NCUS3
185
20.0
0.0
1
75
0.123037
0.0854
0.1956288
0.21692
Cable127
1.0NCUS3
240
20.0
0.0
2
75 0.0951868
0.0843
0.151345
0.21412
Cable128
1.0NCUS3
240
20.0
0.0
2
75 0.0951868
0.0843
0.151345
0.21412
Cable129
1.0NCUS3
185
20.0
0.0
1
75
0.123037
0.0854
0.1956288
0.21692
Cable130
1.0NCUS3
240
20.0
0.0
5
75 0.0951868
0.0843
0.151345
0.21412
Cable131
1.0NCUS3
240
20.0
0.0
6
75 0.0951868
0.0843
0.151345
0.21412
250
1250.0
0.0
1
75 0.1392493
Line2
Line / Cable resistances are listed at the specified temperatures.
#/Phase
T (°C)
R1
X1
Y1
R0
0.186402 0.0000091 0.3114676
X0
Y0
1.700284 0.0000018
19/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
6
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
2-Winding Transformer Input Data
Transformer ID
Rating MVA
Prim. kV
Sec. kV
Z Variation %Z
X/R
+ 5%
- 5%
% Tap Setting % Tol.
Adjusted
Phase Shift
Prim.
Sec.
%Z
Type
Angle
-2.500
710-TS-001
0.030
0.400
0.210
4.00
2.47
0
0
0
0
4.0000
Std Pos. Seq.
-30.000
812-TR-001
4.000
10.000
0.460
7.00
11.41
0
0
0
0
0
7.0000
Std Pos. Seq.
-30.000
812-TR-002
1.000
10.000
0.460
5.00
5.79
0
0
0
0
0
5.0000
Std Pos. Seq.
-30.000
812-TR-003
4.000
10.000
0.460
7.00
11.41
0
0
0
0
0
7.0000
Std Pos. Seq.
-30.000
812-TR-004
1.000
10.000
0.460
5.00
5.79
0
0
0
0
0
5.0000
Std Pos. Seq.
-30.000
812-TS-201
0.030
0.400
0.210
4.00
2.47
0
0
0
-2.500
0
4.0000
Std Pos. Seq.
-30.000
812-TS-202
0.030
0.400
0.210
4.00
2.47
0
0
0
-2.500
0
4.0000
Std Pos. Seq.
-30.000
0
0
-2.500
0
4.0000
Std Pos. Seq.
-30.000
812-TS-301
0.030
0.400
0.210
4.00
2.47
0
812-TX-001
0.500
0.460
0.400
4.00
3.09
0
0
0
-2.500
0
4.0000
Std Pos. Seq.
-30.000
812-TX-003
0.500
0.460
0.400
4.00
3.09
0
0
0
-2.500
0
4.0000
Std Pos. Seq.
-30.000
812-TX-004
1.000
0.460
0.400
5.00
5.79
0
0
0
0
5.0000
Std Pos. Seq.
-30.000
920-TS-101
0.020
0.400
0.210
4.00
2.47
0
0
0
0
4.0000
Std Pos. Seq.
-30.000
0 -2.500
2-Winding Transformer Grounding Input Data Grounding Transformer ID
Rating MVA
Conn.
Prim. kV
Sec. kV
Type
Primary Type
kV
Secondary Amp
Ohm
Type
710-TS-001
0.030
0.400
0.210
D/Y
Solid
812-TR-001
4.000
10.000
0.460
D/Y
Solid
812-TR-002
1.000
10.000
0.460
D/Y
Solid
812-TR-003
4.000
10.000
0.460
D/Y
Solid
812-TR-004
1.000
10.000
0.460
D/Y
Solid
812-TS-201
0.030
0.400
0.210
D/Y
Solid
812-TS-202
0.030
0.400
0.210
D/Y
Solid
812-TS-301
0.030
0.400
0.210
D/Y
Solid
812-TX-001
0.500
0.460
0.400
D/Y
Solid
812-TX-003
0.500
0.460
0.400
D/Y
Solid
812-TX-004
1.000
0.460
0.400
D/Y
Solid
920-TS-101
0.020
0.400
0.210
D/Y
Solid
kV
Amp
Ohm
20/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
7
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
3-Winding Transformer Input Data Transformer ID 812-TX-002
Rating
Tap
Impedance
Winding
MVA
kV
%
%Z
Primary:
0.400
0.460
0
Zps =
Secondary:
0.325
0.400
0
Zpt =
Tertiary:
0.075
0.230
0
Zst =
Z Variation
Angle
0
Std Pos. Seq.
-30.000
0
Std Pos. Seq.
-30.000
MVAb
% Tol.
4.00
2.00
0.400
0
4.00
2.00
0.400
4.00
2.00
0.400
+ 5%
- 5%
0
0
3-Winding Transformer Grounding Input Data Transformer ID 812-TX-002
Rating Winding
MVA
Conn. kV
Grounding
Type
Type
Primary:
0.400
0.460
Delta
Secondary:
0.325
0.400
Wye
Solid
Tertiary:
0.075
0.230
Wye
Solid
kV
Amp
Phase Shift Type
X/R
Ohm
21/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
8
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Branch Connections CKT/Branch
Connected Bus ID
ID
Type
From Bus
% Impedance, Pos. Seq., 100 MVAb To Bus
710-TS-001
2W XFMR
812.TD2.003
Bus37
812-TR-001
2W XFMR
Bus2
812-TR-002
2W XFMR
812-SE-002
812-TR-003
2W XFMR
812-TR-004
R
X
Z
4432.59
10948.50
11811.75
812.TR.001
14.98
170.90
171.55
812.TG.002
83.42
483.00
490.15
812-SE-003
812.TR.003
14.98
170.90
171.55
2W XFMR
812-SE-004
812.TG.004
83.42
483.00
490.15
812-TS-201
2W XFMR
812.TD2.002
Bus10
4662.82
11517.16
12425.25
812-TS-202
2W XFMR
812.TD2.002
Bus26
4662.82
11517.16
12425.25
812-TS-301
2W XFMR
812.TD2.003
Bus36
4432.59
10948.50
11811.75
812-TX-001
2W XFMR
Bus4
Bus3
229.55
709.30
745.52
812-TX-003
2W XFMR
812.TG.003
812.TD2.003
229.55
709.30
745.52
812-TX-004
2W XFMR
812.TG.004
812.TD2.004
83.42
483.00
490.15
920-TS-101
2W XFMR
812.TD2.002
Bus27
6994.23
17275.74
18637.88
812-TX-002
3W Xfmr
812.TG.002
812.TD2.002
657.60
1315.21
1470.44
3W Xfmr
812.TG.002
812.TD3.002
657.60
1315.21
1470.44
3W Xfmr
812.TD2.002
812.TD3.002
657.60
1315.21
1470.44
812SE002-M
Cable
812-SE-001
812-SE-002
17.49
3.93
17.92
812SE003-M
Cable
812-SE-001
812-SE-003
6.47
3.38
7.29
812SE004-M
Cable
812-SE-001
812-SE-004
22.48
5.05
23.04
812TR001-M
Cable
812-SE-001
Bus2
0.64
0.24
0.68
Cable123
Cable
812.TR.001
812.TG.005
12.60
11.16
16.83
Cable124
Cable
812.TR.001
812.TG.001
22.05
19.53
29.45
Cable125
Cable
812.TG.005
Bus14
29.40
26.04
39.27
Cable126
Cable
812.TG.005
812.MC.105
114.00
79.13
138.77
Cable127
Cable
Bus3
812.TD2.001
55.44
49.10
74.06
Cable128
Cable
812.TG.005
Bus4
44.10
39.05
58.91
Cable129
Cable
812.TG.005
812.MC.103
114.00
79.13
138.77
Cable130
Cable
812.TR.003
812.TG.003
17.64
15.62
23.56
Cable131
Cable
812.TR.003
812.TG.006
14.70
13.02
19.64
Line2
Line
830-SE-001
812-SE-001
17.06
22.84
28.51
812-CE-403
Tie Breakr
812-SE-004
Bus1
CB9
Tie Breakr
812.TG.002
812.TD4.002
CB23
Tie Breakr
812.TG.004
812.MC.401
CB25
Tie Breakr
812.TG.004
812.TD4.004
CB91
Tie Breakr
812.TG.006
812.MC.301
CB92
Tie Breakr
812.TG.006
812.MC.302
CB144
Tie Breakr
812.TG.003
812.MC.304
CB145
Tie Breakr
812.TG.003
812.MC.303
Y
0.0011562
22/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
9
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
CKT/Branch ID
Page:
Connected Bus ID Type
From Bus
Normal
% Impedance, Pos. Seq., 100 MVAb To Bus
CB147
Tie Breakr
812.TG.003
812.TD4.003
Q812TG001.1
Tie Breakr
812.TG.001
812.MC.101
Q812TG001.2
Tie Breakr
812.TG.001
812.MC.102
Q812TG001.3
Tie Breakr
812.TG.001
812.MC.104
R
X
Z
Y
23/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
10
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Power Grid Input Data Power Grid
Connected Bus
ID SUBESTACION TISUR Total Power Grids (= 1 )
ID 830-SE-001 180.000 MVA
% Positive Seq. Impedance 100 MVA Base
Rating MVASC 180.000
kV 10.100
X/R 7.00
Grounding
R
X
Type
7.85674
54.99720
Wye - Solid
% Zero Seq. Impedance 100 MVA Base X/R 7.00
R0
X0
54.997190
384.98030
24/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
11
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Induction Machine Input Data
Induction Machine ID
Type
Rating (Base) Qty
kVA
Positive Seq. Imp.
Grounding
kV
RPM
X"/R
%R
% X"
% X'
Conn.
Type
Zero Seq. Imp. Amp
X/R
% R0
% X0
0110CN1001-TF-001
Motor
1
148.28
0.440
1800
10.08
1.983
20.00
50.00
Wye
Open
10.08
1.983
20.00
0110CN1002-TF-001
Motor
1
148.28
0.440
1800
10.08
1.983
20.00
50.00
Wye
Open
10.08
1.983
20.00
0110CN1003-TF-001
Motor
1
151.58
0.440
1800
10.08
1.983
20.00
50.00
Wye
Open
10.08
1.983
20.00
0110CN1004-TF-001
Motor
1
151.58
0.440
1800
10.08
1.983
20.00
50.00
Wye
Open
10.08
1.983
20.00
0110-TD-2001
Motor
1
2.40
0.440
1800
1.28
21.823
27.83 9999.00
Wye
Open
1.28
21.823
27.83
0110-TD-2002
Motor
1
2.40
0.440
1800
1.28
21.823
27.83 9999.00
Wye
Open
1.28
21.823
27.83
0140DM3001-3006TF-001
Motor
1
0.09
0.440
1800
0.22 125.993
27.83 9999.00
Wye
Open
0.22
27.83
0140DM3007-3009TF-001
Motor
1
0.09
0.440
1800
0.22 125.993
27.83 9999.00
Wye
Open
0.22
0140-TF-001
Motor
1
96.53
0.440
1800
8.04
2.488
20.00
50.00
Wye
Open
8.04
125.99 3 125.99 3 2.488
0110DO1001-TF-001
Motor
1
9.63
0.440
1800
2.47
11.269
27.83 9999.00
Wye
Open
2.47
11.269
27.83
0120CN1005-TF-001
Motor
1
151.58
0.460
1800
10.08
1.983
20.00
50.00
Wye
Open
10.08
1.983
20.00
0120CN1006-TF-001
Motor
1
151.58
0.460
1800
10.08
1.983
20.00
50.00
Wye
Open
10.08
1.983
20.00
0120FA2001-TF-001
Motor
1
2.40
0.460
1800
1.28
21.823
27.83 9999.00
Wye
Open
1.28
21.823
27.83
0120FA2002-TF-001
Motor
1
2.40
0.460
1800
1.28
21.823
27.83 9999.00
Wye
Open
1.28
21.823
27.83
0210FA2001-TF-001
Motor
1
2.47
0.460
1800
1.28
21.823
27.83 9999.00
Wye
Open
1.28
21.823
27.83
0230PK1001-1002-TF-001
Motor
1
25.90
0.460
1800
4.27
6.521
27.83 9999.00
Wye
Open
4.27
6.521
27.83
0210DM3001-3002-TF-001
Motor
1
0.03
0.460
1800
0.13 218.226
27.83 9999.00
Wye
Open
0.13
27.83
0210-TF-001
Motor
1
17.83
0.460
1800
3.58
7.776
27.83 9999.00
Wye
Open
3.58
218.22 6 7.776
0120DO1001-TF-001
Motor
1
9.63
0.460
1800
2.47
11.269
27.83 9999.00
Wye
Open
2.47
11.269
27.83
0310CB1001-MO-001
Motor
1
17.53
0.460
1800
3.49
7.968
27.83 9999.00
Wye
Open
3.49
7.968
27.83
0310CB1002-MO-001
Motor
1
17.53
0.460
1800
3.49
7.968
27.83 9999.00
Wye
Open
3.49
7.968
27.83
0310CB1003-MO-001
Motor
1
51.08
0.460
1800
6.05
3.306
20.00
50.00
Wye
Open
6.05
3.306
20.00
0310CB1005-MO-001
Motor
1
17.53
0.460
1800
3.49
7.968
27.83 9999.00
Wye
Open
3.49
7.968
27.83
0310CB1006-MO-001
Motor
1
21.50
0.460
1800
3.88
7.175
27.83 9999.00
Wye
Open
3.88
7.175
27.83
0310CB1007-MO-001
Motor
1
51.08
0.460
1800
6.05
3.306
20.00
50.00
Wye
Open
6.05
3.306
20.00
0310FA2001-TF-001
Motor
1
2.47
0.460
1800
1.28
21.823
27.83 9999.00
Wye
Open
1.28
21.823
27.83
0310FA2002-TF-001
Motor
1
2.47
0.460
1800
1.28
21.823
27.83 9999.00
Wye
Open
1.28
21.823
27.83
0310FA2003-TF-001
Motor
1
2.47
0.460
1800
1.28
21.823
27.83 9999.00
Wye
Open
1.28
21.823
27.83
0310FA2005-TF-001
Motor
1
2.47
0.460
1800
1.28
21.823
27.83 9999.00
Wye
Open
1.28
21.823
27.83
0310FA2006-TF-001
Motor
1
2.47
0.460
1800
1.28
21.823
27.83 9999.00
Wye
Open
1.28
21.823
27.83
0310FA2007-TF-001
Motor
1
2.47
0.460
1800
1.28
21.823
27.83 9999.00
Wye
Open
1.28
21.823
27.83
0310FA3001-MO-001
Motor
1
1.87
0.460
1800
1.10
25.199
27.83 9999.00
Wye
Open
1.10
25.199
27.83
0310FA3002-MO-001
Motor
1
1.87
0.460
1800
1.10
25.199
27.83 9999.00
Wye
Open
1.10
25.199
27.83
27.83 9999.00
Wye
Open
1.10
25.199
27.83
0310FA3004-MO-001
Motor
1
1.87
0.460
1800
1.10
25.199
27.83 20.00
27.83
25/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
12
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Induction Machine ID
Page:
Type
Rating (Base) Qty
kVA
kV
Positive Seq. Imp.
RPM
X"/R
%R
Grounding
% R0
% X0
27.83 9999.00
Open
1.10
25.199
27.83
27.83 9999.00
Wye
Open
1.10
25.199
27.83
13.041
27.83 9999.00
Wye
Open
2.13
13.041
27.83
1.91
14.548
27.83 9999.00
Wye
Open
1.91
14.548
27.83
1.91
14.548
27.83 9999.00
Wye
Open
1.91
14.548
27.83
1800
1.10
25.199
27.83 9999.00
Wye
Open
1.10
25.199
27.83
1800
4.23
6.580
27.83 9999.00
Wye
Open
4.23
6.580
27.83
0.460
1800
3.49
7.968
27.83 9999.00
Wye
Open
3.49
7.968
27.83
43.10
0.460
1800
5.49
5.074
27.83 9999.00
Wye
Open
5.49
5.074
27.83
25.98
0.460
1800
4.23
6.580
27.83 9999.00
Wye
Open
4.23
6.580
27.83
1
2.52
0.460
1800
1.28
21.823
27.83 9999.00
Wye
Open
1.28
21.823
27.83
1
2.52
0.460
1800
1.28
21.823
27.83 9999.00
Wye
Open
1.28
21.823
27.83
Motor
1
2.52
0.460
1800
1.28
21.823
27.83 9999.00
Wye
Open
1.28
21.823
27.83
0320FA2004-TF-001
Motor
1
2.52
0.460
1800
1.28
21.823
27.83 9999.00
Wye
Open
1.28
21.823
27.83
0320FA2005-TF-001
Motor
1
2.52
0.460
1800
1.28
21.823
27.83 9999.00
Wye
Open
1.28
21.823
27.83
0320FA2006-TF-001
Motor
1
2.52
0.460
1800
1.28
21.823
27.83 9999.00
Wye
Open
1.28
21.823
27.83
0320PC1012-MO-001
Motor
1
52.15
0.460
1800
6.05
3.306
20.00
50.00
Wye
Open
6.05
3.306
20.00
0320PC1015-MO-001
Motor
1
52.15
0.460
1800
6.05
3.306
20.00
50.00
Wye
Open
6.05
3.306
20.00
0320PU1001-TF-001
Motor
1
4.95
0.460
1800
1.80
15.431
27.83 9999.00
Wye
Open
1.80
15.431
27.83
0320PU1002-TF-001
Motor
1
6.87
0.460
1800
2.13
13.041
27.83 9999.00
Wye
Open
2.13
13.041
27.83
0320FA3001-MO-001
Motor
1
1.91
0.460
1800
1.10
25.199
27.83 9999.00
Wye
Open
1.10
25.199
27.83
0320FA3002-MO-001
Motor
1
1.91
0.460
1800
1.10
25.199
27.83 9999.00
Wye
Open
1.10
25.199
27.83
0320FA3003-MO-001
Motor
1
1.91
0.460
1800
1.10
25.199
27.83 9999.00
Wye
Open
1.10
25.199
27.83
0320FA3004-MO-001
Motor
1
1.91
0.460
1800
1.10
25.199
27.83 9999.00
Wye
Open
1.10
25.199
27.83
0821TF1001-TF-001
Motor
1
131.05
0.460
1800
9.37
2.134
20.00
50.00
Wye
Open
9.37
2.134
20.00
0822TF1001-1002-TF-001
Motor
1
18.77
0.460
1800
3.48
7.995
27.83 9999.00
Wye
Open
3.48
7.995
27.83
0840TF1001-TF-001
Motor
1
53.50
0.460
1800
6.03
3.317
20.00
50.00
Wye
Open
6.03
3.317
20.00
0410-CB-1013
Motor
1
61.70
0.460
1800
6.05
3.306
20.00
50.00
Wye
Open
6.05
3.306
20.00
0410-CB-1016
Motor
1
61.70
0.460
1800
6.05
3.306
20.00
50.00
Wye
Open
6.05
3.306
20.00
0410-FA-2001
Motor
1
9.29
0.460
1800
2.21
12.599
27.83 9999.00
Wye
Open
2.21
12.599
27.83
0410-FA-2002
Motor
1
9.29
0.460
1800
2.21
12.599
27.83 9999.00
Wye
Open
2.21
12.599
27.83
0410-FA-2003
Motor
1
9.29
0.460
1800
2.21
12.599
27.83 9999.00
Wye
Open
2.21
12.599
27.83
0410-FA-2004
Motor
1
9.29
0.460
1800
2.21
12.599
27.83 9999.00
Wye
Open
2.21
12.599
27.83
0410-TR-1003
Motor
1
17.78
0.460
1800
3.12
8.909
27.83 9999.00
Wye
Open
3.12
8.909
27.83
0410-TR-1004
Motor
1
17.78
0.460
1800
3.12
8.909
27.83 9999.00
Wye
Open
3.12
8.909
27.83
0410-DM-3001-3014
Motor
1
0.19
0.460
1800
3.12
8.909
27.83 9999.00
Wye
Open
3.12
8.909
27.83
Motor
1
1.87
0.460
1800
1.10
25.199
0310FA3006-MO-001
Motor
1
1.87
0.460
1800
1.10
25.199
0310PU1001-TF-001
Motor
1
6.72
0.460
1800
2.13
0310PK1001-TF-001
Motor
1
5.44
0.460
1800
0310PK1002-TF-001
Motor
1
5.44
0.460
1800
0310FA3003-MO-001
Motor
1
1.87
0.460
0320CB1009-MO-001
Motor
1
25.98
0.460
0320CB1010-MO-001
Motor
1
17.90
0320CB1011-MO-001
Motor
1
0320CB1014-MO-001
Motor
1
0320FA2001-TF-001
Motor
0320FA2002-TF-001
Motor
0320FA2003-TF-001
% X'
Conn.
Type
Zero Seq. Imp.
Wye
0310FA3005-MO-001
% X"
Normal
Amp
X/R
26/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
13
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Induction Machine ID
Page:
Type
0410-TF-001
Motor
0420-CB-1004
Motor
0420-CB-1008
Rating (Base) Qty
kVA
kV
Positive Seq. Imp.
RPM
X"/R
%R
% X"
Normal
Grounding % X'
Conn.
Type
Zero Seq. Imp. Amp
X/R
% R0
% X0
Open
4.35
1
228.13
0.460
1800
3.12
6.402
20.00
50.00
Wye
6.402
27.83
1
44.99
0.440
1800
5.49
5.074
27.83 9999.00
Wye
Open
5.49
5.074
27.83
Motor
1
44.99
0.440
1800
5.49
5.074
27.83 9999.00
Wye
Open
5.49
5.074
27.83
0420-FA-2001
Motor
1
8.26
0.440
1800
2.21
12.599
27.83 9999.00
Wye
Open
2.21
12.599
27.83
0420-FA-2002
Motor
1
8.26
0.440
1800
2.21
12.599
27.83 9999.00
Wye
Open
2.21
12.599
27.83
0420-FA-2003
Motor
1
8.26
0.440
1800
2.21
12.599
27.83 9999.00
Wye
Open
2.21
12.599
27.83
0420-FA-2004
Motor
1
8.26
0.440
1800
2.21
12.599
27.83 9999.00
Wye
Open
2.21
12.599
27.83
0420-FA-2005
Motor
1
8.26
0.440
1800
2.21
12.599
27.83 9999.00
Wye
Open
2.21
12.599
27.83
0420-FA-2006
Motor
1
8.26
0.440
1800
2.21
12.599
27.83 9999.00
Wye
Open
2.21
12.599
27.83
0420-TR-1001
Motor
1
15.74
0.440
1800
3.12
8.909
27.83 9999.00
Wye
Open
3.12
8.909
27.83
0420-TR-1002
Motor
1
15.74
0.440
1800
3.12
8.909
27.83 9999.00
Wye
Open
3.12
8.909
27.83
0420-DM-3001-3020
Motor
1
0.22
0.440
1800
0.31
89.090
27.83 9999.00
Wye
Open
0.31
89.090
27.83
0420-TF-001
Motor
1
233.29
0.440
1800
12.72
1.572
20.00
50.00
Wye
Open
12.72
1.572
20.00
0710-BR-1005
Motor
1
3.56
0.440
1800
1.56
17.818
27.83 9999.00
Wye
Open
1.56
17.818
27.83
0710-CB-1020
Motor
1
129.73
0.440
1800
9.46
2.114
20.00
50.00
Wye
Open
9.46
2.114
20.00
0710-FA-2001
Motor
1
8.26
0.440
1800
2.21
12.599
27.83 9999.00
Wye
Open
2.21
12.599
27.83
0710-FA-2002
Motor
1
8.26
0.440
1800
2.21
12.599
27.83 9999.00
Wye
Open
2.21
12.599
27.83
0710-FA-3001
Motor
1
1.22
0.440
1800
0.90
30.862
27.83 9999.00
Wye
Open
0.90
30.862
27.83
0710-FA-3002
Motor
1
1.22
0.440
1800
0.90
30.862
27.83 9999.00
Wye
Open
0.90
30.862
27.83
0710-FA-3003
Motor
1
1.22
0.440
1800
0.90
30.862
27.83 9999.00
Wye
Open
0.90
30.862
27.83
0710-FA-3004
Motor
1
1.22
0.440
1800
0.90
30.862
27.83 9999.00
Wye
Open
0.90
30.862
27.83
0710-PU-1001
Motor
1
5.67
0.440
1800
1.80
15.431
27.83 9999.00
Wye
Open
1.80
15.431
27.83
0710-PK-1001
Motor
1
11.54
0.440
1800
2.64
10.524
27.83 9999.00
Wye
Open
2.64
10.524
27.83
0710-WG-1005
Motor
1
1.86
0.440
1800
0.99
28.173
27.83 9999.00
Wye
Open
0.99
28.173
27.83
0823-PU-1001
Motor
1
11.22
0.460
1800
2.47
11.269
27.83 9999.00
Wye
Open
2.47
11.269
27.83
0823-PU-1002
Motor
1
11.22
0.460
1800
2.47
11.269
27.83 9999.00
Wye
Open
2.47
11.269
27.83
0823-PU-1003
Motor
1
21.49
0.460
1800
3.48
7.995
27.83 9999.00
Wye
Open
3.48
7.995
27.83
0823-PU-1004
Motor
1
8.77
0.460
1800
2.13
13.041
27.83 9999.00
Wye
Open
2.13
13.041
27.83
0825-PK-1001
Motor
1
26.88
0.460
1800
3.88
7.175
27.83 9999.00
Wye
Open
3.88
7.175
27.83
0825-PU-1001-1002
Motor
1
6.02
0.460
1800
1.73
16.044
27.83 9999.00
Wye
Open
1.73
16.044
27.83
0840-CP-1002
Motor
1
61.84
0.460
1800
6.06
3.302
20.00
50.00
Wye
Open
6.06
3.302
20.00
0720BR1006-MO-001
Motor
1
1.52
0.440
1800
0.81
34.505
27.83 9999.00
Wye
Open
0.81
34.505
27.83
0720FA2001-TF-001
Motor
1
9.29
0.440
1800
2.21
12.599
27.83 9999.00
Wye
Open
2.21
12.599
27.83
840CP1003-TF-001
Motor
1
21.64
0.460
1800
3.49
7.968
27.83 9999.00
Wye
Open
3.49
7.968
27.83
0812CP1004-TF-001
Motor
1
69.19
0.460
1800
6.91
2.896
20.00
Wye
Open
6.91
2.896
20.00
Total Connected Induction Machines ( = 105 ): 3001.5 kVA
50.00
27/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
14
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
SHORT- CIRCUIT REPORT Fault at bus: 812.MC.101 Prefault voltage
= 0.460 kV = 100.00 % of nominal bus kV ( 0.460 kV) = 99.01 % of base kV ( 0.465 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
0.00
kA Symm. rms 55.246
812.MC.101
104.55
812.MC.101
104.55
0110CN1003-TF-001
812.MC.101
0110CN1004-TF-001
812.MC.101
Total
0110CN1001-TF-001 0110CN1002-TF-001
%V From Bus
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
4.78E+001 2.18E+002 5.00E+001 2.20E+002
0.00
100.06
100.46
54.959
54.959
1.012
104.55
104.55
104.55
0.671
0.000
1.20E+003 1.21E+004
1.012
104.55
104.55
104.55
0.671
0.000
1.20E+003 1.21E+004
104.55
1.035
104.55
104.55
104.55
0.686
0.000
1.17E+003 1.18E+004
812.MC.101
104.55
1.035
104.55
104.55
104.55
0.686
0.000
1.17E+003 1.18E+004
0110-TD-2001
812.MC.101
104.55
0.009
104.55
104.55
104.55
0.006
0.000
8.16E+005 1.04E+006
0110-TD-2002
812.MC.101
104.55
0.009
104.55
104.55
104.55
0.006
0.000
8.16E+005 1.04E+006
0140DM3001-3006TF001 0140DM3007-3009TF001 0140-TF-001
812.MC.101
104.55
0.000
104.55
104.55
104.55
0.000
0.000
1.27E+008 2.81E+007
812.MC.101
104.55
0.000
104.55
104.55
104.55
0.000
0.000
1.27E+008 2.81E+007
812.MC.101
104.55
0.657
104.55
104.55
104.55
0.436
0.000
2.31E+003 1.86E+004
0110DO1001-TF-001
812.MC.101
104.55
0.044
104.55
104.55
104.55
0.029
0.000
1.05E+005 2.59E+005
812.TR.001
812.TG.001
11.27
47.080
16.42
98.70
96.72
49.540
54.959
0320CB1009-MO-001
812.MC.104
100.00
0.114
100.00
100.00
100.00
0.076
0.000
2.48E+004 1.05E+005
0320CB1010-MO-001
812.MC.104
100.00
0.078
100.00
100.00
100.00
0.051
0.000
4.36E+004 1.52E+005
0320CB1011-MO-001
812.MC.104
100.00
0.191
100.00
100.00
100.00
0.127
0.000
1.15E+004 6.33E+004
0320CB1014-MO-001
812.MC.104
100.00
0.114
100.00
100.00
100.00
0.076
0.000
2.48E+004 1.05E+005
0320FA2001-TF-001
812.MC.104
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.47E+005 1.08E+006
0320FA2002-TF-001
812.MC.104
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.47E+005 1.08E+006
0320FA2003-TF-001
812.MC.104
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.47E+005 1.08E+006
0320FA2004-TF-001
812.MC.104
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.47E+005 1.08E+006
0320FA2005-TF-001
812.MC.104
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.47E+005 1.08E+006
0320FA2006-TF-001
812.MC.104
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.47E+005 1.08E+006
0320PC1012-MO-001
812.MC.104
100.00
0.323
100.00
100.00
100.00
0.214
0.000
6.21E+003 3.76E+004
0320PC1015-MO-001
812.MC.104
100.00
0.323
100.00
100.00
100.00
0.214
0.000
6.21E+003 3.76E+004
0320PU1001-TF-001
812.MC.104
100.00
0.020
100.00
100.00
100.00
0.013
0.000
3.06E+005 5.51E+005
0320PU1002-TF-001
812.MC.104
100.00
0.028
100.00
100.00
100.00
0.019
0.000
1.86E+005 3.97E+005
0320FA3001-MO-001
812.MC.104
100.00
0.006
100.00
100.00
100.00
0.004
0.000
1.29E+006 1.43E+006
0320FA3002-MO-001
812.MC.104
100.00
0.006
100.00
100.00
100.00
0.004
0.000
1.29E+006 1.43E+006
0320FA3003-MO-001
812.MC.104
100.00
0.006
100.00
100.00
100.00
0.004
0.000
1.29E+006 1.43E+006
0320FA3004-MO-001
812.MC.104
100.00
0.006
100.00
100.00
100.00
0.004
0.000
1.29E+006 1.43E+006
0120CN1005-TF-001
812.MC.102
100.00
0.947
100.00
100.00
100.00
0.628
0.000
1.28E+003 1.29E+004
0120CN1006-TF-001
812.MC.102
100.00
0.947
100.00
100.00
100.00
0.628
0.000
1.28E+003 1.29E+004
0120FA2001-TF-001
812.MC.102
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.92E+005 1.14E+006
5.99E+001 2.54E+002 5.00E+001 2.20E+002
28/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
15
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
(Cont.)
Fault at bus: 812.MC.101 Prefault voltage
= 0.460 kV = 100.00 % of nominal bus kV ( 0.460 kV) = 99.01 % of base kV ( 0.465 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
%V From Bus
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault
0120FA2002-TF-001
812.MC.102
100.00
kA Symm. rms 0.009
% Voltage at From Bus Va Vb Vc 100.00
100.00
100.00
0.006
0.000
8.92E+005 1.14E+006
0210FA2001-TF-001
812.MC.102
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.65E+005 1.10E+006
0230PK1001-1002-TF001 0210DM3001-3002-TF001 0210-TF-001
812.MC.102
100.00
0.114
100.00
100.00
100.00
0.075
0.000
2.47E+004 1.05E+005
812.MC.102
100.00
0.000
100.00
100.00
100.00
0.000
0.000
6.97E+008 8.89E+007
812.MC.102
100.00
0.077
100.00
100.00
100.00
0.051
0.000
4.28E+004 1.53E+005
0120DO1001-TF-001
812.MC.102
100.00
0.040
100.00
100.00
100.00
0.027
0.000
1.15E+005 2.83E+005
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
29/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
16
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: 812.MC.102 Prefault voltage
= 0.460 kV = 100.00 % of nominal bus kV ( 0.460 kV) = 99.01 % of base kV ( 0.465 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
0.00
kA Symm. rms 55.246
812.MC.102
100.00
812.MC.102
100.00
0120FA2001-TF-001
812.MC.102
0120FA2002-TF-001
812.MC.102
Total
0120CN1005-TF-001 0120CN1006-TF-001
%V From Bus
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
4.78E+001 2.18E+002 5.00E+001 2.20E+002
0.00
100.06
100.46
54.959
54.959
0.947
100.00
100.00
100.00
0.628
0.000
1.28E+003 1.29E+004
0.947
100.00
100.00
100.00
0.628
0.000
1.28E+003 1.29E+004
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.92E+005 1.14E+006
812.MC.102
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.92E+005 1.14E+006
0210FA2001-TF-001
812.MC.102
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.65E+005 1.10E+006
0230PK1001-1002-TF001 0210DM3001-3002-TF001 0210-TF-001
812.MC.102
100.00
0.114
100.00
100.00
100.00
0.075
0.000
2.47E+004 1.05E+005
812.MC.102
100.00
0.000
100.00
100.00
100.00
0.000
0.000
6.97E+008 8.89E+007
812.MC.102
100.00
0.077
100.00
100.00
100.00
0.051
0.000
4.28E+004 1.53E+005
0120DO1001-TF-001
812.MC.102
100.00
0.040
100.00
100.00
100.00
0.027
0.000
1.15E+005 2.83E+005
812.TR.001
812.TG.001
11.27
47.080
16.42
98.70
96.72
49.540
54.959
0320CB1009-MO-001
812.MC.104
100.00
0.114
100.00
100.00
100.00
0.076
0.000
2.48E+004 1.05E+005
0320CB1010-MO-001
812.MC.104
100.00
0.078
100.00
100.00
100.00
0.051
0.000
4.36E+004 1.52E+005
0320CB1011-MO-001
812.MC.104
100.00
0.191
100.00
100.00
100.00
0.127
0.000
1.15E+004 6.33E+004
0320CB1014-MO-001
812.MC.104
100.00
0.114
100.00
100.00
100.00
0.076
0.000
2.48E+004 1.05E+005
0320FA2001-TF-001
812.MC.104
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.47E+005 1.08E+006
0320FA2002-TF-001
812.MC.104
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.47E+005 1.08E+006
0320FA2003-TF-001
812.MC.104
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.47E+005 1.08E+006
0320FA2004-TF-001
812.MC.104
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.47E+005 1.08E+006
0320FA2005-TF-001
812.MC.104
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.47E+005 1.08E+006
0320FA2006-TF-001
812.MC.104
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.47E+005 1.08E+006
0320PC1012-MO-001
812.MC.104
100.00
0.323
100.00
100.00
100.00
0.214
0.000
6.21E+003 3.76E+004
0320PC1015-MO-001
812.MC.104
100.00
0.323
100.00
100.00
100.00
0.214
0.000
6.21E+003 3.76E+004
0320PU1001-TF-001
812.MC.104
100.00
0.020
100.00
100.00
100.00
0.013
0.000
3.06E+005 5.51E+005
0320PU1002-TF-001
812.MC.104
100.00
0.028
100.00
100.00
100.00
0.019
0.000
1.86E+005 3.97E+005
0320FA3001-MO-001
812.MC.104
100.00
0.006
100.00
100.00
100.00
0.004
0.000
1.29E+006 1.43E+006
0320FA3002-MO-001
812.MC.104
100.00
0.006
100.00
100.00
100.00
0.004
0.000
1.29E+006 1.43E+006
0320FA3003-MO-001
812.MC.104
100.00
0.006
100.00
100.00
100.00
0.004
0.000
1.29E+006 1.43E+006
0320FA3004-MO-001
812.MC.104
100.00
0.006
100.00
100.00
100.00
0.004
0.000
1.29E+006 1.43E+006
0110CN1001-TF-001
812.MC.101
104.55
1.012
104.55
104.55
104.55
0.671
0.000
1.20E+003 1.21E+004
0110CN1002-TF-001
812.MC.101
104.55
1.012
104.55
104.55
104.55
0.671
0.000
1.20E+003 1.21E+004
0110CN1003-TF-001
812.MC.101
104.55
1.035
104.55
104.55
104.55
0.686
0.000
1.17E+003 1.18E+004
0110CN1004-TF-001
812.MC.101
104.55
1.035
104.55
104.55
104.55
0.686
0.000
1.17E+003 1.18E+004
0110-TD-2001
812.MC.101
104.55
0.009
104.55
104.55
104.55
0.006
0.000
8.16E+005 1.04E+006
0110-TD-2002
812.MC.101
104.55
0.009
104.55
104.55
104.55
0.006
0.000
8.16E+005 1.04E+006
5.99E+001 2.54E+002 5.00E+001 2.20E+002
30/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
17
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
(Cont.)
Fault at bus: 812.MC.102 Prefault voltage
= 0.460 kV = 100.00 % of nominal bus kV ( 0.460 kV) = 99.01 % of base kV ( 0.465 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
%V From Bus
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault
0140DM3001-3006TF001 0140DM3007-3009TF001 0140-TF-001
812.MC.101
104.55
kA Symm. rms 0.000
% Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
812.MC.101
104.55
0.000
104.55
104.55
104.55
0.000
0.000
1.27E+008 2.81E+007
812.MC.101
104.55
0.657
104.55
104.55
104.55
0.436
0.000
2.31E+003 1.86E+004
0110DO1001-TF-001
812.MC.101
104.55
0.044
104.55
104.55
104.55
0.029
0.000
1.05E+005 2.59E+005
R1
% Impedance on 100 MVA base X1 R0 X0
104.55
104.55
104.55
0.000
0.000
1.27E+008 2.81E+007
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
31/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
18
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: 812.MC.103 Prefault voltage
= 0.460 kV = 100.00 % of nominal bus kV ( 0.460 kV) = 99.01 % of base kV ( 0.465 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
0.00
kA Symm. rms 37.637
812.MC.103
41.24
36.564
48.42
812.MC.103
100.00
0.076
100.00
0310CB1002-MO-001
812.MC.103
100.00
0.076
100.00
0310CB1003-MO-001
812.MC.103
100.00
0.316
0310CB1005-MO-001
812.MC.103
100.00
0310CB1006-MO-001
812.MC.103
0310CB1007-MO-001
812.MC.103
Total
812.TG.005 0310CB1001-MO-001
%V From Bus
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
106.60
33.289
33.289
1.52E+002 2.89E+002 2.16E+002 4.00E+002
99.37
99.36
32.656
33.289
1.59E+002 2.97E+002 2.16E+002 4.00E+002
100.00
100.00
0.045
0.000
4.46E+004 1.56E+005
100.00
100.00
0.045
0.000
4.46E+004 1.56E+005
100.00
100.00
100.00
0.186
0.000
6.34E+003 3.84E+004
0.076
100.00
100.00
100.00
0.045
0.000
4.46E+004 1.56E+005
100.00
0.094
100.00
100.00
100.00
0.055
0.000
3.27E+004 1.27E+005
812.MC.103
100.00
0.316
100.00
100.00
100.00
0.186
0.000
6.34E+003 3.84E+004
0310FA2001-TF-001
812.MC.103
100.00
0.009
100.00
100.00
100.00
0.005
0.000
8.65E+005 1.10E+006
0310FA2002-TF-001
812.MC.103
100.00
0.009
100.00
100.00
100.00
0.005
0.000
8.65E+005 1.10E+006
0310FA2003-TF-001
812.MC.103
100.00
0.009
100.00
100.00
100.00
0.005
0.000
8.65E+005 1.10E+006
0310FA2005-TF-001
812.MC.103
100.00
0.009
100.00
100.00
100.00
0.005
0.000
8.65E+005 1.10E+006
0310FA2006-TF-001
812.MC.103
100.00
0.009
100.00
100.00
100.00
0.005
0.000
8.65E+005 1.10E+006
0310FA2007-TF-001
812.MC.103
100.00
0.009
100.00
100.00
100.00
0.005
0.000
8.65E+005 1.10E+006
0310FA3001-MO-001
812.MC.103
100.00
0.006
100.00
100.00
100.00
0.004
0.000
1.32E+006 1.46E+006
0310FA3002-MO-001
812.MC.103
100.00
0.006
100.00
100.00
100.00
0.004
0.000
1.32E+006 1.46E+006
0310FA3004-MO-001
812.MC.103
100.00
0.006
100.00
100.00
100.00
0.004
0.000
1.32E+006 1.46E+006
0310FA3005-MO-001
812.MC.103
100.00
0.006
100.00
100.00
100.00
0.004
0.000
1.32E+006 1.46E+006
0310FA3006-MO-001
812.MC.103
100.00
0.006
100.00
100.00
100.00
0.004
0.000
1.32E+006 1.46E+006
0310PU1001-TF-001
812.MC.103
100.00
0.027
100.00
100.00
100.00
0.016
0.000
1.90E+005 4.06E+005
0310PK1001-TF-001
812.MC.103
100.00
0.022
100.00
100.00
100.00
0.013
0.000
2.62E+005 5.02E+005
0310PK1002-TF-001
812.MC.103
100.00
0.022
100.00
100.00
100.00
0.013
0.000
2.62E+005 5.02E+005
0310FA3003-MO-001
812.MC.103
100.00
0.006
100.00
100.00
100.00
0.004
0.000
1.32E+006 1.46E+006
0.00
105.90
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
32/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
19
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: 812.MC.104 Prefault voltage
= 0.460 kV = 100.00 % of nominal bus kV ( 0.460 kV) = 99.01 % of base kV ( 0.465 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
0.00
kA Symm. rms 55.246
812.MC.104
100.00
812.MC.104
100.00
0320CB1011-MO-001
812.MC.104
0320CB1014-MO-001
812.MC.104
Total
0320CB1009-MO-001 0320CB1010-MO-001
%V From Bus
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
4.78E+001 2.18E+002 5.00E+001 2.20E+002
0.00
100.06
100.46
54.959
54.959
0.114
100.00
100.00
100.00
0.076
0.000
2.48E+004 1.05E+005
0.078
100.00
100.00
100.00
0.051
0.000
4.36E+004 1.52E+005
100.00
0.191
100.00
100.00
100.00
0.127
0.000
1.15E+004 6.33E+004
812.MC.104
100.00
0.114
100.00
100.00
100.00
0.076
0.000
2.48E+004 1.05E+005
0320FA2001-TF-001
812.MC.104
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.47E+005 1.08E+006
0320FA2002-TF-001
812.MC.104
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.47E+005 1.08E+006
0320FA2003-TF-001
812.MC.104
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.47E+005 1.08E+006
0320FA2004-TF-001
812.MC.104
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.47E+005 1.08E+006
0320FA2005-TF-001
812.MC.104
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.47E+005 1.08E+006
0320FA2006-TF-001
812.MC.104
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.47E+005 1.08E+006
0320PC1012-MO-001
812.MC.104
100.00
0.323
100.00
100.00
100.00
0.214
0.000
6.21E+003 3.76E+004
0320PC1015-MO-001
812.MC.104
100.00
0.323
100.00
100.00
100.00
0.214
0.000
6.21E+003 3.76E+004
0320PU1001-TF-001
812.MC.104
100.00
0.020
100.00
100.00
100.00
0.013
0.000
3.06E+005 5.51E+005
0320PU1002-TF-001
812.MC.104
100.00
0.028
100.00
100.00
100.00
0.019
0.000
1.86E+005 3.97E+005
0320FA3001-MO-001
812.MC.104
100.00
0.006
100.00
100.00
100.00
0.004
0.000
1.29E+006 1.43E+006
0320FA3002-MO-001
812.MC.104
100.00
0.006
100.00
100.00
100.00
0.004
0.000
1.29E+006 1.43E+006
0320FA3003-MO-001
812.MC.104
100.00
0.006
100.00
100.00
100.00
0.004
0.000
1.29E+006 1.43E+006
0320FA3004-MO-001
812.MC.104
100.00
0.006
100.00
100.00
100.00
0.004
0.000
1.29E+006 1.43E+006
812.TR.001
812.TG.001
11.27
47.080
16.42
98.70
96.72
49.540
54.959
0120CN1005-TF-001
812.MC.102
100.00
0.947
100.00
100.00
100.00
0.628
0.000
1.28E+003 1.29E+004
0120CN1006-TF-001
812.MC.102
100.00
0.947
100.00
100.00
100.00
0.628
0.000
1.28E+003 1.29E+004
0120FA2001-TF-001
812.MC.102
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.92E+005 1.14E+006
0120FA2002-TF-001
812.MC.102
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.92E+005 1.14E+006
0210FA2001-TF-001
812.MC.102
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.65E+005 1.10E+006
0230PK1001-1002-TF001 0210DM3001-3002-TF001 0210-TF-001
812.MC.102
100.00
0.114
100.00
100.00
100.00
0.075
0.000
2.47E+004 1.05E+005
812.MC.102
100.00
0.000
100.00
100.00
100.00
0.000
0.000
6.97E+008 8.89E+007
812.MC.102
100.00
0.077
100.00
100.00
100.00
0.051
0.000
4.28E+004 1.53E+005
0120DO1001-TF-001
812.MC.102
100.00
0.040
100.00
100.00
100.00
0.027
0.000
1.15E+005 2.83E+005
0110CN1001-TF-001
812.MC.101
104.55
1.012
104.55
104.55
104.55
0.671
0.000
1.20E+003 1.21E+004
0110CN1002-TF-001
812.MC.101
104.55
1.012
104.55
104.55
104.55
0.671
0.000
1.20E+003 1.21E+004
0110CN1003-TF-001
812.MC.101
104.55
1.035
104.55
104.55
104.55
0.686
0.000
1.17E+003 1.18E+004
0110CN1004-TF-001
812.MC.101
104.55
1.035
104.55
104.55
104.55
0.686
0.000
1.17E+003 1.18E+004
0110-TD-2001
812.MC.101
104.55
0.009
104.55
104.55
104.55
0.006
0.000
8.16E+005 1.04E+006
0110-TD-2002
812.MC.101
104.55
0.009
104.55
104.55
104.55
0.006
0.000
8.16E+005 1.04E+006
5.99E+001 2.54E+002 5.00E+001 2.20E+002
33/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
20
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
(Cont.)
Fault at bus: 812.MC.104 Prefault voltage
= 0.460 kV = 100.00 % of nominal bus kV ( 0.460 kV) = 99.01 % of base kV ( 0.465 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
%V From Bus
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault
0140DM3001-3006TF001 0140DM3007-3009TF001 0140-TF-001
812.MC.101
104.55
kA Symm. rms 0.000
% Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
812.MC.101
104.55
0.000
104.55
104.55
104.55
0.000
0.000
1.27E+008 2.81E+007
812.MC.101
104.55
0.657
104.55
104.55
104.55
0.436
0.000
2.31E+003 1.86E+004
0110DO1001-TF-001
812.MC.101
104.55
0.044
104.55
104.55
104.55
0.029
0.000
1.05E+005 2.59E+005
R1
% Impedance on 100 MVA base X1 R0 X0
104.55
104.55
104.55
0.000
0.000
1.27E+008 2.81E+007
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
34/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
21
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: 812.MC.105 Prefault voltage
= 0.460 kV = 100.00 % of nominal bus kV ( 0.460 kV) = 99.01 % of base kV ( 0.465 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
0.00
kA Symm. rms 37.648
812.MC.105
41.16
36.494
48.39
812.MC.105
100.00
0.818
100.00
812.MC.105
100.00
0.081
100.00
812.MC.105
100.00
0.331
100.00
812.MC.105
Total
812.TG.005 0821TF1001-TF-001 0822TF1001-1002-TF001 0840TF1001-TF-001
%V From Bus
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc 0.00
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
106.71
33.295
33.295
1.51E+002 2.90E+002 2.16E+002 4.00E+002
99.35
99.40
32.614
33.295
1.59E+002 2.97E+002 2.16E+002 4.00E+002
100.00
100.00
0.482
0.000
1.60E+003 1.50E+004
100.00
100.00
0.048
0.000
4.18E+004 1.45E+005
100.00
100.00
0.195
0.000
6.08E+003 3.66E+004
105.80
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
35/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
22
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: 812.MC.301 Prefault voltage
= 0.460 kV = 100.00 % of nominal bus kV ( 0.460 kV) = 99.01 % of base kV ( 0.465 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
0.00
kA Symm. rms 52.420
812.MC.301
100.00
812.MC.301
100.00
0410-FA-2001
812.MC.301
0410-FA-2002
812.MC.301
Total
0410-CB-1013 0410-CB-1016
%V From Bus
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
5.19E+001 2.29E+002 3.83E+001 2.04E+002
0.00
99.17
97.20
54.404
54.404
0.382
100.00
100.00
100.00
0.265
0.000
5.25E+003 3.18E+004
0.382
100.00
100.00
100.00
0.265
0.000
5.25E+003 3.18E+004
100.00
0.038
100.00
100.00
100.00
0.026
0.000
1.33E+005 2.94E+005
812.MC.301
100.00
0.038
100.00
100.00
100.00
0.026
0.000
1.33E+005 2.94E+005
0410-FA-2003
812.MC.301
100.00
0.038
100.00
100.00
100.00
0.026
0.000
1.33E+005 2.94E+005
0410-FA-2004
812.MC.301
100.00
0.038
100.00
100.00
100.00
0.026
0.000
1.33E+005 2.94E+005
0410-TR-1003
812.MC.301
100.00
0.076
100.00
100.00
100.00
0.053
0.000
4.91E+004 1.53E+005
0410-TR-1004
812.MC.301
100.00
0.076
100.00
100.00
100.00
0.053
0.000
4.91E+004 1.53E+005
0410-DM-3001-3014
812.MC.301
100.00
0.001
100.00
100.00
100.00
0.001
0.000
4.54E+006 1.42E+007
0410-TF-001
812.MC.301
100.00
1.364
100.00
100.00
100.00
0.820
0.000
2.75E+003 8.59E+003
812.TR.003
812.TG.006
7.60
47.617
11.17
98.36
94.94
51.193
54.404
0420-CB-1004
812.MC.302
104.55
0.218
104.55
104.55
104.55
0.151
0.000
1.01E+004 5.55E+004
0420-CB-1008
812.MC.302
104.55
0.218
104.55
104.55
104.55
0.151
0.000
1.01E+004 5.55E+004
0420-FA-2001
812.MC.302
104.55
0.037
104.55
104.55
104.55
0.026
0.000
1.37E+005 3.02E+005
0420-FA-2002
812.MC.302
104.55
0.037
104.55
104.55
104.55
0.026
0.000
1.37E+005 3.02E+005
0420-FA-2003
812.MC.302
104.55
0.037
104.55
104.55
104.55
0.026
0.000
1.37E+005 3.02E+005
0420-FA-2004
812.MC.302
104.55
0.037
104.55
104.55
104.55
0.026
0.000
1.37E+005 3.02E+005
0420-FA-2005
812.MC.302
104.55
0.037
104.55
104.55
104.55
0.026
0.000
1.37E+005 3.02E+005
0420-FA-2006
812.MC.302
104.55
0.037
104.55
104.55
104.55
0.026
0.000
1.37E+005 3.02E+005
0420-TR-1001
812.MC.302
104.55
0.074
104.55
104.55
104.55
0.051
0.000
5.08E+004 1.59E+005
0420-TR-1002
812.MC.302
104.55
0.074
104.55
104.55
104.55
0.051
0.000
5.08E+004 1.59E+005
0420-DM-3001-3020
812.MC.302
104.55
0.000
104.55
104.55
104.55
0.000
0.000
3.59E+007 1.12E+007
0420-TF-001
812.MC.302
104.55
1.595
104.55
104.55
104.55
1.107
0.000
6.04E+002 7.69E+003
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
5.75E+001 2.52E+002 3.83E+001 2.04E+002
36/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
23
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: 812.MC.302 Prefault voltage
= 0.460 kV = 100.00 % of nominal bus kV ( 0.460 kV) = 99.01 % of base kV ( 0.465 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
0.00
kA Symm. rms 52.420
812.MC.302
104.55
812.MC.302
104.55
0420-FA-2001
812.MC.302
0420-FA-2002
812.MC.302
Total
0420-CB-1004 0420-CB-1008
%V From Bus
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
5.19E+001 2.29E+002 3.83E+001 2.04E+002
0.00
99.17
97.20
54.404
54.404
0.218
104.55
104.55
104.55
0.151
0.000
1.01E+004 5.55E+004
0.218
104.55
104.55
104.55
0.151
0.000
1.01E+004 5.55E+004
104.55
0.037
104.55
104.55
104.55
0.026
0.000
1.37E+005 3.02E+005
812.MC.302
104.55
0.037
104.55
104.55
104.55
0.026
0.000
1.37E+005 3.02E+005
0420-FA-2003
812.MC.302
104.55
0.037
104.55
104.55
104.55
0.026
0.000
1.37E+005 3.02E+005
0420-FA-2004
812.MC.302
104.55
0.037
104.55
104.55
104.55
0.026
0.000
1.37E+005 3.02E+005
0420-FA-2005
812.MC.302
104.55
0.037
104.55
104.55
104.55
0.026
0.000
1.37E+005 3.02E+005
0420-FA-2006
812.MC.302
104.55
0.037
104.55
104.55
104.55
0.026
0.000
1.37E+005 3.02E+005
0420-TR-1001
812.MC.302
104.55
0.074
104.55
104.55
104.55
0.051
0.000
5.08E+004 1.59E+005
0420-TR-1002
812.MC.302
104.55
0.074
104.55
104.55
104.55
0.051
0.000
5.08E+004 1.59E+005
0420-DM-3001-3020
812.MC.302
104.55
0.000
104.55
104.55
104.55
0.000
0.000
3.59E+007 1.12E+007
0420-TF-001
812.MC.302
104.55
1.595
104.55
104.55
104.55
1.107
0.000
6.04E+002 7.69E+003
812.TR.003
812.TG.006
7.60
47.617
11.17
98.36
94.94
51.193
54.404
0410-CB-1013
812.MC.301
100.00
0.382
100.00
100.00
100.00
0.265
0.000
5.25E+003 3.18E+004
0410-CB-1016
812.MC.301
100.00
0.382
100.00
100.00
100.00
0.265
0.000
5.25E+003 3.18E+004
0410-FA-2001
812.MC.301
100.00
0.038
100.00
100.00
100.00
0.026
0.000
1.33E+005 2.94E+005
0410-FA-2002
812.MC.301
100.00
0.038
100.00
100.00
100.00
0.026
0.000
1.33E+005 2.94E+005
0410-FA-2003
812.MC.301
100.00
0.038
100.00
100.00
100.00
0.026
0.000
1.33E+005 2.94E+005
0410-FA-2004
812.MC.301
100.00
0.038
100.00
100.00
100.00
0.026
0.000
1.33E+005 2.94E+005
0410-TR-1003
812.MC.301
100.00
0.076
100.00
100.00
100.00
0.053
0.000
4.91E+004 1.53E+005
0410-TR-1004
812.MC.301
100.00
0.076
100.00
100.00
100.00
0.053
0.000
4.91E+004 1.53E+005
0410-DM-3001-3014
812.MC.301
100.00
0.001
100.00
100.00
100.00
0.001
0.000
4.54E+006 1.42E+007
0410-TF-001
812.MC.301
100.00
1.364
100.00
100.00
100.00
0.820
0.000
2.75E+003 8.59E+003
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
5.75E+001 2.52E+002 3.83E+001 2.04E+002
37/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
24
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: 812.MC.303 Prefault voltage
= 0.460 kV = 100.00 % of nominal bus kV ( 0.460 kV) = 99.01 % of base kV ( 0.465 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
0.00
kA Symm. rms 51.374
812.MC.303
104.55
812.MC.303
104.55
0710-FA-2001
812.MC.303
0710-FA-2002
812.MC.303
Total
0710-BR-1005 0710-CB-1020
%V From Bus
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
5.62E+001 2.33E+002 4.30E+001 2.11E+002
0.00
99.31
97.45
53.097
53.097
0.015
104.55
104.55
104.55
0.010
0.000
4.49E+005 7.02E+005
0.885
104.55
104.55
104.55
0.611
0.000
1.46E+003 1.38E+004
104.55
0.037
104.55
104.55
104.55
0.026
0.000
1.37E+005 3.02E+005
812.MC.303
104.55
0.037
104.55
104.55
104.55
0.026
0.000
1.37E+005 3.02E+005
0710-FA-3001
812.MC.303
104.55
0.004
104.55
104.55
104.55
0.003
0.000
2.26E+006 2.04E+006
0710-FA-3002
812.MC.303
104.55
0.004
104.55
104.55
104.55
0.003
0.000
2.26E+006 2.04E+006
0710-FA-3003
812.MC.303
104.55
0.004
104.55
104.55
104.55
0.003
0.000
2.26E+006 2.04E+006
0710-FA-3004
812.MC.303
104.55
0.004
104.55
104.55
104.55
0.003
0.000
2.26E+006 2.04E+006
0710-PU-1001
812.MC.303
104.55
0.024
104.55
104.55
104.55
0.017
0.000
2.44E+005 4.41E+005
0710-PK-1001
812.MC.303
104.55
0.053
104.55
104.55
104.55
0.037
0.000
8.18E+004 2.16E+005
0710-WG-1005
812.MC.303
104.55
0.006
104.55
104.55
104.55
0.004
0.000
1.36E+006 1.34E+006
812.TR.003
812.TG.003
9.49
49.573
13.44
98.29
95.02
51.852
53.097
812.TD2.003
812.TG.003
0.00
0.000
57.71
58.81
102.76
0.000
0.000
0823-PU-1001
812.MC.304
100.00
0.047
100.00
100.00
100.00
0.032
0.000
9.85E+004 2.43E+005
0823-PU-1002
812.MC.304
100.00
0.047
100.00
100.00
100.00
0.032
0.000
9.85E+004 2.43E+005
0823-PU-1003
812.MC.304
100.00
0.093
100.00
100.00
100.00
0.064
0.000
3.65E+004 1.27E+005
0823-PU-1004
812.MC.304
100.00
0.036
100.00
100.00
100.00
0.025
0.000
1.46E+005 3.11E+005
0825-PK-1001
812.MC.304
100.00
0.117
100.00
100.00
100.00
0.081
0.000
2.62E+004 1.02E+005
0825-PU-1001-1002
812.MC.304
100.00
0.024
100.00
100.00
100.00
0.016
0.000
2.61E+005 4.53E+005
0840-CP-1002
812.MC.304
100.00
0.383
100.00
100.00
100.00
0.265
0.000
5.24E+003 3.17E+004
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
5.86E+001 2.41E+002 4.30E+001 2.11E+002
38/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
25
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: 812.MC.304 Prefault voltage
= 0.460 kV = 100.00 % of nominal bus kV ( 0.460 kV) = 99.01 % of base kV ( 0.465 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
0.00
kA Symm. rms 51.374
812.MC.304
100.00
812.MC.304
100.00
0823-PU-1003
812.MC.304
0823-PU-1004
812.MC.304
Total
0823-PU-1001 0823-PU-1002
%V From Bus
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
5.62E+001 2.33E+002 4.30E+001 2.11E+002
0.00
99.31
97.45
53.097
53.097
0.047
100.00
100.00
100.00
0.032
0.000
9.85E+004 2.43E+005
0.047
100.00
100.00
100.00
0.032
0.000
9.85E+004 2.43E+005
100.00
0.093
100.00
100.00
100.00
0.064
0.000
3.65E+004 1.27E+005
812.MC.304
100.00
0.036
100.00
100.00
100.00
0.025
0.000
1.46E+005 3.11E+005
0825-PK-1001
812.MC.304
100.00
0.117
100.00
100.00
100.00
0.081
0.000
2.62E+004 1.02E+005
0825-PU-1001-1002
812.MC.304
100.00
0.024
100.00
100.00
100.00
0.016
0.000
2.61E+005 4.53E+005
0840-CP-1002
812.MC.304
100.00
0.383
100.00
100.00
100.00
0.265
0.000
5.24E+003 3.17E+004
812.TR.003
812.TG.003
9.49
49.573
13.44
98.29
95.02
51.852
53.097
812.TD2.003
812.TG.003
0.00
0.000
57.71
58.81
102.76
0.000
0.000
0710-BR-1005
812.MC.303
104.55
0.015
104.55
104.55
104.55
0.010
0.000
4.49E+005 7.02E+005
0710-CB-1020
812.MC.303
104.55
0.885
104.55
104.55
104.55
0.611
0.000
1.46E+003 1.38E+004
0710-FA-2001
812.MC.303
104.55
0.037
104.55
104.55
104.55
0.026
0.000
1.37E+005 3.02E+005
0710-FA-2002
812.MC.303
104.55
0.037
104.55
104.55
104.55
0.026
0.000
1.37E+005 3.02E+005
0710-FA-3001
812.MC.303
104.55
0.004
104.55
104.55
104.55
0.003
0.000
2.26E+006 2.04E+006
0710-FA-3002
812.MC.303
104.55
0.004
104.55
104.55
104.55
0.003
0.000
2.26E+006 2.04E+006
0710-FA-3003
812.MC.303
104.55
0.004
104.55
104.55
104.55
0.003
0.000
2.26E+006 2.04E+006
0710-FA-3004
812.MC.303
104.55
0.004
104.55
104.55
104.55
0.003
0.000
2.26E+006 2.04E+006
0710-PU-1001
812.MC.303
104.55
0.024
104.55
104.55
104.55
0.017
0.000
2.44E+005 4.41E+005
0710-PK-1001
812.MC.303
104.55
0.053
104.55
104.55
104.55
0.037
0.000
8.18E+004 2.16E+005
0710-WG-1005
812.MC.303
104.55
0.006
104.55
104.55
104.55
0.004
0.000
1.36E+006 1.34E+006
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
5.86E+001 2.41E+002 4.30E+001 2.11E+002
39/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
26
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: 812.MC.401 Prefault voltage
= 0.460 kV = 100.00 % of nominal bus kV ( 0.460 kV) = 99.01 % of base kV ( 0.465 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
0.00
kA Symm. rms 21.927
812.MC.401
104.55
812.MC.401
104.55
812-SE-004
812.TG.004
812.TD2.004
812.TG.004
0812CP1004-TF-001
812.TD4.004
812.MC.401
Total
0720BR1006-MO-001 0720FA2001-TF-001
%V From Bus
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
1.24E+002 5.47E+002 8.34E+001 4.83E+002
0.00
99.34
96.40
22.897
22.897
0.005
104.55
104.55
104.55
0.003
0.000
2.04E+006 1.65E+006
0.042
104.55
104.55
104.55
0.029
0.000
1.22E+005 2.69E+005
85.47
21.454
94.08
100.01
90.96
22.568
22.897 *
0.00
0.000
55.66
57.36
100.01
0.000
0.000
100.00
0.430
100.00
100.00
100.00
0.299
0.000
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
1.28E+002 5.59E+002 8.34E+001 4.83E+002
4.10E+003 2.83E+004
40/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
27
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: 812.TD2.001 Prefault voltage
= 0.400 kV = 100.00 % of nominal bus kV ( 0.400 kV) = 96.53 % of base kV ( 0.414 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
%V From Bus
812.TD2.001
Total
0.00
kA Symm. rms 12.483
Bus3
812.TD2.001
6.87
12.483
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc 0.00
96.82
97.40
13.241
13.241
3.73E+002 1.01E+003 3.18E+002 8.34E+002
9.81
95.75
96.09
13.241
13.241
3.73E+002 1.01E+003 3.18E+002 8.34E+002
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
41/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
28
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: 812.TD2.002 Prefault voltage
= 0.400 kV = 100.00 % of nominal bus kV ( 0.400 kV) = 99.01 % of base kV ( 0.404 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
%V From Bus
812.TD2.002
Total
0.00
kA Symm. rms 9.200
Bus10
812.TD2.002
0.00
Bus26
812.TD2.002
0.00
Bus27
812.TD2.002
# 812.TG.002 # 812.TD3.002
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
5.61E+002 1.43E+003 4.08E+002 6.12E+002
0.00
86.46
95.98
11.177
11.177
0.000
56.84
51.20
102.57
0.000
0.000
0.000
56.84
51.20
102.57
0.000
0.000
0.00
0.000
56.84
51.20
102.57
0.000
0.000
812.TD2.002
63.74
6.133
75.88
100.00
82.33
7.452
7.452 *
8.41E+002 2.15E+003 6.12E+002 9.18E+002
812.TD2.002
31.87
3.067
35.44
88.59
96.06
3.726
3.726
1.68E+003 4.30E+003 1.22E+003 1.84E+003
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
42/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
29
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: 812.TD2.003 Prefault voltage
= 0.400 kV = 100.00 % of nominal bus kV ( 0.400 kV) = 96.53 % of base kV ( 0.414 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
%V From Bus
812.TD2.003
Total
0.00
kA Symm. rms 13.663
Bus37
812.TD2.003
0.00
Bus36
812.TD2.003
0.00
812.TG.003
812.TD2.003
73.83
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
0.00
95.41
96.45
14.859
14.859
0.000
57.11
56.50
102.61
0.000
0.000
0.000
57.11
56.50
102.61
0.000
0.000
13.663
84.38
97.55
85.49
14.859
14.859 *
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
R1
% Impedance on 100 MVA base X1 R0 X0
2.86E+002 9.42E+002 2.30E+002 7.09E+002
2.86E+002 9.42E+002 2.30E+002 7.09E+002
43/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
30
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: 812.TD2.004 Prefault voltage
= 0.400 kV = 100.00 % of nominal bus kV ( 0.400 kV) = 99.01 % of base kV ( 0.404 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
812.TD2.004
Total
812.TG.004
812.TD2.004
%V From Bus 0.00
kA Symm. rms 13.464
46.64
13.464
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
0.00
91.74
90.52
16.377
16.377
2.08E+002 1.03E+003 8.34E+001 4.83E+002
70.89
100.01
69.30
16.377
16.377 *
2.08E+002 1.03E+003 8.34E+001 4.83E+002
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
44/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
31
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: 812.TD3.002 Prefault voltage
= 0.230 kV = 100.00 % of nominal bus kV ( 0.230 kV) = 99.01 % of base kV ( 0.232 kV)
Contribution From Bus ID 812.TD3.002
3-Phase Fault To Bus ID
Total
%V From Bus 0.00
kA Symm. rms 16.000
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
0.00
86.46
95.98
19.439
19.439
5.61E+002 1.43E+003 4.08E+002 6.12E+002
# 812.TG.002
812.TD3.002
63.74
10.667
75.88
100.00
82.33
12.959
12.959 *
8.41E+002 2.15E+003 6.12E+002 9.18E+002
# 812.TD2.002
812.TD3.002
31.87
5.333
35.44
88.59
96.06
6.480
6.480
1.68E+003 4.30E+003 1.22E+003 1.84E+003
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
45/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
32
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: 812.TD4.002 Prefault voltage
= 0.460 kV = 100.00 % of nominal bus kV ( 0.460 kV) = 99.01 % of base kV ( 0.465 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
%V From Bus
812.TD4.002
Total
840CP1003-TF-001
812.TD4.002
100.00
812-SE-002
812.TG.002
85.82
# 812.TD2.002
812.TG.002
0.00
# 812.TD3.002
812.TG.002
0.00
0.00
kA Symm. rms 21.636
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
0.00
98.95
96.40
0.094
100.00
100.00
100.00
0.066
0.000
21.543
94.00
100.01
91.34
22.618
22.683 *
0.000
55.66
57.13
100.01
0.000
0.000
0.000
55.66
57.13
100.01
0.000
0.000
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
22.683
22.683
R1
% Impedance on 100 MVA base X1 R0 X0
1.22E+002 5.55E+002 8.34E+001 4.83E+002 3.61E+004 1.26E+005 1.23E+002 5.58E+002 8.34E+001 4.83E+002
46/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
33
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: 812.TD4.003 Prefault voltage
= 0.460 kV = 100.00 % of nominal bus kV ( 0.460 kV) = 99.01 % of base kV ( 0.465 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
%V From Bus
812.TD4.003
Total
0.00
kA Symm. rms 51.374
812.TR.003
812.TG.003
9.49
812.TD2.003
812.TG.003
0.00
0710-BR-1005
812.MC.303
0710-CB-1020
812.MC.303
0710-FA-2001
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
97.45
53.097
53.097
5.62E+001 2.33E+002 4.30E+001 2.11E+002
98.29
95.02
51.852
53.097
5.86E+001 2.41E+002 4.30E+001 2.11E+002
58.81
102.76
0.000
0.000
104.55
104.55
104.55
0.010
0.000
4.49E+005 7.02E+005
104.55
104.55
104.55
0.611
0.000
1.46E+003 1.38E+004
0.037
104.55
104.55
104.55
0.026
0.000
1.37E+005 3.02E+005
104.55
0.037
104.55
104.55
104.55
0.026
0.000
1.37E+005 3.02E+005
812.MC.303
104.55
0.004
104.55
104.55
104.55
0.003
0.000
2.26E+006 2.04E+006
0710-FA-3002
812.MC.303
104.55
0.004
104.55
104.55
104.55
0.003
0.000
2.26E+006 2.04E+006
0710-FA-3003
812.MC.303
104.55
0.004
104.55
104.55
104.55
0.003
0.000
2.26E+006 2.04E+006
0710-FA-3004
812.MC.303
104.55
0.004
104.55
104.55
104.55
0.003
0.000
2.26E+006 2.04E+006
0710-PU-1001
812.MC.303
104.55
0.024
104.55
104.55
104.55
0.017
0.000
2.44E+005 4.41E+005
0710-PK-1001
812.MC.303
104.55
0.053
104.55
104.55
104.55
0.037
0.000
8.18E+004 2.16E+005
0710-WG-1005
812.MC.303
104.55
0.006
104.55
104.55
104.55
0.004
0.000
1.36E+006 1.34E+006
0823-PU-1001
812.MC.304
100.00
0.047
100.00
100.00
100.00
0.032
0.000
9.85E+004 2.43E+005
0823-PU-1002
812.MC.304
100.00
0.047
100.00
100.00
100.00
0.032
0.000
9.85E+004 2.43E+005
0823-PU-1003
812.MC.304
100.00
0.093
100.00
100.00
100.00
0.064
0.000
3.65E+004 1.27E+005
0823-PU-1004
812.MC.304
100.00
0.036
100.00
100.00
100.00
0.025
0.000
1.46E+005 3.11E+005
0825-PK-1001
812.MC.304
100.00
0.117
100.00
100.00
100.00
0.081
0.000
2.62E+004 1.02E+005
0825-PU-1001-1002
812.MC.304
100.00
0.024
100.00
100.00
100.00
0.016
0.000
2.61E+005 4.53E+005
0840-CP-1002
812.MC.304
100.00
0.383
100.00
100.00
100.00
0.265
0.000
5.24E+003 3.17E+004
0.00
99.31
49.573
13.44
0.000
57.71
104.55
0.015
104.55
0.885
812.MC.303
104.55
0710-FA-2002
812.MC.303
0710-FA-3001
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
47/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
34
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: 812.TD4.004 Prefault voltage
= 0.460 kV = 100.00 % of nominal bus kV ( 0.460 kV) = 99.01 % of base kV ( 0.465 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
%V From Bus
812.TD4.004
Total
0812CP1004-TF-001
812.TD4.004
100.00
812-SE-004
812.TG.004
85.47
812.TD2.004
812.TG.004
0.00
0720BR1006-MO-001
812.MC.401
0720FA2001-TF-001
812.MC.401
0.00
kA Symm. rms 21.927
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
1.24E+002 5.47E+002 8.34E+001 4.83E+002
99.34
96.40
0.430
100.00
100.00
100.00
0.299
0.000
21.454
94.08
100.01
90.96
22.568
22.897 *
0.000
55.66
57.36
100.01
0.000
0.000
104.55
0.005
104.55
104.55
104.55
0.003
0.000
2.04E+006 1.65E+006
104.55
0.042
104.55
104.55
104.55
0.029
0.000
1.22E+005 2.69E+005
* Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
22.897
% Impedance on 100 MVA base X1 R0 X0
0.00
# Indicates fault current contribution is from three-winding transformers
22.897
R1
4.10E+003 2.83E+004 1.28E+002 5.59E+002 8.34E+001 4.83E+002
48/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
35
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: 812.TG.001 Prefault voltage
= 0.460 kV = 100.00 % of nominal bus kV ( 0.460 kV) = 99.01 % of base kV ( 0.465 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
0.00
kA Symm. rms 55.246
812.TG.001
11.27
47.080
16.42
812.MC.104
100.00
0.114
100.00
0320CB1010-MO-001
812.MC.104
100.00
0.078
100.00
0320CB1011-MO-001
812.MC.104
100.00
0.191
0320CB1014-MO-001
812.MC.104
100.00
0320FA2001-TF-001
812.MC.104
0320FA2002-TF-001
812.TG.001
Total
812.TR.001 0320CB1009-MO-001
%V From Bus
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
100.46
54.959
54.959
4.78E+001 2.18E+002 5.00E+001 2.20E+002
98.70
96.72
49.540
54.959
5.99E+001 2.54E+002 5.00E+001 2.20E+002
100.00
100.00
0.076
0.000
2.48E+004 1.05E+005
100.00
100.00
0.051
0.000
4.36E+004 1.52E+005
100.00
100.00
100.00
0.127
0.000
1.15E+004 6.33E+004
0.114
100.00
100.00
100.00
0.076
0.000
2.48E+004 1.05E+005
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.47E+005 1.08E+006
812.MC.104
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.47E+005 1.08E+006
0320FA2003-TF-001
812.MC.104
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.47E+005 1.08E+006
0320FA2004-TF-001
812.MC.104
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.47E+005 1.08E+006
0320FA2005-TF-001
812.MC.104
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.47E+005 1.08E+006
0320FA2006-TF-001
812.MC.104
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.47E+005 1.08E+006
0320PC1012-MO-001
812.MC.104
100.00
0.323
100.00
100.00
100.00
0.214
0.000
6.21E+003 3.76E+004
0320PC1015-MO-001
812.MC.104
100.00
0.323
100.00
100.00
100.00
0.214
0.000
6.21E+003 3.76E+004
0320PU1001-TF-001
812.MC.104
100.00
0.020
100.00
100.00
100.00
0.013
0.000
3.06E+005 5.51E+005
0320PU1002-TF-001
812.MC.104
100.00
0.028
100.00
100.00
100.00
0.019
0.000
1.86E+005 3.97E+005
0320FA3001-MO-001
812.MC.104
100.00
0.006
100.00
100.00
100.00
0.004
0.000
1.29E+006 1.43E+006
0320FA3002-MO-001
812.MC.104
100.00
0.006
100.00
100.00
100.00
0.004
0.000
1.29E+006 1.43E+006
0320FA3003-MO-001
812.MC.104
100.00
0.006
100.00
100.00
100.00
0.004
0.000
1.29E+006 1.43E+006
0320FA3004-MO-001
812.MC.104
100.00
0.006
100.00
100.00
100.00
0.004
0.000
1.29E+006 1.43E+006
0120CN1005-TF-001
812.MC.102
100.00
0.947
100.00
100.00
100.00
0.628
0.000
1.28E+003 1.29E+004
0120CN1006-TF-001
812.MC.102
100.00
0.947
100.00
100.00
100.00
0.628
0.000
1.28E+003 1.29E+004
0120FA2001-TF-001
812.MC.102
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.92E+005 1.14E+006
0120FA2002-TF-001
812.MC.102
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.92E+005 1.14E+006
0210FA2001-TF-001
812.MC.102
100.00
0.009
100.00
100.00
100.00
0.006
0.000
8.65E+005 1.10E+006
0230PK1001-1002-TF001 0210DM3001-3002-TF001 0210-TF-001
812.MC.102
100.00
0.114
100.00
100.00
100.00
0.075
0.000
2.47E+004 1.05E+005
812.MC.102
100.00
0.000
100.00
100.00
100.00
0.000
0.000
6.97E+008 8.89E+007
812.MC.102
100.00
0.077
100.00
100.00
100.00
0.051
0.000
4.28E+004 1.53E+005
0120DO1001-TF-001
812.MC.102
100.00
0.040
100.00
100.00
100.00
0.027
0.000
1.15E+005 2.83E+005
0110CN1001-TF-001
812.MC.101
104.55
1.012
104.55
104.55
104.55
0.671
0.000
1.20E+003 1.21E+004
0110CN1002-TF-001
812.MC.101
104.55
1.012
104.55
104.55
104.55
0.671
0.000
1.20E+003 1.21E+004
0110CN1003-TF-001
812.MC.101
104.55
1.035
104.55
104.55
104.55
0.686
0.000
1.17E+003 1.18E+004
0110CN1004-TF-001
812.MC.101
104.55
1.035
104.55
104.55
104.55
0.686
0.000
1.17E+003 1.18E+004
0110-TD-2001
812.MC.101
104.55
0.009
104.55
104.55
104.55
0.006
0.000
8.16E+005 1.04E+006
0110-TD-2002
812.MC.101
104.55
0.009
104.55
104.55
104.55
0.006
0.000
8.16E+005 1.04E+006
0.00
100.06
49/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
36
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
(Cont.)
Fault at bus: 812.TG.001 Prefault voltage
= 0.460 kV = 100.00 % of nominal bus kV ( 0.460 kV) = 99.01 % of base kV ( 0.465 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
%V From Bus
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault
0140DM3001-3006TF001 0140DM3007-3009TF001 0140-TF-001
812.MC.101
104.55
kA Symm. rms 0.000
% Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
812.MC.101
104.55
0.000
104.55
104.55
104.55
0.000
0.000
1.27E+008 2.81E+007
812.MC.101
104.55
0.657
104.55
104.55
104.55
0.436
0.000
2.31E+003 1.86E+004
0110DO1001-TF-001
812.MC.101
104.55
0.044
104.55
104.55
104.55
0.029
0.000
1.05E+005 2.59E+005
R1
% Impedance on 100 MVA base X1 R0 X0
104.55
104.55
104.55
0.000
0.000
1.27E+008 2.81E+007
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
50/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
37
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: 812.TG.002 Prefault voltage
= 0.460 kV = 100.00 % of nominal bus kV ( 0.460 kV) = 99.01 % of base kV ( 0.465 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
812.TG.002
Total
%V From Bus 0.00
kA Symm. rms 21.636
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc 0.00
98.95
kA Symm. rms Ia 3I0 22.683
22.683
1.22E+002 5.55E+002 8.34E+001 4.83E+002 1.23E+002 5.58E+002 8.34E+001 4.83E+002
812-SE-002
812.TG.002
85.82
21.543
94.00
100.01
91.34
22.618
22.683 *
812.TG.002
0.00
0.000
55.66
57.13
100.01
0.000
0.000
# 812.TD3.002
812.TG.002
0.00
0.000
55.66
57.13
100.01
0.000
0.000
100.00
0.094
100.00
100.00
100.00
0.066
0.000
812.TD4.002
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
% Impedance on 100 MVA base X1 R0 X0
96.40
# 812.TD2.002
840CP1003-TF-001
R1
3.61E+004 1.26E+005
51/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
38
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: 812.TG.003 Prefault voltage
= 0.460 kV = 100.00 % of nominal bus kV ( 0.460 kV) = 99.01 % of base kV ( 0.465 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
%V From Bus
812.TG.003
Total
0.00
kA Symm. rms 51.374
812.TR.003
812.TG.003
9.49
812.TD2.003
812.TG.003
0.00
0710-BR-1005
812.MC.303
0710-CB-1020
812.MC.303
0710-FA-2001
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
97.45
53.097
53.097
5.62E+001 2.33E+002 4.30E+001 2.11E+002
98.29
95.02
51.852
53.097
5.86E+001 2.41E+002 4.30E+001 2.11E+002
58.81
102.76
0.000
0.000
104.55
104.55
104.55
0.010
0.000
4.49E+005 7.02E+005
104.55
104.55
104.55
0.611
0.000
1.46E+003 1.38E+004
0.037
104.55
104.55
104.55
0.026
0.000
1.37E+005 3.02E+005
104.55
0.037
104.55
104.55
104.55
0.026
0.000
1.37E+005 3.02E+005
812.MC.303
104.55
0.004
104.55
104.55
104.55
0.003
0.000
2.26E+006 2.04E+006
0710-FA-3002
812.MC.303
104.55
0.004
104.55
104.55
104.55
0.003
0.000
2.26E+006 2.04E+006
0710-FA-3003
812.MC.303
104.55
0.004
104.55
104.55
104.55
0.003
0.000
2.26E+006 2.04E+006
0710-FA-3004
812.MC.303
104.55
0.004
104.55
104.55
104.55
0.003
0.000
2.26E+006 2.04E+006
0710-PU-1001
812.MC.303
104.55
0.024
104.55
104.55
104.55
0.017
0.000
2.44E+005 4.41E+005
0710-PK-1001
812.MC.303
104.55
0.053
104.55
104.55
104.55
0.037
0.000
8.18E+004 2.16E+005
0710-WG-1005
812.MC.303
104.55
0.006
104.55
104.55
104.55
0.004
0.000
1.36E+006 1.34E+006
0823-PU-1001
812.MC.304
100.00
0.047
100.00
100.00
100.00
0.032
0.000
9.85E+004 2.43E+005
0823-PU-1002
812.MC.304
100.00
0.047
100.00
100.00
100.00
0.032
0.000
9.85E+004 2.43E+005
0823-PU-1003
812.MC.304
100.00
0.093
100.00
100.00
100.00
0.064
0.000
3.65E+004 1.27E+005
0823-PU-1004
812.MC.304
100.00
0.036
100.00
100.00
100.00
0.025
0.000
1.46E+005 3.11E+005
0825-PK-1001
812.MC.304
100.00
0.117
100.00
100.00
100.00
0.081
0.000
2.62E+004 1.02E+005
0825-PU-1001-1002
812.MC.304
100.00
0.024
100.00
100.00
100.00
0.016
0.000
2.61E+005 4.53E+005
0840-CP-1002
812.MC.304
100.00
0.383
100.00
100.00
100.00
0.265
0.000
5.24E+003 3.17E+004
0.00
99.31
49.573
13.44
0.000
57.71
104.55
0.015
104.55
0.885
812.MC.303
104.55
0710-FA-2002
812.MC.303
0710-FA-3001
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
52/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
39
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: 812.TG.004 Prefault voltage
= 0.460 kV = 100.00 % of nominal bus kV ( 0.460 kV) = 99.01 % of base kV ( 0.465 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
0.00
kA Symm. rms 21.927
812.TG.004
85.47
812.TG.004
0.00
812.TD4.004 812.MC.401 812.MC.401
812.TG.004
Total
812-SE-004 812.TD2.004 0812CP1004-TF-001 0720BR1006-MO-001 0720FA2001-TF-001
%V From Bus
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
96.40
22.897
22.897
1.24E+002 5.47E+002 8.34E+001 4.83E+002
100.01
90.96
22.568
22.897 *
1.28E+002 5.59E+002 8.34E+001 4.83E+002
57.36
100.01
0.000
0.000
100.00
100.00
100.00
0.299
0.000
4.10E+003 2.83E+004
104.55
104.55
104.55
0.003
0.000
2.04E+006 1.65E+006
104.55
104.55
104.55
0.029
0.000
1.22E+005 2.69E+005
0.00
99.34
21.454
94.08
0.000
55.66
100.00
0.430
104.55
0.005
104.55
0.042
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
53/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
40
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: 812.TG.005 Prefault voltage
= 0.460 kV = 100.00 % of nominal bus kV ( 0.460 kV) = 99.01 % of base kV ( 0.465 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
%V From Bus
812.TG.005
Total
0.00
kA Symm. rms 56.462
812.TR.001
812.TG.005
7.41
Bus14
812.TG.005
0.00
812.MC.105
812.TG.005
Bus4
812.TG.005
812.MC.103
812.TG.005
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
0.00
99.63
97.98
57.840
57.840
4.39E+001 2.13E+002 3.50E+001 1.99E+002
54.156
10.43
98.87
95.97
56.265
57.840
4.58E+001 2.23E+002 3.50E+001 1.99E+002
0.000
0.00
99.63
97.98
0.000
0.000
1.37
1.218
0.94
99.48
98.44
0.832
0.000
0.00
0.000
0.00
99.63
97.98
0.000
0.000
1.23
1.092
0.84
99.54
98.38
0.746
0.000
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
1.45E+003 1.00E+004
2.94E+003 1.09E+004
54/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
41
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: 812.TG.006 Prefault voltage
= 0.460 kV = 100.00 % of nominal bus kV ( 0.460 kV) = 99.01 % of base kV ( 0.465 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
0.00
kA Symm. rms 52.420
812.TG.006
7.60
47.617
11.17
812.MC.302
104.55
0.218
104.55
0420-CB-1008
812.MC.302
104.55
0.218
104.55
0420-FA-2001
812.MC.302
104.55
0.037
0420-FA-2002
812.MC.302
104.55
0420-FA-2003
812.MC.302
0420-FA-2004
812.TG.006
Total
812.TR.003 0420-CB-1004
%V From Bus
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
97.20
54.404
54.404
5.19E+001 2.29E+002 3.83E+001 2.04E+002
98.36
94.94
51.193
54.404
5.75E+001 2.52E+002 3.83E+001 2.04E+002
104.55
104.55
0.151
0.000
1.01E+004 5.55E+004
104.55
104.55
0.151
0.000
1.01E+004 5.55E+004
104.55
104.55
104.55
0.026
0.000
1.37E+005 3.02E+005
0.037
104.55
104.55
104.55
0.026
0.000
1.37E+005 3.02E+005
104.55
0.037
104.55
104.55
104.55
0.026
0.000
1.37E+005 3.02E+005
812.MC.302
104.55
0.037
104.55
104.55
104.55
0.026
0.000
1.37E+005 3.02E+005
0420-FA-2005
812.MC.302
104.55
0.037
104.55
104.55
104.55
0.026
0.000
1.37E+005 3.02E+005
0420-FA-2006
812.MC.302
104.55
0.037
104.55
104.55
104.55
0.026
0.000
1.37E+005 3.02E+005
0420-TR-1001
812.MC.302
104.55
0.074
104.55
104.55
104.55
0.051
0.000
5.08E+004 1.59E+005
0420-TR-1002
812.MC.302
104.55
0.074
104.55
104.55
104.55
0.051
0.000
5.08E+004 1.59E+005
0420-DM-3001-3020
812.MC.302
104.55
0.000
104.55
104.55
104.55
0.000
0.000
3.59E+007 1.12E+007
0420-TF-001
812.MC.302
104.55
1.595
104.55
104.55
104.55
1.107
0.000
6.04E+002 7.69E+003
0410-CB-1013
812.MC.301
100.00
0.382
100.00
100.00
100.00
0.265
0.000
5.25E+003 3.18E+004
0410-CB-1016
812.MC.301
100.00
0.382
100.00
100.00
100.00
0.265
0.000
5.25E+003 3.18E+004
0410-FA-2001
812.MC.301
100.00
0.038
100.00
100.00
100.00
0.026
0.000
1.33E+005 2.94E+005
0410-FA-2002
812.MC.301
100.00
0.038
100.00
100.00
100.00
0.026
0.000
1.33E+005 2.94E+005
0410-FA-2003
812.MC.301
100.00
0.038
100.00
100.00
100.00
0.026
0.000
1.33E+005 2.94E+005
0410-FA-2004
812.MC.301
100.00
0.038
100.00
100.00
100.00
0.026
0.000
1.33E+005 2.94E+005
0410-TR-1003
812.MC.301
100.00
0.076
100.00
100.00
100.00
0.053
0.000
4.91E+004 1.53E+005
0410-TR-1004
812.MC.301
100.00
0.076
100.00
100.00
100.00
0.053
0.000
4.91E+004 1.53E+005
0410-DM-3001-3014
812.MC.301
100.00
0.001
100.00
100.00
100.00
0.001
0.000
4.54E+006 1.42E+007
0410-TF-001
812.MC.301
100.00
1.364
100.00
100.00
100.00
0.820
0.000
2.75E+003 8.59E+003
0.00
99.17
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
55/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
42
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: 812.TR.001 Prefault voltage
= 0.460 kV = 100.00 % of nominal bus kV ( 0.460 kV) = 99.01 % of base kV ( 0.465 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
%V From Bus
812.TR.001
Total
0.00
kA Symm. rms 59.803
812.TG.005
812.TR.001
0.31
812.TG.001
812.TR.001
1.93
Bus2
812.TR.001
68.91
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
3.23E+001 2.03E+002 1.50E+001 1.71E+002
0.00
99.15
95.25
63.330
63.330
2.300
0.22
99.13
95.36
1.624
0.000
1.07E+003 5.24E+003
8.082
1.37
98.97
95.89
5.707
0.000
2.16E+002 1.51E+003
49.424
86.08
100.02
82.08
56.001
63.330 *
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
3.92E+001 2.46E+002 1.50E+001 1.71E+002
56/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
43
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: 812.TR.003 Prefault voltage
= 0.460 kV = 100.00 % of nominal bus kV ( 0.460 kV) = 99.01 % of base kV ( 0.465 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
%V From Bus
812.TR.003
Total
0.00
kA Symm. rms 55.468
812.TG.003
812.TR.003
0.34
812.TG.006
812.TR.003
0.76
812-SE-003
812.TR.003
68.18
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
3.98E+001 2.18E+002 1.50E+001 1.71E+002
0.00
98.76
93.83
59.916
59.916
1.798
0.25
98.73
93.94
1.299
0.000
1.37E+003 6.70E+003
4.774
0.53
98.71
94.09
3.323
0.000
5.43E+002 2.52E+003
48.899
85.98
100.08
80.82
55.295
59.916 *
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
4.42E+001 2.48E+002 1.50E+001 1.71E+002
57/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
44
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: 812-SE-001 Prefault voltage
= 10.000 kV = 100.00 % of nominal bus kV ( 10.000 kV) = 99.01 % of base kV ( 10.100 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
%V From Bus
812-SE-001
Total
0.00
kA Symm. rms 7.638
812-SE-002
812-SE-001
0.01
812-SE-003
812-SE-001
0.36
812-SE-004
812-SE-001
Bus2 830-SE-001
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
0.00
150.33
146.42
2.271
2.271
2.17E+001 7.09E+001 9.32E+001 5.93E+002
0.004
0.00
150.33
146.42
0.001
0.000
3.62E+004 1.27E+005
0.276
0.07
150.33
146.45
0.054
0.000
4.11E+002 2.01E+003
0.09
0.021
0.02
150.32
146.42
0.004
0.000
4.63E+003 2.61E+004
812-SE-001
0.05
0.417
0.01
150.33
146.42
0.083
0.000
2.00E+002 1.34E+003
812-SE-001
34.88
6.925
34.70
129.94
127.53
2.131
2.271
2.49E+001 7.78E+001 9.32E+001 5.93E+002
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
58/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
45
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: 812-SE-002 Prefault voltage
= 10.000 kV = 100.00 % of nominal bus kV ( 10.000 kV) = 99.01 % of base kV ( 10.100 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
0.00
kA Symm. rms 6.705
812-SE-002
21.22
812-SE-002
0.37
812-SE-002
Total
812-SE-001 812.TG.002
%V From Bus
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
0.00
150.96
142.47
2.180
2.180
3.91E+001 7.48E+001 1.21E+002 6.03E+002
6.701
8.38
150.79
140.96
2.179
2.180
3.92E+001 7.48E+001 1.21E+002 6.03E+002
0.004
82.31
87.21
100.02
0.001
0.000
3.62E+004 1.27E+005
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
59/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
46
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: 812-SE-003 Prefault voltage
= 10.000 kV = 100.00 % of nominal bus kV ( 10.000 kV) = 99.01 % of base kV ( 10.100 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
%V From Bus
812-SE-003
Total
0.00
kA Symm. rms 7.161
812-SE-001
812-SE-003
8.88
812.TR.003
812-SE-003
8.40
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
0.00
150.23
144.86
2.214
2.214
2.76E+001 7.41E+001 1.03E+002 6.02E+002
6.887
3.56
149.84
144.00
2.159
2.214
2.92E+001 7.68E+001 1.03E+002 6.02E+002
0.277
84.90
87.87
100.06
0.056
0.000
4.04E+002 2.00E+003
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
60/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
47
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: 812-SE-004 Prefault voltage
= 10.000 kV = 100.00 % of nominal bus kV ( 10.000 kV) = 99.01 % of base kV ( 10.100 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
0.00
kA Symm. rms 6.450
812-SE-004
26.18
812-SE-004
1.85
812-SE-004
Total
812-SE-001 812.TG.004
%V From Bus
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
0.00
151.03
141.38
2.153
2.153
4.40E+001 7.59E+001 1.29E+002 6.06E+002
6.430
10.62
150.79
139.45
2.149
2.153
4.42E+001 7.61E+001 1.29E+002 6.06E+002
0.021
81.96
87.41
100.02
0.005
0.000
4.61E+003 2.61E+004
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
61/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
48
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: 830-SE-001 Prefault voltage
= 10.000 kV = 100.00 % of nominal bus kV ( 10.000 kV) = 99.01 % of base kV ( 10.100 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
%V From Bus
830-SE-001
Total
812-SE-001
830-SE-001
3.51
SUBESTACION TISUR
830-SE-001
99.01
0.00
kA Symm. rms 10.883
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
0.00
146.68
146.61
3.444
3.444
7.50E+000 5.15E+001 5.50E+001 3.85E+002
0.696
0.73
146.85
146.98
0.146
0.000
1.50E+002 7.99E+002
10.188
99.01
99.01
99.01
3.299
3.444
7.86E+000 5.50E+001 5.50E+001 3.85E+002
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
62/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
49
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: Bus1 Prefault voltage
= 10.000 kV = 100.00 % of nominal bus kV ( 10.000 kV) = 99.01 % of base kV ( 10.100 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
0.00
kA Symm. rms 6.450
812-SE-004
26.18
812-SE-004
1.85
Bus1
Total
812-SE-001 812.TG.004
%V From Bus
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
0.00
151.03
141.38
2.153
2.153
4.40E+001 7.59E+001 1.29E+002 6.06E+002
6.430
10.62
150.79
139.45
2.149
2.153
4.42E+001 7.61E+001 1.29E+002 6.06E+002
0.021
81.96
87.41
100.02
0.005
0.000
4.61E+003 2.61E+004
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
63/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
50
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: Bus2 Prefault voltage
= 10.000 kV = 100.00 % of nominal bus kV ( 10.000 kV) = 99.01 % of base kV ( 10.100 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
0.00
kA Symm. rms 7.599
Bus2
0.87
Bus2
12.64
Bus2
Total
812-SE-001 812.TR.001
%V From Bus
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
0.00
150.34
146.28
2.266
2.266
2.22E+001 7.11E+001 9.42E+001 5.94E+002
7.187
0.33
150.32
146.20
2.184
2.266
2.42E+001 7.49E+001 9.42E+001 5.94E+002
0.417
86.32
88.47
100.02
0.083
0.000
1.99E+002 1.34E+003
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
64/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
51
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: Bus3 Prefault voltage
= 0.400 kV = 100.00 % of nominal bus kV ( 0.400 kV) = 96.53 % of base kV ( 0.414 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
%V From Bus
Bus3
Total
812.TD2.001
Bus3
0.00
Bus4
Bus3
71.76
0.00
kA Symm. rms 13.280
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
0.00
95.70
95.39
0.000
0.00
95.70
95.39
0.000
0.000
13.280
83.96
97.50
83.62
14.561
14.561 *
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
14.561
14.561
R1
% Impedance on 100 MVA base X1 R0 X0
3.18E+002 9.62E+002 2.30E+002 7.09E+002
3.18E+002 9.62E+002 2.30E+002 7.09E+002
65/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
52
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: Bus4 Prefault voltage
= 0.460 kV = 100.00 % of nominal bus kV ( 0.460 kV) = 99.01 % of base kV ( 0.465 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
%V From Bus
Bus4
Total
0.00
kA Symm. rms 46.013
812.TG.005
Bus4
22.03
Bus3
Bus4
0.00
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
103.11
43.359
43.359
8.80E+001 2.52E+002 1.05E+002 2.98E+002
99.44
98.68
43.359
43.359
8.80E+001 2.52E+002 1.05E+002 2.98E+002
60.94
102.58
0.000
0.000
0.00
102.90
46.013
27.92
0.000
61.05
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
66/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
53
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: Bus10 Prefault voltage
= 0.210 kV = 100.00 % of nominal bus kV ( 0.210 kV) = 96.53 % of base kV ( 0.218 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
Bus10
Total
812.TD2.002
Bus10
%V From Bus 0.00
kA Symm. rms 1.835
86.76
1.835
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
0.00
98.11
98.19
1.905
1.905
5.22E+003 1.29E+004 4.66E+003 1.15E+004
91.95
97.50
92.02
1.905
1.905 *
5.22E+003 1.29E+004 4.66E+003 1.15E+004
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
67/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
54
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Fault at bus: Bus14 Prefault voltage
= 0.460 kV = 100.00 % of nominal bus kV ( 0.460 kV) = 99.01 % of base kV ( 0.465 kV)
Contribution From Bus ID
3-Phase Fault To Bus ID
Bus14
Total
812.TG.005
Bus14
%V From Bus 0.00
kA Symm. rms 49.127
15.68
49.127
Positive & Zero Sequence Impedances Looking into "From Bus"
Line-To-Ground Fault % Voltage at From Bus Va Vb Vc
kA Symm. rms Ia 3I0
R1
% Impedance on 100 MVA base X1 R0 X0
0.00
101.74
101.85
47.403
47.403
7.33E+001 2.39E+002 8.18E+001 2.65E+002
20.35
99.47
98.50
47.403
47.403
7.33E+001 2.39E+002 8.18E+001 2.65E+002
# Indicates fault current contribution is from three-winding transformers * Indicates a zero sequence fault current contribution (3I0) from a grounded Delta-Y transformer
68/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
55
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Short-Circuit Summary Report 1/2 Cycle - 3-Phase, LG, LL, & LLG Fault Currents Prefault Voltage = 100 % of the Bus Nominal Voltage
Bus ID
3-Phase Fault kV
Real
Line-to-Ground Fault
Imag.
Mag.
Real
Line-to-Line Fault
*Line-to-Line-to-Ground
Imag.
Mag.
Real
Imag.
Mag.
Real
Imag.
Mag.
812.MC.101
0.46
11.860
-53.958
55.246
11.919
-53.651
54.959
46.719
10.267
47.833
-52.715
16.417
55.212
812.MC.102
0.46
11.860
-53.958
55.246
11.919
-53.651
54.959
46.719
10.267
47.833
-52.715
16.417
55.212
812.MC.103
0.46
17.503
-33.320
37.637
15.621
-29.396
33.289
28.852
15.154
32.590
-35.908
-2.003
35.964
812.MC.104
0.46
11.860
-53.958
55.246
11.919
-53.651
54.959
46.719
10.267
47.833
-52.715
16.417
55.212
812.MC.105
0.46
17.392
-33.390
37.648
15.564
-29.433
33.295
28.913
15.058
32.599
-35.957
-1.900
36.008
812.MC.301
0.46
11.593
-51.122
52.420
11.387
-53.198
54.404
44.134
9.956
45.243
38.529
37.887
54.036
812.MC.302
0.46
11.593
-51.122
52.420
11.387
-53.198
54.404
44.134
9.956
45.243
38.529
37.887
54.036
812.MC.303
0.46
12.065
-49.938
51.374
11.856
-51.756
53.097
43.139
10.364
44.367
37.283
37.383
52.796
812.MC.304
0.46
12.065
-49.938
51.374
11.856
-51.756
53.097
43.139
10.364
44.367
37.283
37.383
52.796
812.MC.401
0.46
4.858
-21.382
21.927
4.717
-22.406
22.897
18.516
4.206
18.987
16.253
15.969
22.785
812.TD2.001
0.40
4.321
-11.711
12.483
4.621
-12.408
13.241
10.142
3.742
10.810
-12.625
2.855
12.944
812.TD2.002
0.40
3.353
-8.567
9.200
4.500
-10.231
11.177
7.419
2.904
7.967
-10.684
3.396
11.211
812.TD2.003
0.40
3.966
-13.074
13.663
4.382
-14.198
14.859
11.316
3.429
11.824
-13.774
4.344
14.443
812.TD2.004
0.40
2.661
-13.198
13.464
3.152
-16.071
16.377
11.429
2.305
11.659
9.502
12.576
15.762
812.TD3.002
0.23
5.832
-14.899
16.000
7.827
-17.794
19.439
12.902
5.050
13.856
-18.581
5.906
19.497
812.TD4.002
0.46
4.650
-21.131
21.636
4.570
-22.218
22.683
18.298
4.026
18.735
16.074
15.735
22.494
812.TD4.003
0.46
12.065
-49.938
51.374
11.856
-51.756
53.097
43.139
10.364
44.367
37.283
37.383
52.796
812.TD4.004
0.46
4.858
-21.382
21.927
4.717
-22.406
22.897
18.516
4.206
18.987
16.253
15.969
22.785
812.TG.001
0.46
11.860
-53.958
55.246
11.919
-53.651
54.959
46.719
10.267
47.833
-52.715
16.417
55.212
812.TG.002
0.46
4.650
-21.131
21.636
4.570
-22.218
22.683
18.298
4.026
18.735
16.074
15.735
22.494
812.TG.003
0.46
12.065
-49.938
51.374
11.856
-51.756
53.097
43.139
10.364
44.367
37.283
37.383
52.796
812.TG.004
0.46
4.858
-21.382
21.927
4.717
-22.406
22.897
18.516
4.206
18.987
16.253
15.969
22.785
812.TG.005
0.46
11.377
-55.304
56.462
11.133
-56.758
57.840
47.883
9.849
48.886
42.458
39.004
57.655
812.TG.006
0.46
11.593
-51.122
52.420
11.387
-53.198
54.404
44.134
9.956
45.243
38.529
37.887
54.036
812.TR.001
0.46
9.386
-59.061
59.803
8.646
-62.737
63.330
51.136
8.125
51.777
47.321
41.560
62.981
812.TR.003
0.46
9.953
-54.568
55.468
9.172
-59.210
59.916
47.120
8.536
47.887
43.100
41.076
59.539
812-SE-001
10.00
2.233
-7.304
7.638
0.415
-2.233
2.271
6.320
1.931
6.608
6.211
2.589
6.729
812-SE-002
10.00
3.109
-5.941
6.705
0.558
-2.107
2.180
5.142
2.688
5.802
5.003
3.321
6.005
812-SE-003
10.00
2.503
-6.709
7.161
0.458
-2.166
2.214
5.805
2.164
6.195
5.687
2.808
6.343
812-SE-004
10.00
3.235
-5.580
6.450
0.592
-2.070
2.153
4.830
2.798
5.582
4.683
3.423
5.801
830-SE-001
10.00
1.570
-10.770
10.883
0.489
-3.409
3.444
9.322
1.356
9.420
9.177
2.370
9.478
69/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
56
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
1/2 Cycle - 3-Phase, LG, LL, & LLG Fault Currents Prefault Voltage = 100 % of the Bus Nominal Voltage
Bus ID
3-Phase Fault
Line-to-Ground Fault
Line-to-Line Fault
*Line-to-Line-to-Ground
kV
Real
Imag.
Mag.
Real
Imag.
Mag.
Real
Imag.
Mag.
Real
Imag.
Mag.
Bus1
10.00
3.235
-5.580
6.450
0.592
-2.070
2.153
4.830
2.798
5.582
4.683
3.423
5.801
Bus2
10.00
2.268
-7.252
7.599
0.419
-2.227
2.266
6.275
1.961
6.575
6.166
2.618
6.698
Bus3
0.40
4.164
-12.610
13.280
4.543
-13.834
14.561
10.920
3.605
11.500
8.421
11.266
14.066
Bus4
0.46
15.144
-43.450
46.013
14.319
-40.926
43.359
37.622
13.111
39.841
-44.418
6.234
44.853
Bus10
0.21
0.686
-1.702
1.835
0.713
-1.766
1.905
1.474
0.594
1.589
-1.845
0.324
1.873
Bus14
0.46
14.380
-46.975
49.127
13.903
-45.318
47.403
40.674
12.449
42.536
-47.409
9.445
48.341
All fault currents are symmetrical momentary (1/2 Cycle network) values in rms kA * LLG fault current is the larger of the two faulted line currents
70/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
Page:
57
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Normal
Short-Circuit Summary Report
Bus ID
Positive Sequence Imp. (ohm) kV
Resistance
Reactance
Negative Sequence Imp. (ohm) Impedance
Zero Sequence Imp. (ohm)
Impedance
Resistance
Reactance
Resistance
Reactance
Impedance
812.MC.101
0.460
0.00103
0.00470
0.00481
0.00103
0.00470
0.00481
0.00108
0.00476
0.00488
812.MC.102
0.460
0.00103
0.00470
0.00481
0.00103
0.00470
0.00481
0.00108
0.00476
0.00488
812.MC.103
0.460
0.00328
0.00625
0.00706
0.00328
0.00625
0.00706
0.00467
0.00864
0.00982
812.MC.104
0.460
0.00103
0.00470
0.00481
0.00103
0.00470
0.00481
0.00108
0.00476
0.00488
812.MC.105
0.460
0.00326
0.00626
0.00705
0.00326
0.00626
0.00706
0.00467
0.00864
0.00982
812.MC.301
0.460
0.00112
0.00494
0.00507
0.00112
0.00498
0.00510
0.00083
0.00440
0.00448
0.00498
0.00510
812.MC.302
0.460
0.00112
0.00494
0.00507
0.00112
0.00083
0.00440
0.00448
812.MC.303
0.460
0.00121
0.00502
0.00517
0.00121
0.00506
0.00520
0.00093
0.00455
0.00464
812.MC.304
0.460
0.00121
0.00502
0.00517
0.00121
0.00506
0.00520
0.00093
0.00455
0.00464
812.MC.401
0.460
0.00268
0.01181
0.01211
0.00268
0.01181
0.01211
0.00180
0.01043
0.01058
812.TD2.001
0.400
0.00640
0.01736
0.01850
0.00640
0.01736
0.01850
0.00545
0.01432
0.01532
812.TD2.002
0.400
0.00915
0.02338
0.02510
0.00915
0.02338
0.02510
0.00666
0.00998
0.01200
812.TD2.003
0.400
0.00491
0.01618
0.01690
0.00490
0.01620
0.01693
0.00394
0.01218
0.01280
812.TD2.004
0.400
0.00339
0.01681
0.01715
0.00339
0.01682
0.01715
0.00136
0.00788
0.00800
812.TD3.002
0.230
0.00303
0.00773
0.00830
0.00303
0.00773
0.00830
0.00220
0.00330
0.00397
812.TD4.002
0.460
0.00264
0.01199
0.01227
0.00264
0.01199
0.01228
0.00180
0.01043
0.01058
812.TD4.003
0.460
0.00121
0.00502
0.00517
0.00121
0.00506
0.00520
0.00093
0.00455
0.00464
812.TD4.004
0.460
0.00268
0.01181
0.01211
0.00268
0.01181
0.01211
0.00180
0.01043
0.01058
812.TG.001
0.460
0.00103
0.00470
0.00481
0.00103
0.00470
0.00481
0.00108
0.00476
0.00488
812.TG.002
0.460
0.00264
0.01199
0.01227
0.00264
0.01199
0.01228
0.00180
0.01043
0.01058
812.TG.003
0.460
0.00121
0.00502
0.00517
0.00121
0.00506
0.00520
0.00093
0.00455
0.00464
812.TG.004
0.460
0.00268
0.01181
0.01211
0.00268
0.01181
0.01211
0.00180
0.01043
0.01058
812.TG.005
0.460
0.00095
0.00461
0.00470
0.00095
0.00461
0.00471
0.00076
0.00430
0.00437
812.TG.006
0.460
0.00112
0.00494
0.00507
0.00112
0.00498
0.00510
0.00083
0.00440
0.00448
812.TR.001
0.460
0.00070
0.00439
0.00444
0.00070
0.00439
0.00444
0.00032
0.00369
0.00370
812.TR.003
0.460
0.00086
0.00471
0.00479
0.00085
0.00474
0.00482
0.00032
0.00369
0.00370
812-SE-001
10.000
0.22103
0.72290
0.75594
0.22112
0.72432
0.75732
0.95036
6.05254
6.12670
812-SE-002
10.000
0.39921
0.76292
0.86105
0.39930
0.76433
0.86235
1.23401
6.15424
6.27674
812-SE-003
10.000
0.28177
0.75541
0.80625
0.28207
0.75700
0.80785
1.05524
6.14002
6.23004
812-SE-004
10.000
0.44897
0.77442
0.89515
0.44905
0.77583
0.89642
1.31505
6.18330
6.32159
830-SE-001
10.000
0.07651
0.52495
0.53049
0.07633
0.52558
0.53109
0.56103
3.92719
3.96706
Bus1
10.000
0.44897
0.77442
0.89515
0.44905
0.77583
0.89642
1.31505
6.18330
6.32159
Bus2
10.000
0.22681
0.72517
0.75981
0.22690
0.72658
0.76119
0.96073
6.05869
6.13439
Bus3
0.400
0.00545
0.01651
0.01739
0.00545
0.01652
0.01739
0.00394
0.01218
0.01280
Bus4
0.460
0.00190
0.00545
0.00577
0.00190
0.00545
0.00577
0.00227
0.00644
0.00683
71/72
Project: Location:
ETAP
TISUR
7.0.0
Matarani - Arequipa
Contract: Engineer:
Wilmer Susano
Filename:
TISUR
58
Date:
08-28-2014
SN:
12345678
Revision: Base
Study Case: SC
Config.:
Bus ID
Page:
Positive Sequence Imp. (ohm) kV
Resistance
Reactance
Negative Sequence Imp. (ohm)
Impedance
Resistance
Reactance
Impedance
Normal
Zero Sequence Imp. (ohm) Resistance
Reactance
Impedance
Bus10
0.210
0.02472
0.06128
0.06608
0.02472
0.06128
0.06608
0.02207
0.05450
0.05880
Bus14
0.460
0.00158
0.00517
0.00541
0.00158
0.00517
0.00541
0.00176
0.00573
0.00599
SISTEMA DE RECEPCION, ALMACENAMIENTO Y EMBARQUE DE MINERALES Y AMARRADERO “F” EN BAHIA ISLAY M E M O R I A D E C AL C U L O D E CORTOCIRCUITO
6.0 DIAGRAMA UNIFILAR
Doc. N°: TISUR-811-047-CAL-00009 Rev.: 0C
Fecha: 07-Ago-14 Pág.: 72/72