Anexo Nº 01 - Resultados Del Flujo de Potencia

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Fac.Ingenieria Electrica

PowerFactory 14.0.524

Pre Operatividad del Proyecto Antamina IPCCS

Flujo de Potencia - considerar el Proyecto Avenida Maxima Demanda 2013

Bach. Yonathan Miguel, VILCAHUAMÁN RODRIGUEZ

Proyecto:ANTAMINA

Gráfica: Red

Fecha:

Anexo:

Flujo Carga BalanceadaNodosTensión Línea-Línea, Magnitud [kV]Tensión, Magnitud [p.u.]Tensión, Ángulo [deg]

RamasPotencia Activa [MWPotencia Reactiva [Nivel de Carga [%]

VIZCARRA

C3

Ul=4,211 kVu=1,012 p.u.phiu=-59,6..

C2Ul=3,260 kVu=1,042 p.u.phiu=-60,1..

C1Ul=4,989 kVu=1,008 p.u.phiu=-59,6..

B3

Ul=4,194 kVu=1,008 p.u.phiu=-59,9..

B2Ul=3,260 kVu=1,042 p.u.phiu=-60,1..

B1 Ul=3,260 kVu=1,042 p.u.phiu=-60,1..

A3Ul=4,010 kVu=0,964 p.u.

phiu=-56,202 deg

A2Ul=3,111 kVu=0,994 p.u.

phiu=-57,091 deg

A1Ul=4,715 kVu=0,952 p.u.

phiu=-56,630 deg

CS2

Ul=6,814 kVu=1,032 p.u.phiu=-176,8..

CS1

Ul=6,805 kVu=1,031 p.u.

phiu=-173,288 deg

ANTA 23kV CUl=23,000 kVu=1,000 p.u.

phiu=-26,453 deg

ANTA 23kV AUl=23,000 kVu=1,000 p.u.

phiu=-23,051 deg

ANTA 23kV BUl=23,000 kVu=1,000 p.u.

phiu=-26,453 deg

CARHUAMAYO 220KVUl=224,114 kVu=1,019 p.u.

phiu=144,953 deg

ANTA 220kV B

Ul=220,666 kVu=1,003 p.u.

phiu=129,478 deg

ANTA 220kVUl=220,666 kVu=1,003 p.u.

phiu=129,478 deg

PARAGSHAUl=224,151 kVu=1,019 p.u.

phiu=142,861 deg

OROYA NUEVAUl=223,628 kVu=1,016 p.u.

phiu=151,360 deg

CAJAMARCAUl=219,895 kVu=1,000 p.u.

phiu=131,981 deg

VIZCARRA

Ul=224,400 kVu=1,020 p.u.

phiu=132,882 deg

POMACOCHAUl=223,736 kVu=1,017 p.u.

phiu=152,303 deg

PACHACHACAUl=223,960 kVu=1,018 p.u.

phiu=153,400 deg

TINGO MARIAUl=225,462 kVu=1,025 p.u.

phiu=135,443 deg

IPCCS_23kVUl=22,471 kVu=0,977 p.u.

phiu=97,916 deg

IPCCS_220kVUl=220,433 kVu=1,002 p.u.

phiu=129,911 deg

c2Ul=221,077 kVu=1,005 p.u.phiu=130,380 ..

AGUA 13.8kV

Ul=13,938 kVu=1,010 p.u.

phiu=107,218 deg

c1Ul=220,563 kVu=1,003 p.u.phiu=129,688 ..

2

Ul=16,799 kVu=1,050 p.u.

phiu=162,865 d..1

Ul=16,799 kVu=1,050 p.u.

phiu=162,865 d..

SVSVIZUl=16,799 kVu=1,050 p.u.

phiu=162,865 deg

HUALLANCA/AUl=214,398 k..

HUALLANCA/BUl=214,398 kVu=0,975 p.u.

phiu=133,376 deg

PARAMONGA/A

Ul=218,362 k..

conococha/AUl=222,570..

PARAMONGA/BUl=218,362 kVu=0,993 p.u.

phiu=134,106 deg

conococha/BUl=222,570 kVu=1,012 p.u.

phiu=134,294 deg

Load ASDs_AP=3,96 MWQ=0,85 Mvar

=

Load ANTAMINA _A

P=3,96 MWQ=0,85 Mvar

=

M~M

áqui

na A

sínc

rona

A

P=15,89 MWQ=9,87 Mvar

loading=75,17 %

M~m

sy m

obol

1


loading=83,61 %

PARAGSHA-CARHUAMAYO L-2267

P=-85,81 MWQ=7,64 Mvar

loading=55,99 %

P=86,15 MWQ=-11,64 Mvar

loading=55,99 %

M~m

sy m

olsa

g 1

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

TR ASIN A

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

0

TR MOLBOL-A

P=-8,50 MWQ=-5,18 Mvarloading=7..


loading=74,78 %

-1

TR-MOLSAG A

P=-14,40 MWQ=-10,40 Mvar

loading=46,84 %

P=14,41 MWQ=11,97 Mvar

loading=46,84 %

0


P=-85,81 MWQ=7,64 Mvar

loading=55,99 %

P=86,15 MWQ=-11,64 Mvar

loading=55,99 %

h4-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h3-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h2-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h13-

AP=-0,0..Q=-3,0..

=

3

h11-

AP=-0,0..Q=-3,0..

=

3

h7-AP=-0,0..

Q=-3,0..=

3

h5-A

P=-0,0..Q=-3,0..

=

3

h13-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h4-A

P=-0,0..Q=-3,0..

=

3

h11-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h7-CP=-0,00 MW

Q=-3,00 Mvar=

3

h5-CP=-0,00 MW

Q=-3,00 Mvar=

3

h4-CP=-0,00 MW

Q=-3,00 Mvar=

3

h3--

CP=-0,00 MWQ=-3,00 Mvar

=

3

h2-CP=-0,00 MW

Q=-3,00 Mvar=

3

h13-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h11-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h7-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h5-B P=-0,00 MW

Q=-3,00 Mvar=

3

h3-A

P=-0,0..Q=-3,0..

=

3

h2-AP=-0,00 MW

Q=-3,00 Mvar=

3

G ~ AN

TA C

S1_

A

P=0,00 MWQ=10,17 Mvar

loading=67,79 %

TRANFORMADOR CS1

P=0,07 MWQ=-9,58 Mvar

loading=65,75 %

P=0,00 MWQ=10,17 Mvar

loading=65,75 %

1

Interrupt..

Transformador ANTAMINA---C

= = = = = =

0


P=87,00 MWQ=-11,68 Mvar

loading=56,54 %

P=-86,66 MWQ=7,79 Mvar

loading=56,54 %

Interrupt..

Interruptor/Seccionador

Transformador ANTAMINA---AP=-46,82 MWQ=-0,40 Mvar

loading=31,38 %

P=47,13 MWQ=2,91 Mvar

loading=31,38 %

0

Transformador ANTAMINA---BP=110,15 MWQ=5,80 Mvar

loading=73,32 %

P=-109,58 MWQ=6,01 Mvar

loading=73,32 %

0

Lne

Viz

carr

a- A

ntam

ina_

L225

6

P=-112,38 MWQ=-19,18 Mvar

loading=49,71 %

P=113,17 MWQ=17,76 Mva..loading=49,..

PA

RA

GS

HA

L-2

254

P=-139..Q=17,9..loadin..

P=141,88 MWQ=-14,13 Mvar

loading=75,63 %

CARHUAMAYO ONU L2259P=148,70 MWQ=-16,82 Mvar

loading=79,50 %

P=-146,91 MWQ=20,79 Mvar

loading=79,50 %

HUALLANCA CAJAMARCAL2272

P=-12,50 MWQ=-8,55 Mvar

loading=17,58 %

P=12,57 MWQ=-39,15 Mvar

loading=17,58 %


P=-12,50 MWQ=-8,55 Mvar

loading=17,58 %P=12,57 MW

Q=-39,15 Mvarloading=17,58 %

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2269

P=-12,57 MWQ=-32,08 Mvar

loading=19,64 %

P=12,74 MWQ=4,65 Mvar

loading=19,64 ..

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2270

P=-12,57 MWQ=-32,08 Mvarloading=19,64 ..

P=12,74 MWQ=4,65 Mvar

loading=19,64 ..

CONACOCHA-PARAMONGA L2278

P=-5,60 MWQ=-26,36 Mvar

loading=14,25 %

P=5,64 MWQ=11,82 Mvar

loading=14,25 %

TIN

GO

MA

RIA

-VIZ

CA

RR

A -

L225

2

P=25,81 MWQ=-14,29 Mvar

loading=15,11 %

P=-25,68 MWQ=-13,74 Mvar

loading=15,11 %

Com

pens

ac..

P=0,00 MWQ=-0,92 Mva..

=

1

LOA

D IP

CC

S

P=55,00 MWQ=34,09 Mva..

=

Transform..

P=27,74 MWQ=18,14 Mvarloading=50,11 ..


0

Transform..



0

8 Km IPCCS L1

P=100,51 MWQ=23,29 Mvarloading=57,2..

P=-100,41 MWQ=-23,68 Mva..loading=57,2..

PARAGSHA-CONOCOCHA L-2254

P=106,73 MWQ=-12,51 Mvar

loading=58,59 %

P=-104,68 MWQ=4,96 Mvar

loading=58,59 %

8 Km IPCCS L2

P=-44,92 MWQ=11,51 Mvarloading=25,90 ..

P=44,94 MWQ=-12,60 Mvarloading=25,90 ..

43.2

0Km

Lne

Viz

carr

a -P

oP=-100,51 MWQ=-23,29 Mvarloading=44,91 ..


G~Aguayt G1

P=26,00 MWQ=-12,98 Mvar

loading=24,38 %

7.59

Km

Lne

Ant

amin

a-P

O



Tran

sfor

m..

P=-25,81 MWQ=14,29 Mvar

loading=28,79 %

P=26,00 MWQ=-12,98 Mvar

loading=28,79 %

0

Com

pens

ac..

P=0

,00.

.Q

=-25

,..=

1

Load ASDs_C


=

Load ANTAMINA _C

P=24,99 MWQ=15,49 Mvar

=

Carga Gen..

P=24,00 MWQ=-0,00 Mva..

=

M~M

áqui

na A

sínc

rona

C

P=15,89 MWQ=9,87 Mvar

loading=84,81 %

Carga Gen..

P=25,00 MWQ=7,29 Mvar

=

CONOCOCHA L-2253 P=49,55 MWQ=-26,08 Mvar

loading=29,05 %

P=-49,39 MWQ=19,73 Mvar

loading=29,05 %

M~m

sy m

obol

4


loading=83,61 %

Carga Gen..

P=12,00 MWQ=5,81 Mvar

=

M~m

sy m

olsa

g 2

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

Carga Gen..


=

TR ASIN C

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

2

Carga Gen..


=

TR MOLBOL-C

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %


loading=74,48 %

-2

Compensac..

P=-0,00 MWQ=23,64 Mvar

=

1

Carga Gen..

P=25,00 MWQ=12,11 Mvar

=

TR-MOLSAG C

P=-14,40 MWQ=-10,40 Mvarloading=46,62 %

P=14,42 MWQ=11,83 Mvar

loading=46,62 %

-2

Compensac..

P=-0,00 MWQ=5,00 Mvar

=

1

Compensac..

P=-0,00 MWQ=142,46 Mvar

=

1

Carga Gen..


=

Red Exter..

P=302,89 MWQ=-18,18 Mvarcosphi=1,00

H11VIZCA

P=-0,00 MWQ=-9,88 Mva..

=1

PA

CH

AC

HA

CA

ON

U L

2224

P=-160,70 MWQ=11,01 Mvar

loading=63,48 %

P=161,29 MWQ=-8,83 Mvar

loading=63,48 ..

PACHACHACA-POMACOCHA L2226


P=-141,16 MWQ=9,81 Mvar

loading=55,77 ..

H7 VIZCA

P=0,00 MWQ=-29,24 Mva..

=1

POMACACHA CARHUAMAYO L2226

P=116,16 MWQ=-17,10 Mvar

loading=46,18 %

P=-113,39 MWQ=13,57 Mvar

loading=46,18 %

H5 VIZCA

P=-0,00 MWQ=-50,70 Mva..

=1

SVSCompensad..

P=-0,00 MWQ=24,85 Mva..

=

Inte

rrup

t..

Inte

rrup

t..

Load ASDs_BP=3,70 MWQ=2,29 Mvar

=

Load ANTAMINA _B


=

M ~M

áqui

na A

sínc

rona

B

P=17,50 MWQ=10,85 Mvar

loading=74,68 %

Tran

sfor

m..

P=0,10 MWQ=-62,68 Mvar

loading=28,13 %

P=0,00 MWQ=64,98 Mvar

loading=28,13 %

0

TR ASIN B

P=17,51 MWQ=12,48 Mvar

loading=71,69 %


2

M ~m

sy m

obol

3


loading=83,61 %

TR MOLBOL-B3


loading=74,48 %P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

M ~m

sy m

obol

2


loading=83,61 %

TR-MOLBOL_B2


loading=74,48 %

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

G ~A

NTA

CS

2_B

P=0,00 MWQ=14,70 Mvar

loading=97,97 %

Transform..P=0,11 MW


P=0,00 MWQ=14,70 Mvar

loading=94,89 %

2

P=25,14 MWQ=64,15 Mvar

loading=0,00 %

P=49,48 MWQ=9,30 Mvar

loading=0,00 %

P=5,60 MWQ=26,36 Mvar

loading=0,00 %

DIg

SILE

NT




Flujo de Potencia - Sin considerar el Proyecto Avenida Maxima Demanda 2013


Proyecto:ANTAMINA

Gráfica: Red

Fecha:

Anexo:



VIZCARRA

C3

Ul=4,211 kVu=1,012 p.u.phiu=-53,5..

C2Ul=3,260 kVu=1,042 p.u.phiu=-54,1..

C1Ul=4,989 kVu=1,008 p.u.phiu=-53,6..

B3

Ul=4,194 kVu=1,008 p.u.phiu=-53,8..

B2Ul=3,260 kVu=1,042 p.u.phiu=-54,1..

B1 Ul=3,260 kVu=1,042 p.u.phiu=-54,1..

A3Ul=4,010 kVu=0,964 p.u.

phiu=-50,185 deg

A2Ul=3,111 kVu=0,994 p.u.

phiu=-51,074 deg

A1Ul=4,715 kVu=0,952 p.u.

phiu=-50,613 deg

CS2

Ul=6,714 kVu=1,017 p.u.phiu=-170,6..

CS1

Ul=6,517 kVu=0,987 p.u.

phiu=-167,089 deg


phiu=-20,412 deg


phiu=-17,034 deg


phiu=-20,412 deg


phiu=146,836 deg

ANTA 220kV B

Ul=222,224 kVu=1,010 p.u.

phiu=135,464 deg

ANTA 220kVUl=222,224 kVu=1,010 p.u.

phiu=135,464 deg


phiu=145,238 deg


phiu=151,780 deg


phiu=136,320 deg

VIZCARRA

Ul=224,400 kVu=1,020 p.u.

phiu=137,838 deg


phiu=152,503 deg


phiu=153,400 deg


phiu=140,399 deg

AGUA 13.8kV

Ul=13,938 kVu=1,010 p.u.

phiu=112,173 deg

2

Ul=16,417 kVu=1,026 p.u.

phiu=167,833 d..1

Ul=16,417 kVu=1,026 p.u.

phiu=167,833 d..


phiu=167,833 deg



phiu=137,707 deg

PARAMONGA/A

Ul=219,074 k..



phiu=138,432 deg


phiu=138,619 deg

Lne

Viz

carr

a- A

ntam

ina_

L225

5

P=-78,61 MWQ=-11,92 Mvar

loading=34,43 %

P=78,99 MWQ=6,78 Mvarloading=34,..


=

Load ANTAMINA _A


=

M~M

áqui

na A

sínc

rona

A

P=15,89 MWQ=9,87 Mvar

loading=75,17 %

M~m

sy m

obol

1


loading=83,61 %


P=-66,42 MWQ=5,56 Mvar

loading=43,19 %

P=66,62 MWQ=-10,93 Mvar

loading=43,19 %

M~m

sy m

olsa

g 1

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

TR ASIN A

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

0

TR MOLBOL-A



loading=74,78 %

-1

TR-MOLSAG A

P=-14,40 MWQ=-10,40 Mvar

loading=46,84 %

P=14,41 MWQ=11,97 Mvar

loading=46,84 %

0


P=-66,42 MWQ=5,56 Mvar

loading=43,19 %

P=66,62 MWQ=-10,93 Mvar

loading=43,19 %

h4-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h3-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h2-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h13-

AP=-0,0..Q=-3,0..

=

3

h11-

AP=-0,0..Q=-3,0..

=

3

h7-AP=-0,0..

Q=-3,0..=

3

h5-A

P=-0,0..Q=-3,0..

=

3

h13-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h4-A

P=-0,0..Q=-3,0..

=

3

h11-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h7-CP=-0,00 MW

Q=-3,00 Mvar=

3

h5-CP=-0,00 MW

Q=-3,00 Mvar=

3

h4-CP=-0,00 MW

Q=-3,00 Mvar=

3

h3--

CP=-0,00 MWQ=-3,00 Mvar

=

3

h2-CP=-0,00 MW

Q=-3,00 Mvar=

3

h13-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h11-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h7-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h5-B P=-0,00 MW

Q=-3,00 Mvar=

3

h3-A

P=-0,0..Q=-3,0..

=

3

h2-AP=-0,00 MW

Q=-3,00 Mvar=

3

G ~ AN

TA C

S1_

A


loading=14,13 %

TRANFORMADOR CS1

P=0,03 MWQ=-2,06 Mvar

loading=14,31 %


loading=14,31 %

1

Interrupt..


= = = = = =

0


P=67,29 MWQ=-10,97 Mvar

loading=43,62 %

P=-67,08 MWQ=5,69 Mvar

loading=43,62 %

Interrupt..



loading=31,84 %

P=47,09 MWQ=10,50 Mvar

loading=31,84 %

0


loading=73,21 %

P=-109,56 MWQ=-1,56 Mvar

loading=73,21 %

0

Lne

Viz

carr

a- A

ntam

ina_

L225

6

P=-78,61 MWQ=-11,92 Mvar

loading=34,43 %


PA

RA

GS

HA

L-2

254

P=-105..Q=2,99..loadin..

P=106,52 MWQ=-10,27 Mvar

loading=56,37 %


loading=62,12 %

P=-113,93 MWQ=19,81 Mvar

loading=62,12 %


P=-12,50 MWQ=-8,57 Mvar

loading=17,65 %

P=12,57 MWQ=-39,46 Mvar

loading=17,65 %


P=-12,50 MWQ=-8,57 Mvar



KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2269

P=-12,57 MWQ=-32,25 Mvar

loading=19,66 %

P=12,74 MWQ=4,63 Mvar

loading=19,66 ..

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2270


P=12,74 MWQ=4,63 Mvar

loading=19,66 ..


P=-5,60 MWQ=-26,51 Mvar

loading=14,28 %

P=5,64 MWQ=11,88 Mvar

loading=14,28 %

TIN

GO

MA

RIA

-VIZ

CA

RR

A -

L225

2

P=25,81 MWQ=-14,29 Mvar

loading=15,11 %

P=-25,68 MWQ=-13,74 Mvar

loading=15,11 %


P=83,74 MWQ=-10,11 Mvar

loading=45,68 %

P=-82,50 MWQ=-3,87 Mvar

loading=45,68 %

G~Aguayt G1

P=26,00 MWQ=-12,98 Mvar

loading=24,38 %

Tran

sfor

m..

P=-25,81 MWQ=14,29 Mvar

loading=28,79 %

P=26,00 MWQ=-12,98 Mvar

loading=28,79 %

0

Com

pens

ac..

P=0

,00.

.Q

=-20

,..=

1

Load ASDs_C


=

Load ANTAMINA _C

P=24,99 MWQ=15,49 Mvar

=

Carga Gen..

P=24,00 MWQ=-0,00 Mva..

=

M~M

áqui

na A

sínc

rona

C

P=15,89 MWQ=9,87 Mvar

loading=84,81 %

Carga Gen..

P=25,00 MWQ=7,29 Mvar

=


loading=16,74 %

P=-27,32 MWQ=9,93 Mvar

loading=16,74 %

M~m

sy m

obol

4


loading=83,61 %

Carga Gen..

P=12,00 MWQ=5,81 Mvar

=

M~m

sy m

olsa

g 2

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

Carga Gen..


=

TR ASIN C

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

2

Carga Gen..


=

TR MOLBOL-C

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %


loading=74,48 %

-2

Compensac..

P=-0,00 MWQ=23,80 Mvar

=

1

Carga Gen..

P=25,00 MWQ=12,11 Mvar

=

TR-MOLSAG C


P=14,42 MWQ=11,83 Mvar

loading=46,62 %

-2

Compensac..

P=-0,00 MWQ=5,03 Mvar

=

1

Compensac..

P=-0,00 MWQ=143,41 Mvar

=

1

Carga Gen..


=

Red Exter..


H11VIZCA

P=-0,00 MWQ=-9,44 Mva..

=1

PA

CH

AC

HA

CA

ON

U L

2224

P=-127,01 MWQ=16,71 Mvar

loading=50,48 %





H7 VIZCA

P=0,00 MWQ=-27,93 Mva..

=1


P=89,67 MWQ=-21,97 Mvar

loading=36,28 %

P=-87,60 MWQ=12,43 Mvar

loading=36,28 %

H5 VIZCA

P=-0,00 MWQ=-48,43 Mva..

=1

SVSCompensad..

P=-0,00 MWQ=72,54 Mva..

=

Inte

rrup

t..

Inte

rrup

t..


=

Load ANTAMINA _B


=

M ~M

áqui

na A

sínc

rona

B

P=17,50 MWQ=10,85 Mvar

loading=74,68 %

Tran

sfor

m..

P=0,08 MWQ=-12,74 Mvarloading=5,87 %

P=0,00 MWQ=13,25 Mvar

loading=5,87 %

0

TR ASIN B

P=17,51 MWQ=12,48 Mvar

loading=71,69 %


2

M ~m

sy m

obol

3


loading=83,61 %

TR MOLBOL-B3



loading=74,48 %

-2

M ~m

sy m

obol

2


loading=83,61 %

TR-MOLBOL_B2


loading=74,48 %

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

G ~A

NTA

CS

2_B

P=0,00 MWQ=11,73 Mvar

loading=78,20 %



P=0,00 MWQ=11,73 Mvar

loading=76,88 %

2

P=25,14 MWQ=64,49 Mvar

loading=0,00 %

P=49,48 MWQ=9,27 Mvar

loading=0,00 %

P=5,60 MWQ=26,51 Mvar

loading=0,00 %

DIg

SILE

NT


phiu=93,471 deg

IPCCS_220kVUl=220,433 kVu=1,002 p.u.

phiu=125,466 deg

c2Ul=221,077 kVu=1,005 p.u.phiu=125,935 ..

c1Ul=220,563 kVu=1,003 p.u.phiu=125,243 ..




Flujo de Potencia - considerar el Proyecto Avenida Minima Demanda 2013


Proyecto:ANTAMINA

Gráfica: Red

Fecha:

Anexo:



VIZCARRA

C3

Ul=4,211 kVu=1,012 p.u.phiu=-64,0..

C2Ul=3,260 kVu=1,042 p.u.phiu=-64,5..

C1Ul=4,989 kVu=1,008 p.u.phiu=-64,1..

B3

Ul=4,194 kVu=1,008 p.u.phiu=-64,3..

B2Ul=3,260 kVu=1,042 p.u.phiu=-64,5..

B1 Ul=3,260 kVu=1,042 p.u.phiu=-64,5..

A3Ul=4,010 kVu=0,964 p.u.

phiu=-60,647 deg

A2Ul=3,111 kVu=0,994 p.u.

phiu=-61,536 deg

A1Ul=4,715 kVu=0,952 p.u.

phiu=-61,075 deg

CS2

Ul=6,814 kVu=1,032 p.u.

phiu=178,754 deg

CS1

Ul=6,805 kVu=1,031 p.u.

phiu=-177,733 deg


phiu=-30,898 deg


phiu=-27,496 deg


phiu=-30,898 deg


phiu=141,145 deg

ANTA 220kV B

Ul=220,666 kVu=1,003 p.u.

phiu=125,033 deg

ANTA 220kVUl=220,666 kVu=1,003 p.u.

phiu=125,033 deg


phiu=138,948 deg


phiu=147,868 deg


phiu=127,656 deg

VIZCARRA

Ul=224,400 kVu=1,020 p.u.

phiu=128,437 deg


phiu=148,859 deg


phiu=150,000 deg


phiu=129,898 deg

AGUA 13.8kV

Ul=13,938 kVu=1,010 p.u.

phiu=100,937 deg

2

Ul=16,456 kVu=1,028 p.u.

phiu=158,418 d..1

Ul=16,456 kVu=1,028 p.u.

phiu=158,418 d..


phiu=158,418 deg



phiu=129,054 deg

PARAMONGA/A

Ul=218,131 k..



phiu=129,785 deg


phiu=129,975 deg

Com

pens

ac..

P=0,00 MWQ=-0,92 Mva..

=

1

LOA

D IP

CC

S

P=55,00 MWQ=34,09 Mva..

=

Transform..



0

Transform..



0

8 Km IPCCS L1


P=-100,41 MWQ=-23,68 Mva..loading=57,2..

8 Km IPCCS L2



43.2

0Km

Lne

Viz

carr

a -P



7.59

Km

Lne

Ant

amin

a-P

O




=

Load ANTAMINA _A


=

M~M

áqui

na A

sínc

rona

A

P=15,89 MWQ=9,87 Mvar

loading=75,17 %

M~m

sy m

obol

1


loading=83,61 %


P=-89,59 MWQ=8,51 Mvar

loading=58,63 %

P=89,96 MWQ=-12,16 Mvar

loading=58,63 %

M~m

sy m

olsa

g 1

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

TR ASIN A

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

0

TR MOLBOL-A



loading=74,78 %

-1

TR-MOLSAG A

P=-14,40 MWQ=-10,40 Mvar

loading=46,84 %

P=14,41 MWQ=11,97 Mvar

loading=46,84 %

0


P=-89,59 MWQ=8,51 Mvar

loading=58,63 %

P=89,96 MWQ=-12,16 Mvar

loading=58,63 %

h4-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h3-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h2-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h13-

AP=-0,0..Q=-3,0..

=

3

h11-

AP=-0,0..Q=-3,0..

=

3

h7-AP=-0,0..

Q=-3,0..=

3

h5-A

P=-0,0..Q=-3,0..

=

3

h13-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h4-A

P=-0,0..Q=-3,0..

=

3

h11-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h7-CP=-0,00 MW

Q=-3,00 Mvar=

3

h5-CP=-0,00 MW

Q=-3,00 Mvar=

3

h4-CP=-0,00 MW

Q=-3,00 Mvar=

3

h3--

CP=-0,00 MWQ=-3,00 Mvar

=

3

h2-CP=-0,00 MW

Q=-3,00 Mvar=

3

h13-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h11-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h7-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h5-B P=-0,00 MW

Q=-3,00 Mvar=

3

h3-A

P=-0,0..Q=-3,0..

=

3

h2-AP=-0,00 MW

Q=-3,00 Mvar=

3

G ~ AN

TA C

S1_

A

P=0,00 MWQ=10,17 Mvar

loading=67,79 %

TRANFORMADOR CS1

P=0,07 MWQ=-9,58 Mvar

loading=65,75 %

P=0,00 MWQ=10,17 Mvar

loading=65,75 %

1

Interrupt..


= = = = = =

0


P=90,86 MWQ=-12,21 Mvar

loading=59,21 %

P=-90,48 MWQ=8,67 Mvar

loading=59,21 %

Interrupt..



loading=31,38 %

P=47,13 MWQ=2,91 Mvar

loading=31,38 %

0


loading=73,32 %

P=-109,58 MWQ=6,01 Mvar

loading=73,32 %

0

Lne

Viz

carr

a- A

ntam

ina_

L225

6

P=-112,38 MWQ=-19,18 Mvar

loading=49,71 %

P=113,17 MWQ=17,76 Mva..loading=49,..

PA

RA

GS

HA

L-2

254

P=-145..Q=22,2..loadin..

P=148,80 MWQ=-15,74 Mvar

loading=79,59 %


loading=83,14 %

P=-153,36 MWQ=21,63 Mvar

loading=83,14 %


P=-12,50 MWQ=-8,55 Mvar

loading=17,56 %

P=12,57 MWQ=-39,05 Mvar

loading=17,56 %


P=-12,50 MWQ=-8,55 Mvar



KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2269

P=-12,57 MWQ=-32,02 Mvar

loading=19,63 %

P=12,74 MWQ=4,66 Mvar

loading=19,63 ..

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2270


P=12,74 MWQ=4,66 Mvar

loading=19,63 ..


P=-5,60 MWQ=-26,31 Mvar

loading=14,24 %

P=5,64 MWQ=11,80 Mvar

loading=14,24 %

TIN

GO

MA

RIA

-VIZ

CA

RR

A -

L225

2

P=14,84 MWQ=-13,45 Mvar

loading=10,97 %

P=-14,80 MWQ=-15,35 Mvar

loading=10,97 %


P=111,20 MWQ=-13,52 Mvar

loading=61,25 %

P=-108,96 MWQ=7,50 Mvar

loading=61,25 %

G~Aguayt G1

P=15,00 MWQ=-12,68 Mvar

loading=16,48 %

Tran

sfor

m..

P=-14,84 MWQ=13,45 Mvar

loading=19,54 %

P=15,00 MWQ=-12,68 Mvar

loading=19,54 %

0

Com

pens

ac..

P=0

,00.

.Q

=-25

,..=

1

Load ASDs_C


=

Load ANTAMINA _C

P=24,99 MWQ=15,49 Mvar

=

Carga Gen..

P=24,00 MWQ=-0,00 Mva..

=

M~M

áqui

na A

sínc

rona

C

P=15,89 MWQ=9,87 Mvar

loading=84,81 %

Carga Gen..

P=25,00 MWQ=7,29 Mvar

=


loading=31,66 %

P=-53,64 MWQ=22,55 Mvar

loading=31,66 %

M~m

sy m

obol

4


loading=83,61 %

Carga Gen..

P=12,00 MWQ=5,81 Mvar

=

M~m

sy m

olsa

g 2

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

Carga Gen..


=

TR ASIN C

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

2

Carga Gen..


=

TR MOLBOL-C

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %


loading=74,48 %

-2

Compensac..

P=-0,00 MWQ=23,59 Mvar

=

1

Carga Gen..

P=25,00 MWQ=12,11 Mvar

=

TR-MOLSAG C


P=14,42 MWQ=11,83 Mvar

loading=46,62 %

-2

Compensac..

P=-0,00 MWQ=4,98 Mvar

=

1

Compensac..

P=0,00 MWQ=142,15 Mvar

=

1

Carga Gen..


=

Red Exter..


H11VIZCA

P=-0,00 MWQ=-9,48 Mva..

=1

PA

CH

AC

HA

CA

ON

U L

2224

P=-167,32 MWQ=10,21 Mvar

loading=66,20 %

P=167,96 MWQ=-7,51 Mvar

loading=66,20 ..



P=-146,36 MWQ=9,04 Mvar

loading=57,91 ..

H7 VIZCA

P=0,00 MWQ=-28,06 Mva..

=1


P=121,36 MWQ=-16,34 Mvar

loading=48,27 %

P=-118,42 MWQ=14,31 Mvar

loading=48,27 %

H5 VIZCA

P=-0,00 MWQ=-48,65 Mva..

=1

SVSCompensad..

P=-0,00 MWQ=15,30 Mva..

=

Inte

rrup

t..

Inte

rrup

t..


=

Load ANTAMINA _B


=

M ~M

áqui

na A

sínc

rona

B

P=17,50 MWQ=10,85 Mvar

loading=74,68 %

Tran

sfor

m..

P=0,10 MWQ=-68,17 Mvar

loading=31,33 %

P=0,00 MWQ=70,89 Mvar

loading=31,33 %

1

TR ASIN B

P=17,51 MWQ=12,48 Mvar

loading=71,69 %


2

M ~m

sy m

obol

3


loading=83,61 %

TR MOLBOL-B3



loading=74,48 %

-2

M ~m

sy m

obol

2


loading=83,61 %

TR-MOLBOL_B2


loading=74,48 %

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

G ~A

NTA

CS

2_B

P=-0,00 MWQ=14,70 Mvar

loading=97,97 %



P=0,00 MWQ=14,70 Mvar

loading=94,89 %

2

P=25,14 MWQ=64,05 Mvar

loading=0,00 %

P=49,48 MWQ=9,31 Mvar

loading=0,00 %

P=5,60 MWQ=26,31 Mvar

loading=0,00 %

DIg

SILE

NT




Flujo de Potencia - sin considerar el Proyecto Avenida Minima Demanda 2013


Proyecto:ANTAMINA

Gráfica: Red

Fecha:

Anexo:



VIZCARRA

C3

Ul=4,211 kVu=1,012 p.u.phiu=-57,9..

C2Ul=3,260 kVu=1,042 p.u.phiu=-58,4..

C1Ul=4,989 kVu=1,008 p.u.phiu=-58,0..

B3

Ul=4,194 kVu=1,008 p.u.phiu=-58,2..

B2Ul=3,260 kVu=1,042 p.u.phiu=-58,4..

B1 Ul=3,260 kVu=1,042 p.u.phiu=-58,4..

A3Ul=4,010 kVu=0,964 p.u.

phiu=-54,578 deg

A2Ul=3,111 kVu=0,994 p.u.

phiu=-55,467 deg

A1Ul=4,715 kVu=0,952 p.u.

phiu=-55,006 deg

CS2

Ul=6,714 kVu=1,017 p.u.phiu=-175,0..

CS1

Ul=6,517 kVu=0,987 p.u.

phiu=-171,482 deg


phiu=-24,805 deg


phiu=-21,427 deg


phiu=-24,805 deg


phiu=143,049 deg

ANTA 220kV B

Ul=222,224 kVu=1,010 p.u.

phiu=131,071 deg

ANTA 220kVUl=222,224 kVu=1,010 p.u.

phiu=131,071 deg


phiu=141,352 deg


phiu=148,292 deg


phiu=132,046 deg

VIZCARRA

Ul=224,400 kVu=1,020 p.u.

phiu=133,444 deg


phiu=149,061 deg


phiu=150,000 deg


phiu=134,905 deg

AGUA 13.8kV

Ul=13,938 kVu=1,010 p.u.

phiu=105,944 deg

2

Ul=16,055 kVu=1,003 p.u.

phiu=163,439 d..1

Ul=16,055 kVu=1,003 p.u.

phiu=163,439 d..


phiu=163,439 deg



phiu=133,435 deg

PARAMONGA/A

Ul=218,888 k..



phiu=134,161 deg


phiu=134,348 deg

Lne

Viz

carr

a- A

ntam

ina_

L225

5

P=-78,61 MWQ=-11,92 Mvar

loading=34,43 %



=

Load ANTAMINA _A


=

M~M

áqui

na A

sínc

rona

A

P=15,89 MWQ=9,87 Mvar

loading=75,17 %

M~m

sy m

obol

1


loading=83,61 %


P=-70,16 MWQ=6,44 Mvar

loading=45,74 %

P=70,38 MWQ=-11,55 Mvar

loading=45,74 %

M~m

sy m

olsa

g 1

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

TR ASIN A

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

0

TR MOLBOL-A



loading=74,78 %

-1

TR-MOLSAG A

P=-14,40 MWQ=-10,40 Mvar

loading=46,84 %

P=14,41 MWQ=11,97 Mvar

loading=46,84 %

0


P=-70,16 MWQ=6,44 Mvar

loading=45,74 %

P=70,38 MWQ=-11,55 Mvar

loading=45,74 %

h4-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h3-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h2-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h13-

AP=-0,0..Q=-3,0..

=

3

h11-

AP=-0,0..Q=-3,0..

=

3

h7-AP=-0,0..

Q=-3,0..=

3

h5-A

P=-0,0..Q=-3,0..

=

3

h13-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h4-A

P=-0,0..Q=-3,0..

=

3

h11-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h7-CP=-0,00 MW

Q=-3,00 Mvar=

3

h5-CP=-0,00 MW

Q=-3,00 Mvar=

3

h4-CP=-0,00 MW

Q=-3,00 Mvar=

3

h3--

CP=-0,00 MWQ=-3,00 Mvar

=

3

h2-CP=-0,00 MW

Q=-3,00 Mvar=

3

h13-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h11-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h7-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h5-B P=-0,00 MW

Q=-3,00 Mvar=

3

h3-A

P=-0,0..Q=-3,0..

=

3

h2-AP=-0,00 MW

Q=-3,00 Mvar=

3

G ~ AN

TA C

S1_

A


loading=14,13 %

TRANFORMADOR CS1

P=0,03 MWQ=-2,06 Mvar

loading=14,31 %


loading=14,31 %

1

Interrupt..


= = = = = =

0


P=71,08 MWQ=-11,60 Mvar

loading=46,19 %

P=-70,86 MWQ=6,57 Mvar

loading=46,19 %

Interrupt..



loading=31,84 %

P=47,09 MWQ=10,50 Mvar

loading=31,84 %

0


loading=73,21 %

P=-109,56 MWQ=-1,56 Mvar

loading=73,21 %

0

Lne

Viz

carr

a- A

ntam

ina_

L225

6

P=-78,61 MWQ=-11,92 Mvar

loading=34,43 %


PA

RA

GS

HA

L-2

254

P=-111..Q=6,54..loadin..

P=113,34 MWQ=-11,89 Mvar

loading=60,17 %


loading=65,61 %

P=-120,29 MWQ=20,81 Mvar

loading=65,61 %


P=-12,50 MWQ=-8,56 Mvar

loading=17,63 %

P=12,57 MWQ=-39,38 Mvar

loading=17,63 %


P=-12,50 MWQ=-8,56 Mvar



KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2269

P=-12,57 MWQ=-32,20 Mvar

loading=19,66 %

P=12,74 MWQ=4,64 Mvar

loading=19,66 ..

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2270


P=12,74 MWQ=4,64 Mvar

loading=19,66 ..


P=-5,60 MWQ=-26,47 Mvar

loading=14,27 %

P=5,64 MWQ=11,86 Mvar

loading=14,27 %

TIN

GO

MA

RIA

-VIZ

CA

RR

A -

L225

2

P=14,84 MWQ=-13,45 Mvar

loading=10,97 %

P=-14,80 MWQ=-15,35 Mvar

loading=10,97 %


P=88,16 MWQ=-11,13 Mvar

loading=48,23 %

P=-86,77 MWQ=-1,69 Mvar

loading=48,23 %

G~Aguayt G1

P=15,00 MWQ=-12,68 Mvar

loading=16,48 %

Tran

sfor

m..

P=-14,84 MWQ=13,45 Mvar

loading=19,54 %

P=15,00 MWQ=-12,68 Mvar

loading=19,54 %

0

Com

pens

ac..

P=0

,00.

.Q

=-20

,..=

1

Load ASDs_C


=

Load ANTAMINA _C

P=24,99 MWQ=15,49 Mvar

=

Carga Gen..

P=24,00 MWQ=-0,00 Mva..

=

M~M

áqui

na A

sínc

rona

C

P=15,89 MWQ=9,87 Mvar

loading=84,81 %

Carga Gen..

P=25,00 MWQ=7,29 Mvar

=


loading=19,23 %

P=-31,58 MWQ=12,26 Mvar

loading=19,23 %

M~m

sy m

obol

4


loading=83,61 %

Carga Gen..

P=12,00 MWQ=5,81 Mvar

=

M~m

sy m

olsa

g 2

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

Carga Gen..


=

TR ASIN C

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

2

Carga Gen..


=

TR MOLBOL-C

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %


loading=74,48 %

-2

Compensac..

P=-0,00 MWQ=23,76 Mvar

=

1

Carga Gen..

P=25,00 MWQ=12,11 Mvar

=

TR-MOLSAG C


P=14,42 MWQ=11,83 Mvar

loading=46,62 %

-2

Compensac..

P=-0,00 MWQ=5,02 Mvar

=

1

Compensac..

P=0,00 MWQ=143,17 Mvar

=

1

Carga Gen..


=

Red Exter..


H11VIZCA

P=-0,00 MWQ=-9,02 Mva..

=1

PA

CH

AC

HA

CA

ON

U L

2224

P=-133,49 MWQ=16,46 Mvar

loading=53,10 %





H7 VIZCA

P=0,00 MWQ=-26,71 Mva..

=1


P=94,76 MWQ=-21,69 Mvar

loading=38,28 %

P=-92,56 MWQ=13,29 Mvar

loading=38,28 %

H5 VIZCA

P=-0,00 MWQ=-46,31 Mva..

=1

SVSCompensad..

P=-0,00 MWQ=64,49 Mva..

=

Inte

rrup

t..

Inte

rrup

t..


=

Load ANTAMINA _B


=

M ~M

áqui

na A

sínc

rona

B

P=17,50 MWQ=10,85 Mvar

loading=74,68 %

Tran

sfor

m..


P=0,00 MWQ=17,56 Mvar

loading=7,96 %

1

TR ASIN B

P=17,51 MWQ=12,48 Mvar

loading=71,69 %


2

M ~m

sy m

obol

3


loading=83,61 %

TR MOLBOL-B3



loading=74,48 %

-2

M ~m

sy m

obol

2


loading=83,61 %

TR-MOLBOL_B2


loading=74,48 %

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

G ~A

NTA

CS

2_B

P=0,00 MWQ=11,73 Mvar

loading=78,20 %



P=0,00 MWQ=11,73 Mvar

loading=76,88 %

2

P=25,14 MWQ=64,41 Mvar

loading=0,00 %

P=49,48 MWQ=9,28 Mvar

loading=0,00 %

P=5,60 MWQ=26,47 Mvar

loading=0,00 %

DIg

SILE

NT


phiu=98,046 deg

IPCCS_220kVUl=220,433 kVu=1,002 p.u.

phiu=130,041 deg

c2Ul=221,077 kVu=1,005 p.u.phiu=130,510 ..

c1Ul=220,563 kVu=1,003 p.u.phiu=129,818 ..




Flujo de Potencia - considerar el Proyecto Estiaje Maxima Demanda 2013


Proyecto:ANTAMINA

Gráfica: Red

Fecha:

Anexo:



VIZCARRA

C3

Ul=4,211 kVu=1,012 p.u.phiu=-59,4..

C2Ul=3,260 kVu=1,042 p.u.phiu=-60,0..

C1Ul=4,989 kVu=1,008 p.u.phiu=-59,5..

B3

Ul=4,194 kVu=1,008 p.u.phiu=-59,8..

B2Ul=3,260 kVu=1,042 p.u.phiu=-60,0..

B1 Ul=3,260 kVu=1,042 p.u.phiu=-60,0..

A3Ul=4,010 kVu=0,964 p.u.

phiu=-56,072 deg

A2Ul=3,111 kVu=0,994 p.u.

phiu=-56,961 deg

A1Ul=4,715 kVu=0,952 p.u.

phiu=-56,500 deg

CS2

Ul=6,814 kVu=1,032 p.u.phiu=-176,6..

CS1

Ul=6,805 kVu=1,031 p.u.

phiu=-173,158 deg


phiu=-26,323 deg


phiu=-22,921 deg


phiu=-26,323 deg


phiu=141,667 deg

ANTA 220kV B

Ul=220,666 kVu=1,003 p.u.

phiu=129,608 deg

ANTA 220kVUl=220,666 kVu=1,003 p.u.

phiu=129,608 deg


phiu=140,126 deg


phiu=146,434 deg


phiu=131,431 deg

VIZCARRA

Ul=224,400 kVu=1,020 p.u.

phiu=133,012 deg


phiu=147,130 deg


phiu=148,000 deg


phiu=142,007 deg

AGUA 13.8kV

Ul=13,938 kVu=1,010 p.u.

phiu=118,074 deg

2

Ul=16,700 kVu=1,044 p.u.

phiu=162,999 d..1

Ul=16,700 kVu=1,044 p.u.

phiu=162,999 d..


phiu=162,999 deg



phiu=132,816 deg

PARAMONGA/A

Ul=219,231 k..



phiu=133,539 deg


phiu=133,726 deg

Com

pens

ac..

P=0,00 MWQ=-0,92 Mva..

=

1

LOA

D IP

CC

S

P=55,00 MWQ=34,09 Mva..

=

Transform..



0

Transform..



0

8 Km IPCCS L1


P=-100,41 MWQ=-23,68 Mva..loading=57,2..

8 Km IPCCS L2



43.2

0Km

Lne

Viz

carr

a -P



7.59

Km

Lne

Ant

amin

a-P

O




=

Load ANTAMINA _A


=

M~M

áqui

na A

sínc

rona

A

P=15,89 MWQ=9,87 Mvar

loading=75,17 %

M~m

sy m

obol

1


loading=83,61 %


P=-64,41 MWQ=4,63 Mvar

loading=41,73 %

P=64,60 MWQ=-10,16 Mvar

loading=41,73 %

M~m

sy m

olsa

g 1

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

TR ASIN A

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

0

TR MOLBOL-A



loading=74,78 %

-1

TR-MOLSAG A

P=-14,40 MWQ=-10,40 Mvar

loading=46,84 %

P=14,41 MWQ=11,97 Mvar

loading=46,84 %

0


P=-64,41 MWQ=4,63 Mvar

loading=41,73 %

P=64,60 MWQ=-10,16 Mvar

loading=41,73 %

h4-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h3-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h2-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h13-

AP=-0,0..Q=-3,0..

=

3

h11-

AP=-0,0..Q=-3,0..

=

3

h7-AP=-0,0..

Q=-3,0..=

3

h5-A

P=-0,0..Q=-3,0..

=

3

h13-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h4-A

P=-0,0..Q=-3,0..

=

3

h11-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h7-CP=-0,00 MW

Q=-3,00 Mvar=

3

h5-CP=-0,00 MW

Q=-3,00 Mvar=

3

h4-CP=-0,00 MW

Q=-3,00 Mvar=

3

h3--

CP=-0,00 MWQ=-3,00 Mvar

=

3

h2-CP=-0,00 MW

Q=-3,00 Mvar=

3

h13-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h11-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h7-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h5-B P=-0,00 MW

Q=-3,00 Mvar=

3

h3-A

P=-0,0..Q=-3,0..

=

3

h2-AP=-0,00 MW

Q=-3,00 Mvar=

3

G ~ AN

TA C

S1_

A

P=0,00 MWQ=10,17 Mvar

loading=67,79 %

TRANFORMADOR CS1

P=0,07 MWQ=-9,58 Mvar

loading=65,75 %

P=0,00 MWQ=10,17 Mvar

loading=65,75 %

1

Interrupt..


= = = = = =

0


P=65,24 MWQ=-10,19 Mvar

loading=42,14 %

P=-65,05 MWQ=4,75 Mvar

loading=42,14 %

Interrupt..



loading=31,38 %

P=47,13 MWQ=2,91 Mvar

loading=31,38 %

0


loading=73,32 %

P=-109,58 MWQ=6,01 Mvar

loading=73,32 %

0

Lne

Viz

carr

a- A

ntam

ina_

L225

6

P=-112,38 MWQ=-19,18 Mvar

loading=49,71 %

P=113,17 MWQ=17,76 Mva..loading=49,..

PA

RA

GS

HA

L-2

254

P=-101..Q=0,26..loadin..

P=102,83 MWQ=-8,56 Mvar

loading=54,24 %


loading=60,07 %

P=-110,51 MWQ=18,54 Mvar

loading=60,07 %


P=-12,50 MWQ=-8,57 Mvar

loading=17,66 %

P=12,57 MWQ=-39,53 Mvar

loading=17,66 %


P=-12,50 MWQ=-8,57 Mvar



KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2269

P=-12,57 MWQ=-32,28 Mvar

loading=19,67 %

P=12,74 MWQ=4,63 Mvar

loading=19,67 ..

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2270


P=12,74 MWQ=4,63 Mvar

loading=19,67 ..


P=-5,60 MWQ=-26,54 Mvar

loading=14,29 %

P=5,64 MWQ=11,89 Mvar

loading=14,29 %

TIN

GO

MA

RIA

-VIZ

CA

RR

A -

L225

2

P=89,39 MWQ=-17,66 Mvar

loading=46,89 %

P=-87,80 MWQ=2,55 Mvar

loading=46,89 %


P=81,38 MWQ=-9,02 Mvar

loading=44,24 %

P=-80,21 MWQ=-5,60 Mvar

loading=44,24 %

G~Aguayt G1

P=90,00 MWQ=-7,71 Mvar

loading=75,78 %

Tran

sfor

m..

P=-89,39 MWQ=17,66 Mvar

loading=89,44 %

P=90,00 MWQ=-7,71 Mvar

loading=89,44 %

0

Com

pens

ac..

P=0

,00.

.Q

=-25

,..=

1

Load ASDs_C


=

Load ANTAMINA _C

P=24,99 MWQ=15,49 Mvar

=

Carga Gen..

P=24,00 MWQ=-0,00 Mva..

=

M~M

áqui

na A

sínc

rona

C

P=15,89 MWQ=9,87 Mvar

loading=84,81 %

Carga Gen..

P=25,00 MWQ=7,29 Mvar

=


loading=15,25 %

P=-25,04 MWQ=8,12 Mvar

loading=15,25 %

M~m

sy m

obol

4


loading=83,61 %

Carga Gen..

P=12,00 MWQ=5,81 Mvar

=

M~m

sy m

olsa

g 2

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

Carga Gen..


=

TR ASIN C

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

2

Carga Gen..


=

TR MOLBOL-C

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %


loading=74,48 %

-2

Compensac..

P=-0,00 MWQ=23,83 Mvar

=

1

Carga Gen..

P=25,00 MWQ=12,11 Mvar

=

TR-MOLSAG C


P=14,42 MWQ=11,83 Mvar

loading=46,62 %

-2

Compensac..

P=-0,00 MWQ=5,04 Mvar

=

1

Compensac..

P=0,00 MWQ=143,63 Mvar

=

1

Carga Gen..


=

Red Exter..


H11VIZCA

P=-0,00 MWQ=-9,76 Mva..

=1

PA

CH

AC

HA

CA

ON

U L

2224

P=-123,52 MWQ=16,16 Mvar

loading=48,95 %





H7 VIZCA

P=0,00 MWQ=-28,90 Mva..

=1


P=86,94 MWQ=-21,61 Mvar

loading=35,10 %

P=-84,94 MWQ=11,38 Mvar

loading=35,10 %

H5 VIZCA

P=-0,00 MWQ=-50,11 Mva..

=1

SVSCompensad..

P=-0,00 MWQ=37,46 Mva..

=

Inte

rrup

t..

Inte

rrup

t..


=

Load ANTAMINA _B


=

M ~M

áqui

na A

sínc

rona

B

P=17,50 MWQ=10,85 Mvar

loading=74,68 %

Tran

sfor

m..

P=0,09 MWQ=-49,70 Mvar

loading=22,35 %

P=0,00 MWQ=51,31 Mvar

loading=22,35 %

0

TR ASIN B

P=17,51 MWQ=12,48 Mvar

loading=71,69 %


2

M ~m

sy m

obol

3


loading=83,61 %

TR MOLBOL-B3



loading=74,48 %

-2

M ~m

sy m

obol

2


loading=83,61 %

TR-MOLBOL_B2


loading=74,48 %

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

G ~A

NTA

CS

2_B

P=0,00 MWQ=14,70 Mvar

loading=97,97 %



P=0,00 MWQ=14,70 Mvar

loading=94,89 %

2

P=25,14 MWQ=64,57 Mvar

loading=0,00 %

P=49,48 MWQ=9,26 Mvar

loading=0,00 %

P=5,60 MWQ=26,54 Mvar

loading=0,00 %

DIg

SILE

NT




Flujo de Potencia - Sin considerar el Proyecto Estiaje Maxima Demanda 2013


Proyecto:ANTAMINA

Gráfica: Red

Fecha:

Anexo:



VIZCARRA

C3

Ul=4,211 kVu=1,012 p.u.phiu=-53,6..

C2Ul=3,260 kVu=1,042 p.u.phiu=-54,1..

C1Ul=4,989 kVu=1,008 p.u.phiu=-53,6..

B3

Ul=4,194 kVu=1,008 p.u.phiu=-53,9..

B2Ul=3,260 kVu=1,042 p.u.phiu=-54,1..

B1 Ul=3,260 kVu=1,042 p.u.phiu=-54,1..

A3Ul=4,010 kVu=0,964 p.u.

phiu=-50,255 deg

A2Ul=3,111 kVu=0,994 p.u.

phiu=-51,144 deg

A1Ul=4,715 kVu=0,952 p.u.

phiu=-50,683 deg

CS2

Ul=6,714 kVu=1,017 p.u.phiu=-170,7..

CS1

Ul=6,517 kVu=0,987 p.u.

phiu=-167,160 deg


phiu=-20,483 deg


phiu=-17,105 deg


phiu=-20,483 deg


phiu=143,476 deg

ANTA 220kV B

Ul=222,224 kVu=1,010 p.u.

phiu=135,394 deg

ANTA 220kVUl=222,224 kVu=1,010 p.u.

phiu=135,394 deg


phiu=142,402 deg


phiu=146,844 deg


phiu=135,576 deg

VIZCARRA

Ul=224,400 kVu=1,020 p.u.

phiu=137,767 deg


phiu=147,326 deg


phiu=148,000 deg


phiu=146,761 deg

AGUA 13.8kV

Ul=13,938 kVu=1,010 p.u.

phiu=122,829 deg

2

Ul=16,366 kVu=1,023 p.u.

phiu=167,764 d..1

Ul=16,366 kVu=1,023 p.u.

phiu=167,764 d..


phiu=167,764 deg



phiu=136,956 deg

PARAMONGA/A

Ul=219,715 k..



phiu=137,675 deg


phiu=137,860 deg


=

Load ANTAMINA _A


=

M~M

áqui

na A

sínc

rona

A

P=15,89 MWQ=9,87 Mvar

loading=75,17 %

M~m

sy m

obol

1


loading=83,61 %


P=-45,27 MWQ=2,50 Mvar

loading=29,38 %

P=45,36 MWQ=-8,98 Mvar

loading=29,38 %

M~m

sy m

olsa

g 1

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

TR ASIN A

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

0

TR MOLBOL-A



loading=74,78 %

-1

TR-MOLSAG A

P=-14,40 MWQ=-10,40 Mvar

loading=46,84 %

P=14,41 MWQ=11,97 Mvar

loading=46,84 %

0


P=-45,27 MWQ=2,50 Mvar

loading=29,38 %

P=45,36 MWQ=-8,98 Mvar

loading=29,38 %

h4-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h3-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h2-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h13-

AP=-0,0..Q=-3,0..

=

3

h11-

AP=-0,0..Q=-3,0..

=

3

h7-AP=-0,0..

Q=-3,0..=

3

h5-A

P=-0,0..Q=-3,0..

=

3

h13-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h4-A

P=-0,0..Q=-3,0..

=

3

h11-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h7-CP=-0,00 MW

Q=-3,00 Mvar=

3

h5-CP=-0,00 MW

Q=-3,00 Mvar=

3

h4-CP=-0,00 MW

Q=-3,00 Mvar=

3

h3--

CP=-0,00 MWQ=-3,00 Mvar

=

3

h2-CP=-0,00 MW

Q=-3,00 Mvar=

3

h13-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h11-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h7-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h5-B P=-0,00 MW

Q=-3,00 Mvar=

3

h3-A

P=-0,0..Q=-3,0..

=

3

h2-AP=-0,00 MW

Q=-3,00 Mvar=

3

G ~ AN

TA C

S1_

A


loading=14,13 %

TRANFORMADOR CS1

P=0,03 MWQ=-2,06 Mvar

loading=14,31 %

P=-0,00 MWQ=2,12 Mvar

loading=14,31 %

1

Interrupt..


= = = = = =

0


P=45,81 MWQ=-9,00 Mvar

loading=29,66 %

P=-45,72 MWQ=2,60 Mvar

loading=29,66 %

Interrupt..



loading=31,84 %

P=47,09 MWQ=10,50 Mvar

loading=31,84 %

0


loading=73,21 %

P=-109,56 MWQ=-1,56 Mvar

loading=73,21 %

0

Lne

Viz

carr

a- A

ntam

ina_

L225

6

P=-78,61 MWQ=-11,92 Mvar

loading=34,43 %


Lne

Viz

carr

a- A

ntam

ina_

L225

5

P=-78,61 MWQ=-11,92 Mvar

loading=34,43 %


PA

RA

GS

HA

L-2

254

P=-67,..Q=-10,..loadin..

P=67,93 MWQ=-4,63 Mvar

loading=36,14 %

CARHUAMAYO ONU L2259P=78,51 MW


P=-78,00 MWQ=16,74 Mvar

loading=43,45 %


P=-12,50 MWQ=-8,58 Mvar

loading=17,71 %

P=12,57 MWQ=-39,74 Mvar

loading=17,71 %


P=-12,50 MWQ=-8,58 Mvar



KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2269

P=-12,57 MWQ=-32,40 Mvar

loading=19,69 %

P=12,74 MWQ=4,62 Mvar

loading=19,69 ..

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2270


P=12,74 MWQ=4,62 Mvar

loading=19,69 ..


P=-5,60 MWQ=-26,65 Mvar

loading=14,31 %

P=5,64 MWQ=11,93 Mvar

loading=14,31 %

TIN

GO

MA

RIA

-VIZ

CA

RR

A -

L225

2

P=89,39 MWQ=-17,66 Mvar

loading=46,89 %

P=-87,80 MWQ=2,55 Mvar

loading=46,89 %


P=58,66 MWQ=-6,53 Mvar

loading=32,42 %

P=-58,05 MWQ=-12,58 Mvar

loading=32,42 %

G~Aguayt G1

P=90,00 MWQ=-7,71 Mvar

loading=75,78 %

Tran

sfor

m..

P=-89,39 MWQ=17,66 Mvar

loading=89,44 %

P=90,00 MWQ=-7,71 Mvar

loading=89,44 %

0

Com

pens

ac..

P=0

,00.

.Q

=-20

,..=

1

Load ASDs_C


=

Load ANTAMINA _C

P=24,99 MWQ=15,49 Mvar

=

Carga Gen..

P=24,00 MWQ=-0,00 Mva..

=

M~M

áqui

na A

sínc

rona

C

P=15,89 MWQ=9,87 Mvar

loading=84,81 %

Carga Gen..

P=25,00 MWQ=7,29 Mvar

=


loading=4,68 %

P=-2,92 MWQ=0,79 Mvar

loading=4,68 %

M~m

sy m

obol

4


loading=83,61 %

Carga Gen..

P=12,00 MWQ=5,81 Mvar

=

M~m

sy m

olsa

g 2

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

Carga Gen..


=

TR ASIN C

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

2

Carga Gen..


=

TR MOLBOL-C

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %


loading=74,48 %

-2

Compensac..

P=-0,00 MWQ=23,94 Mvar

=

1

Carga Gen..

P=25,00 MWQ=12,11 Mvar

=

TR-MOLSAG C


P=14,42 MWQ=11,83 Mvar

loading=46,62 %

-2

Compensac..

P=-0,00 MWQ=5,06 Mvar

=

1

Compensac..

P=0,00 MWQ=144,28 Mvar

=

1

Carga Gen..


=

Red Exter..


H11VIZCA

P=-0,00 MWQ=-9,38 Mva..

=1

PA

CH

AC

HA

CA

ON

U L

2224

P=-90,51 MWQ=19,01 Mvar

loading=36,46 %





H7 VIZCA

P=0,00 MWQ=-27,75 Mva..

=1


P=61,06 MWQ=-24,04 Mvar

loading=25,69 %

P=-59,53 MWQ=9,63 Mvar

loading=25,69 %

H5 VIZCA

P=-0,00 MWQ=-48,12 Mva..

=1

SVSCompensad..

P=-0,00 MWQ=78,83 Mva..

=

Inte

rrup

t..

Inte

rrup

t..


=

Load ANTAMINA _B


=

M ~M

áqui

na A

sínc

rona

B

P=17,50 MWQ=10,85 Mvar

loading=74,68 %

Tran

sfor

m..

P=0,08 MWQ=-5,98 Mvar

loading=2,86 %

P=-0,00 MWQ=6,43 Mvar

loading=2,86 %

0

TR ASIN B

P=17,51 MWQ=12,48 Mvar

loading=71,69 %


2

M ~m

sy m

obol

3


loading=83,61 %

TR MOLBOL-B3



loading=74,48 %

-2

M ~m

sy m

obol

2


loading=83,61 %

TR-MOLBOL_B2


loading=74,48 %

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

G ~A

NTA

CS

2_B

P=0,00 MWQ=11,73 Mvar

loading=78,20 %



P=0,00 MWQ=11,73 Mvar

loading=76,88 %

2

P=25,14 MWQ=64,80 Mvar

loading=0,00 %

P=49,48 MWQ=9,23 Mvar

loading=0,00 %

P=5,60 MWQ=26,65 Mvar

loading=0,00 %

DIg

SILE

NT


phiu=99,586 deg

IPCCS_220kVUl=220,433 kVu=1,002 p.u.

phiu=131,581 deg

c2Ul=221,077 kVu=1,005 p.u.phiu=132,051 ..

c1Ul=220,563 kVu=1,003 p.u.phiu=131,359 ..




Flujo de Potencia - considerar el Proyecto Estiaje Minima Demanda 2013


Proyecto:ANTAMINA

Gráfica: Red

Fecha:

Anexo:



VIZCARRA

C3

Ul=4,211 kVu=1,012 p.u.phiu=-57,9..

C2Ul=3,260 kVu=1,042 p.u.phiu=-58,4..

C1Ul=4,989 kVu=1,008 p.u.phiu=-57,9..

B3

Ul=4,194 kVu=1,008 p.u.phiu=-58,2..

B2Ul=3,260 kVu=1,042 p.u.phiu=-58,4..

B1 Ul=3,260 kVu=1,042 p.u.phiu=-58,4..

A3Ul=4,010 kVu=0,964 p.u.

phiu=-54,531 deg

A2Ul=3,111 kVu=0,994 p.u.

phiu=-55,421 deg

A1Ul=4,715 kVu=0,952 p.u.

phiu=-54,960 deg

CS2

Ul=6,814 kVu=1,032 p.u.phiu=-175,1..

CS1

Ul=6,805 kVu=1,031 p.u.

phiu=-171,617 deg


phiu=-24,782 deg


phiu=-21,381 deg


phiu=-24,782 deg


phiu=142,853 deg

ANTA 220kV B

Ul=220,666 kVu=1,003 p.u.

phiu=131,148 deg

ANTA 220kVUl=220,666 kVu=1,003 p.u.

phiu=131,148 deg


phiu=141,364 deg


phiu=147,473 deg


phiu=132,889 deg

VIZCARRA

Ul=224,400 kVu=1,020 p.u.

phiu=134,553 deg


phiu=148,147 deg


phiu=149,000 deg


phiu=144,362 deg

AGUA 13.8kV

Ul=13,938 kVu=1,010 p.u.

phiu=120,973 deg

2

Ul=16,729 kVu=1,046 p.u.

phiu=164,538 d..1

Ul=16,729 kVu=1,046 p.u.

phiu=164,538 d..


phiu=164,538 deg



phiu=134,275 deg

PARAMONGA/A

Ul=219,150 k..



phiu=134,999 deg


phiu=135,186 deg

Com

pens

ac..

P=-0,00 MWQ=-0,92 Mva..

=

1

LOA

D IP

CC

S

P=55,00 MWQ=34,09 Mva..

=

Transform..



0

Transform..



0

8 Km IPCCS L1


P=-100,41 MWQ=-23,68 Mva..loading=57,2..

8 Km IPCCS L2



43.2

0Km

Lne

Viz

carr

a -P



7.59

Km

Lne

Ant

amin

a-P

O




=

Load ANTAMINA _A


=

M~M

áqui

na A

sínc

rona

A

P=15,89 MWQ=9,87 Mvar

loading=75,17 %

M~m

sy m

obol

1


loading=83,61 %


P=-61,81 MWQ=5,53 Mvar

loading=40,29 %

P=61,99 MWQ=-11,15 Mvar

loading=40,29 %

M~m

sy m

olsa

g 1

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

TR ASIN A

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

0

TR MOLBOL-A



loading=74,78 %

-1

TR-MOLSAG A

P=-14,40 MWQ=-10,40 Mvar

loading=46,84 %

P=14,41 MWQ=11,97 Mvar

loading=46,84 %

0


P=-61,81 MWQ=5,53 Mvar

loading=40,29 %

P=61,99 MWQ=-11,15 Mvar

loading=40,29 %

h4-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h3-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h2-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h13-

AP=-0,0..Q=-3,0..

=

3

h11-

AP=-0,0..Q=-3,0..

=

3

h7-AP=-0,0..

Q=-3,0..=

3

h5-A

P=-0,0..Q=-3,0..

=

3

h13-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h4-A

P=-0,0..Q=-3,0..

=

3

h11-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h7-CP=-0,00 MW

Q=-3,00 Mvar=

3

h5-CP=-0,00 MW

Q=-3,00 Mvar=

3

h4-CP=-0,00 MW

Q=-3,00 Mvar=

3

h3--

CP=-0,00 MWQ=-3,00 Mvar

=

3

h2-CP=-0,00 MW

Q=-3,00 Mvar=

3

h13-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h11-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h7-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h5-B P=-0,00 MW

Q=-3,00 Mvar=

3

h3-A

P=-0,0..Q=-3,0..

=

3

h2-AP=-0,00 MW

Q=-3,00 Mvar=

3

G ~ AN

TA C

S1_

A

P=0,00 MWQ=10,17 Mvar

loading=67,79 %

TRANFORMADOR CS1

P=0,07 MWQ=-9,58 Mvar

loading=65,75 %

P=0,00 MWQ=10,17 Mvar

loading=65,75 %

1

Interrupt..


= = = = = =

0


P=62,61 MWQ=-11,19 Mvar

loading=40,69 %

P=-62,43 MWQ=5,65 Mvar

loading=40,69 %

Interrupt..



loading=31,38 %

P=47,13 MWQ=2,91 Mvar

loading=31,38 %

0


loading=73,32 %

P=-109,58 MWQ=6,01 Mvar

loading=73,32 %

0

Lne

Viz

carr

a- A

ntam

ina_

L225

6

P=-112,38 MWQ=-19,18 Mvar

loading=49,71 %

P=113,17 MWQ=17,76 Mva..loading=49,..

PA

RA

GS

HA

L-2

254

P=-96,..Q=0,85..loadin..

P=98,13 MWQ=-10,20 Mvar

loading=51,95 %


loading=58,25 %

P=-106,10 MWQ=20,22 Mvar

loading=58,25 %


P=-12,50 MWQ=-8,57 Mvar

loading=17,65 %

P=12,57 MWQ=-39,49 Mvar

loading=17,65 %


P=-12,50 MWQ=-8,57 Mvar



KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2269

P=-12,57 MWQ=-32,26 Mvar

loading=19,67 %

P=12,74 MWQ=4,63 Mvar

loading=19,67 ..

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2270


P=12,74 MWQ=4,63 Mvar

loading=19,67 ..


P=-5,60 MWQ=-26,53 Mvar

loading=14,29 %

P=5,64 MWQ=11,89 Mvar

loading=14,29 %

TIN

GO

MA

RIA

-VIZ

CA

RR

A -

L225

2

P=97,30 MWQ=-17,89 Mvar

loading=50,97 %

P=-95,41 MWQ=5,44 Mvar

loading=50,97 %


P=78,26 MWQ=-10,07 Mvar

loading=42,72 %

P=-77,18 MWQ=-5,14 Mvar

loading=42,72 %

G~Aguayt G1

P=98,00 MWQ=-6,20 Mvar

loading=82,38 %

Tran

sfor

m..

P=-97,30 MWQ=17,89 Mvar

loading=97,22 %

P=98,00 MWQ=-6,20 Mvar

loading=97,22 %

0

Com

pens

ac..

P=0

,00.

.Q

=-25

,..=

1

Load ASDs_C


=

Load ANTAMINA _C

P=24,99 MWQ=15,49 Mvar

=

Carga Gen..

P=24,00 MWQ=-0,00 Mva..

=

M~M

áqui

na A

sínc

rona

C

P=15,89 MWQ=9,87 Mvar

loading=84,81 %

Carga Gen..

P=25,00 MWQ=7,29 Mvar

=


loading=14,09 %

P=-22,02 MWQ=8,52 Mvar

loading=14,09 %

M~m

sy m

obol

4


loading=83,61 %

Carga Gen..

P=12,00 MWQ=5,81 Mvar

=

M~m

sy m

olsa

g 2

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

Carga Gen..


=

TR ASIN C

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

2

Carga Gen..


=

TR MOLBOL-C

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %


loading=74,48 %

-2

Compensac..

P=-0,00 MWQ=23,81 Mvar

=

1

Carga Gen..

P=25,00 MWQ=12,11 Mvar

=

TR-MOLSAG C


P=14,42 MWQ=11,83 Mvar

loading=46,62 %

-2

Compensac..

P=-0,00 MWQ=5,03 Mvar

=

1

Compensac..

P=-0,00 MWQ=143,52 Mvar

=

1

Carga Gen..


=

Red Exter..


H11VIZCA

P=-0,00 MWQ=-9,80 Mva..

=1

PA

CH

AC

HA

CA

ON

U L

2224

P=-119,05 MWQ=18,34 Mvar

loading=47,58 %





H7 VIZCA

P=0,00 MWQ=-29,00 Mva..

=1


P=83,42 MWQ=-23,30 Mvar

loading=34,09 %

P=-81,48 MWQ=12,67 Mvar

loading=34,09 %

H5 VIZCA

P=-0,00 MWQ=-50,28 Mva..

=1

SVSCompensad..

P=-0,00 MWQ=33,71 Mva..

=

Inte

rrup

t..

Inte

rrup

t..


=

Load ANTAMINA _B


=

M ~M

áqui

na A

sínc

rona

B

P=17,50 MWQ=10,85 Mvar

loading=74,68 %

Tran

sfor

m..

P=0,10 MWQ=-53,58 Mvar

loading=24,07 %

P=0,00 MWQ=55,37 Mvar

loading=24,07 %

0

TR ASIN B

P=17,51 MWQ=12,48 Mvar

loading=71,69 %


2

M ~m

sy m

obol

3


loading=83,61 %

TR MOLBOL-B3



loading=74,48 %

-2

M ~m

sy m

obol

2


loading=83,61 %

TR-MOLBOL_B2


loading=74,48 %

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

G ~A

NTA

CS

2_B

P=0,00 MWQ=14,70 Mvar

loading=97,97 %



P=0,00 MWQ=14,70 Mvar

loading=94,89 %

2

P=25,14 MWQ=64,53 Mvar

loading=0,00 %

P=49,48 MWQ=9,26 Mvar

loading=0,00 %

P=5,60 MWQ=26,53 Mvar

loading=0,00 %

DIg

SILE

NT




Flujo de Potencia - Sin considerar el Proyecto Estiaje Minima Demanda 2013


Proyecto:ANTAMINA

Gráfica: Red

Fecha:

Anexo:



VIZCARRA

C3

Ul=4,211 kVu=1,012 p.u.phiu=-52,0..

C2Ul=3,260 kVu=1,042 p.u.phiu=-52,6..

C1Ul=4,989 kVu=1,008 p.u.phiu=-52,1..

B3

Ul=4,194 kVu=1,008 p.u.phiu=-52,4..

B2Ul=3,260 kVu=1,042 p.u.phiu=-52,6..

B1 Ul=3,260 kVu=1,042 p.u.phiu=-52,6..

A3Ul=4,010 kVu=0,964 p.u.

phiu=-48,707 deg

A2Ul=3,111 kVu=0,994 p.u.

phiu=-49,596 deg

A1Ul=4,715 kVu=0,952 p.u.

phiu=-49,135 deg

CS2

Ul=6,714 kVu=1,017 p.u.phiu=-169,2..

CS1

Ul=6,517 kVu=0,987 p.u.

phiu=-165,611 deg


phiu=-18,934 deg


phiu=-15,556 deg


phiu=-18,934 deg


phiu=144,672 deg

ANTA 220kV B

Ul=222,224 kVu=1,010 p.u.

phiu=136,942 deg

ANTA 220kVUl=222,224 kVu=1,010 p.u.

phiu=136,942 deg


phiu=143,651 deg


phiu=147,887 deg


phiu=137,042 deg

VIZCARRA

Ul=224,400 kVu=1,020 p.u.

phiu=139,315 deg


phiu=148,345 deg


phiu=149,000 deg


phiu=149,125 deg

AGUA 13.8kV

Ul=13,938 kVu=1,010 p.u.

phiu=125,736 deg

2

Ul=16,400 kVu=1,025 p.u.

phiu=169,312 d..1

Ul=16,400 kVu=1,025 p.u.

phiu=169,312 d..


phiu=169,312 deg



phiu=138,423 deg

PARAMONGA/A

Ul=219,612 k..



phiu=139,143 deg


phiu=139,329 deg


=

Load ANTAMINA _A


=

M~M

áqui

na A

sínc

rona

A

P=15,89 MWQ=9,87 Mvar

loading=75,17 %

M~m

sy m

obol

1


loading=83,61 %


P=-42,69 MWQ=3,39 Mvar

loading=27,97 %

P=42,77 MWQ=-9,92 Mvar

loading=27,97 %

M~m

sy m

olsa

g 1

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

TR ASIN A

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

0

TR MOLBOL-A



loading=74,78 %

-1

TR-MOLSAG A

P=-14,40 MWQ=-10,40 Mvar

loading=46,84 %

P=14,41 MWQ=11,97 Mvar

loading=46,84 %

0


P=-42,69 MWQ=3,39 Mvar

loading=27,97 %

P=42,77 MWQ=-9,92 Mvar

loading=27,97 %

h4-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h3-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h2-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h13-

AP=-0,0..Q=-3,0..

=

3

h11-

AP=-0,0..Q=-3,0..

=

3

h7-AP=-0,0..

Q=-3,0..=

3

h5-A

P=-0,0..Q=-3,0..

=

3

h13-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h4-A

P=-0,0..Q=-3,0..

=

3

h11-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h7-CP=-0,00 MW

Q=-3,00 Mvar=

3

h5-CP=-0,00 MW

Q=-3,00 Mvar=

3

h4-CP=-0,00 MW

Q=-3,00 Mvar=

3

h3--

CP=-0,00 MWQ=-3,00 Mvar

=

3

h2-CP=-0,00 MW

Q=-3,00 Mvar=

3

h13-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h11-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h7-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h5-B P=-0,00 MW

Q=-3,00 Mvar=

3

h3-A

P=-0,0..Q=-3,0..

=

3

h2-AP=-0,00 MW

Q=-3,00 Mvar=

3

G ~ AN

TA C

S1_

A


loading=14,13 %

TRANFORMADOR CS1

P=0,03 MWQ=-2,06 Mvar

loading=14,31 %

P=-0,00 MWQ=2,12 Mvar

loading=14,31 %

1

Interrupt..


= = = = = =

0


P=43,20 MWQ=-9,95 Mvar

loading=28,24 %

P=-43,12 MWQ=3,49 Mvar

loading=28,24 %

Interrupt..



loading=31,84 %

P=47,09 MWQ=10,50 Mvar

loading=31,84 %

0


loading=73,21 %

P=-109,56 MWQ=-1,56 Mvar

loading=73,21 %

0

Lne

Viz

carr

a- A

ntam

ina_

L225

6

P=-78,61 MWQ=-11,92 Mvar

loading=34,43 %


Lne

Viz

carr

a- A

ntam

ina_

L225

5

P=-78,61 MWQ=-11,92 Mvar

loading=34,43 %


PA

RA

GS

HA

L-2

254

P=-62,..Q=-9,9..loadin..

P=63,27 MWQ=-6,26 Mvar

loading=33,66 %



P=-73,64 MWQ=18,34 Mvar

loading=41,75 %


P=-12,50 MWQ=-8,58 Mvar

loading=17,70 %

P=12,57 MWQ=-39,69 Mvar

loading=17,70 %


P=-12,50 MWQ=-8,58 Mvar



KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2269

P=-12,57 MWQ=-32,38 Mvar

loading=19,68 %

P=12,74 MWQ=4,62 Mvar

loading=19,68 ..

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2270


P=12,74 MWQ=4,62 Mvar

loading=19,68 ..


P=-5,60 MWQ=-26,63 Mvar

loading=14,31 %

P=5,64 MWQ=11,92 Mvar

loading=14,31 %

TIN

GO

MA

RIA

-VIZ

CA

RR

A -

L225

2

P=97,30 MWQ=-17,89 Mvar

loading=50,97 %

P=-95,41 MWQ=5,44 Mvar

loading=50,97 %


P=55,56 MWQ=-7,58 Mvar

loading=30,74 %

P=-55,02 MWQ=-11,94 Mvar

loading=30,74 %

G~Aguayt G1

P=98,00 MWQ=-6,20 Mvar

loading=82,38 %

Tran

sfor

m..

P=-97,30 MWQ=17,89 Mvar

loading=97,22 %

P=98,00 MWQ=-6,20 Mvar

loading=97,22 %

0

Com

pens

ac..

P=0

,00.

.Q

=-20

,..=

1

Load ASDs_C


=

Load ANTAMINA _C

P=24,99 MWQ=15,49 Mvar

=

Carga Gen..

P=24,00 MWQ=-0,00 Mva..

=

M~M

áqui

na A

sínc

rona

C

P=15,89 MWQ=9,87 Mvar

loading=84,81 %

Carga Gen..

P=25,00 MWQ=7,29 Mvar

=

CONOCOCHA L-2253 P=-0,11 MWQ=-9,22 Mvar

loading=4,76 %


loading=4,76 %

M~m

sy m

obol

4


loading=83,61 %

Carga Gen..

P=12,00 MWQ=5,81 Mvar

=

M~m

sy m

olsa

g 2

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

Carga Gen..


=

TR ASIN C

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

2

Carga Gen..


=

TR MOLBOL-C

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %


loading=74,48 %

-2

Compensac..

P=-0,00 MWQ=23,92 Mvar

=

1

Carga Gen..

P=25,00 MWQ=12,11 Mvar

=

TR-MOLSAG C


P=14,42 MWQ=11,83 Mvar

loading=46,62 %

-2

Compensac..

P=-0,00 MWQ=5,06 Mvar

=

1

Compensac..

P=-0,00 MWQ=144,14 Mvar

=

1

Carga Gen..


=

Red Exter..


H11VIZCA

P=-0,00 MWQ=-9,42 Mva..

=1

PA

CH

AC

HA

CA

ON

U L

2224

P=-86,11 MWQ=20,93 Mvar

loading=35,14 %





H7 VIZCA

P=0,00 MWQ=-27,87 Mva..

=1


P=57,58 MWQ=-25,49 Mvar

loading=24,77 %

P=-56,11 MWQ=10,86 Mvar

loading=24,77 %

H5 VIZCA

P=-0,00 MWQ=-48,32 Mva..

=1

SVSCompensad..

P=-0,00 MWQ=74,67 Mva..

=

Inte

rrup

t..

Inte

rrup

t..


=

Load ANTAMINA _B


=

M ~M

áqui

na A

sínc

rona

B

P=17,50 MWQ=10,85 Mvar

loading=74,68 %

Tran

sfor

m..


P=-0,00 MWQ=10,94 Mvar

loading=4,85 %

0

TR ASIN B

P=17,51 MWQ=12,48 Mvar

loading=71,69 %


2

M ~m

sy m

obol

3


loading=83,61 %

TR MOLBOL-B3



loading=74,48 %

-2

M ~m

sy m

obol

2


loading=83,61 %

TR-MOLBOL_B2


loading=74,48 %

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

G ~A

NTA

CS

2_B

P=0,00 MWQ=11,73 Mvar

loading=78,20 %



P=0,00 MWQ=11,73 Mvar

loading=76,88 %

2

P=25,14 MWQ=64,75 Mvar

loading=0,00 %

P=49,48 MWQ=9,24 Mvar

loading=0,00 %

P=5,60 MWQ=26,63 Mvar

loading=0,00 %

DIg

SILE

NT


CCAASSOO IIII:: CCoonnttiinnggeenncciiaa II ((LL..TT.. VViizzccaarrrraa ––

AAnnttaammiinnaa 222200kkVV ffuueerraa ddee sseerrvviicciioo))..


















phiu=94,180 deg

IPCCS_220kVUl=218,028 kVu=0,991 p.u.

phiu=126,221 deg

c2Ul=218,898 kVu=0,995 p.u.phiu=127,255 ..

c1Ul=217,988 kVu=0,991 p.u.phiu=125,436 ..




Lt VIZ- ANTA - considerar el Proyecto Avenida Maxima Demanda 2013


Proyecto:ANTAMINA

Gráfica: Red

Fecha:

Anexo:



VIZCARRA

C3

Ul=4,211 kVu=1,012 p.u.phiu=-64,4..

C2Ul=3,260 kVu=1,042 p.u.phiu=-65,0..

C1Ul=4,989 kVu=1,008 p.u.phiu=-64,5..

B3

Ul=4,194 kVu=1,008 p.u.phiu=-64,8..

B2Ul=3,260 kVu=1,042 p.u.phiu=-65,0..

B1 Ul=3,260 kVu=1,042 p.u.phiu=-65,0..

A3Ul=4,010 kVu=0,964 p.u.

phiu=-61,050 deg

A2Ul=3,111 kVu=0,994 p.u.

phiu=-61,939 deg

A1Ul=4,715 kVu=0,952 p.u.

phiu=-61,478 deg

CS2

Ul=6,780 kVu=1,027 p.u.

phiu=178,342 deg

CS1

Ul=7,303 kVu=1,107 p.u.

phiu=-178,451 deg


phiu=-31,333 deg


phiu=-27,899 deg


phiu=-31,333 deg


phiu=144,884 deg

ANTA 220kV B

Ul=217,966 kVu=0,991 p.u.

phiu=124,691 deg

ANTA 220kVUl=217,966 kVu=0,991 p.u.

phiu=124,691 deg


phiu=142,774 deg


phiu=151,344 deg


phiu=131,821 deg

VIZCARRA

Ul=224,400 kVu=1,020 p.u.

phiu=132,700 deg


phiu=152,296 deg


phiu=153,400 deg


phiu=135,261 deg

AGUA 13.8kV

Ul=13,938 kVu=1,010 p.u.

phiu=107,036 deg

2

Ul=16,415 kVu=1,026 p.u.

phiu=162,683 d..1

Ul=16,415 kVu=1,026 p.u.

phiu=162,683 d..


phiu=162,683 deg



phiu=133,216 deg

PARAMONGA/A

Ul=218,332 k..



phiu=133,946 deg


phiu=134,135 deg

Com

pens

ac..

P=0,00 MWQ=-0,90 Mva..

=

1

LOA

D IP

CC

S

P=55,00 MWQ=34,09 Mva..

=

Transform..



0

Transform..



0

8 Km IPCCS L1


P=-213,40 MWQ=-21,13 Mva..loading=120,..

8 Km IPCCS L2



43.2

0Km

Lne

Viz

carr

a -P



7.59

Km

Lne

Ant

amin

a-P

O




=

Load ANTAMINA _A


=

M~M

áqui

na A

sínc

rona

A

P=15,89 MWQ=9,87 Mvar

loading=75,17 %

M~m

sy m

obol

1


loading=83,61 %


P=-86,51 MWQ=7,72 Mvar

loading=56,45 %

P=86,85 MWQ=-11,66 Mvar

loading=56,45 %

M~m

sy m

olsa

g 1

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

TR ASIN A

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

0

TR MOLBOL-A



loading=74,78 %

-1

TR-MOLSAG A

P=-14,40 MWQ=-10,40 Mvar

loading=46,84 %

P=14,41 MWQ=11,97 Mvar

loading=46,84 %

0


P=-86,51 MWQ=7,72 Mvar

loading=56,45 %

P=86,85 MWQ=-11,66 Mvar

loading=56,45 %

h4-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h3-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h2-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h13-

AP=-0,0..Q=-3,0..

=

3

h11-

AP=-0,0..Q=-3,0..

=

3

h7-AP=-0,0..

Q=-3,0..=

3

h5-A

P=-0,0..Q=-3,0..

=

3

h13-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h4-A

P=-0,0..Q=-3,0..

=

3

h11-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h7-CP=-0,00 MW

Q=-3,00 Mvar=

3

h5-CP=-0,00 MW

Q=-3,00 Mvar=

3

h4-CP=-0,00 MW

Q=-3,00 Mvar=

3

h3--

CP=-0,00 MWQ=-3,00 Mvar

=

3

h2-CP=-0,00 MW

Q=-3,00 Mvar=

3

h13-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h11-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h7-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h5-B P=-0,00 MW

Q=-3,00 Mvar=

3

h3-A

P=-0,0..Q=-3,0..

=

3

h2-AP=-0,00 MW

Q=-3,00 Mvar=

3

G ~ AN

TA C

S1_

A

P=0,00 MWQ=25,73 Mvar

loading=171,50 %

TRANFORMADOR CS1

P=0,25 MWQ=-22,64 Mvarloading=154..

P=0,00 MWQ=25,73 Mvarloading=154..

1

Interrupt..


= = = = = =

0


P=87,72 MWQ=-11,70 Mvar

loading=57,01 %

P=-87,37 MWQ=7,86 Mvar

loading=57,01 %

Interrupt..


Transformador ANTAMINA---AP=-47,00 MWQ=12,66 Mvar

loading=32,53 %

P=47,31 MWQ=-9,99 Mvar

loading=32,53 %

0

Transformador ANTAMINA---BP=110,15 MWQ=-7,02 Mvar

loading=74,27 %

P=-109,57 MWQ=19,13 Mvar

loading=74,27 %

0

Lne

Viz

carr

a- A

ntam

ina_

L225

6

===

===

PA

RA

GS

HA

L-2

254

P=-140..Q=18,5..loadin..

P=143,16 MWQ=-14,27 Mvar

loading=76,34 %


loading=80,13 %

P=-148,11 MWQ=20,81 Mvar

loading=80,13 %


P=-12,50 MWQ=-8,55 Mvar

loading=17,58 %

P=12,57 MWQ=-39,14 Mvar

loading=17,58 %


P=-12,50 MWQ=-8,55 Mvar



KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2269

P=-12,57 MWQ=-32,07 Mvar

loading=19,64 %

P=12,74 MWQ=4,65 Mvar

loading=19,64 ..

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2270


P=12,74 MWQ=4,65 Mvar

loading=19,64 ..


P=-5,60 MWQ=-26,35 Mvar

loading=14,25 %

P=5,64 MWQ=11,82 Mvar

loading=14,25 %

TIN

GO

MA

RIA

-VIZ

CA

RR

A -

L225

2

P=25,81 MWQ=-14,29 Mvar

loading=15,11 %

P=-25,68 MWQ=-13,74 Mvar

loading=15,11 %


P=107,56 MWQ=-12,59 Mvar

loading=59,07 %

P=-105,48 MWQ=5,31 Mvar

loading=59,07 %

G~Aguayt G1

P=26,00 MWQ=-12,98 Mvar

loading=24,38 %

Tran

sfor

m..

P=-25,81 MWQ=14,29 Mvar

loading=28,79 %

P=26,00 MWQ=-12,98 Mvar

loading=28,79 %

0

Com

pens

ac..

P=-

0,0.

.Q

=-39

,..=

1

Load ASDs_C


=

Load ANTAMINA _C

P=24,99 MWQ=15,49 Mvar

=

Carga Gen..

P=24,00 MWQ=-0,00 Mva..

=

M~M

áqui

na A

sínc

rona

C

P=15,89 MWQ=9,87 Mvar

loading=84,81 %

Carga Gen..

P=25,00 MWQ=7,29 Mvar

=


loading=29,51 %

P=-50,19 MWQ=20,13 Mvar

loading=29,51 %

M~m

sy m

obol

4


loading=83,61 %

Carga Gen..

P=12,00 MWQ=5,81 Mvar

=

M~m

sy m

olsa

g 2

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

Carga Gen..


=

TR ASIN C

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

2

Carga Gen..


=

TR MOLBOL-C

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %


loading=74,48 %

-2

Compensac..

P=-0,00 MWQ=23,64 Mvar

=

1

Carga Gen..

P=25,00 MWQ=12,11 Mvar

=

TR-MOLSAG C


P=14,42 MWQ=11,83 Mvar

loading=46,62 %

-2

Compensac..

P=-0,00 MWQ=4,99 Mvar

=

1

Compensac..

P=-0,00 MWQ=142,42 Mvar

=

1

Carga Gen..


=

Red Exter..


H11VIZCA

P=-0,00 MWQ=-9,43 Mva..

=1

PA

CH

AC

HA

CA

ON

U L

2224

P=-161,92 MWQ=10,75 Mvar

loading=63,95 %

P=162,52 MWQ=-8,49 Mvar

loading=63,95 ..



P=-142,12 MWQ=9,59 Mvar

loading=56,14 ..

H7 VIZCA

P=0,00 MWQ=-27,92 Mva..

=1


P=117,12 MWQ=-16,88 Mvar

loading=46,55 %

P=-114,32 MWQ=13,60 Mvar

loading=46,55 %

H5 VIZCA

P=-0,00 MWQ=-48,42 Mva..

=1

SVSCompensad..

P=-0,00 MWQ=20,36 Mva..

=

Inte

rrup

t..

Inte

rrup

t..


=

Load ANTAMINA _B


=

M ~M

áqui

na A

sínc

rona

B

P=17,50 MWQ=10,85 Mvar

loading=74,68 %

Tran

sfor

m..

P=0,10 MWQ=-63,02 Mvar

loading=28,98 %

P=0,00 MWQ=65,41 Mvar

loading=28,98 %

1

TR ASIN B

P=17,51 MWQ=12,48 Mvar

loading=71,69 %


2

M ~m

sy m

obol

3


loading=83,61 %

TR MOLBOL-B3



loading=74,48 %

-2

M ~m

sy m

obol

2


loading=83,61 %

TR-MOLBOL_B2


loading=74,48 %

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

G ~A

NTA

CS

2_B

P=-0,00 MWQ=13,67 Mvar

loading=91,14 %



P=0,00 MWQ=13,67 Mvar

loading=88,73 %

2

P=25,14 MWQ=64,14 Mvar

loading=0,00 %

P=49,48 MWQ=9,30 Mvar

loading=0,00 %

P=5,60 MWQ=26,35 Mvar

loading=0,00 %

DIg

SILE

NT




Lt VIZ- ANTA - Sin considerar el Proyecto Avenida Maxima Demanda 2013


Proyecto:ANTAMINA

Gráfica: Red

Fecha:

Anexo:



VIZCARRA

C3

Ul=4,211 kVu=1,012 p.u.phiu=-56,1..

C2Ul=3,260 kVu=1,042 p.u.phiu=-56,6..

C1Ul=4,989 kVu=1,008 p.u.phiu=-56,1..

B3

Ul=4,194 kVu=1,008 p.u.phiu=-56,4..

B2Ul=3,260 kVu=1,042 p.u.phiu=-56,6..

B1 Ul=3,260 kVu=1,042 p.u.phiu=-56,6..

A3Ul=4,010 kVu=0,964 p.u.

phiu=-52,728 deg

A2Ul=3,111 kVu=0,994 p.u.

phiu=-53,617 deg

A1Ul=4,715 kVu=0,952 p.u.

phiu=-53,156 deg

CS2

Ul=6,792 kVu=1,029 p.u.phiu=-173,3..

CS1

Ul=6,783 kVu=1,028 p.u.

phiu=-169,800 deg


phiu=-22,977 deg


phiu=-19,577 deg


phiu=-22,977 deg


phiu=146,809 deg

ANTA 220kV B

Ul=220,785 kVu=1,004 p.u.

phiu=132,949 deg

ANTA 220kVUl=220,785 kVu=1,004 p.u.

phiu=132,949 deg


phiu=145,204 deg


phiu=151,774 deg


phiu=136,259 deg

VIZCARRA

Ul=224,400 kVu=1,020 p.u.

phiu=137,767 deg


phiu=152,500 deg


phiu=153,400 deg


phiu=140,328 deg

AGUA 13.8kV

Ul=13,938 kVu=1,010 p.u.

phiu=112,102 deg

2

Ul=16,430 kVu=1,027 p.u.

phiu=167,762 d..1

Ul=16,430 kVu=1,027 p.u.

phiu=167,762 d..


phiu=167,762 deg



phiu=137,646 deg

PARAMONGA/A

Ul=219,065 k..



phiu=138,370 deg


phiu=138,557 deg


=

Load ANTAMINA _A


=

M~M

áqui

na A

sínc

rona

A

P=15,89 MWQ=9,87 Mvar

loading=75,17 %

M~m

sy m

obol

1


loading=83,61 %


P=-66,70 MWQ=5,59 Mvar

loading=43,38 %

P=66,91 MWQ=-10,95 Mvar

loading=43,38 %

M~m

sy m

olsa

g 1

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

TR ASIN A

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

0

TR MOLBOL-A



loading=74,78 %

-1

TR-MOLSAG A

P=-14,40 MWQ=-10,40 Mvar

loading=46,84 %

P=14,41 MWQ=11,97 Mvar

loading=46,84 %

0


P=-66,70 MWQ=5,59 Mvar

loading=43,38 %

P=66,91 MWQ=-10,95 Mvar

loading=43,38 %

h4-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h3-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h2-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h13-

AP=-0,0..Q=-3,0..

=

3

h11-

AP=-0,0..Q=-3,0..

=

3

h7-AP=-0,0..

Q=-3,0..=

3

h5-A

P=-0,0..Q=-3,0..

=

3

h13-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h4-A

P=-0,0..Q=-3,0..

=

3

h11-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h7-CP=-0,00 MW

Q=-3,00 Mvar=

3

h5-CP=-0,00 MW

Q=-3,00 Mvar=

3

h4-CP=-0,00 MW

Q=-3,00 Mvar=

3

h3--

CP=-0,00 MWQ=-3,00 Mvar

=

3

h2-CP=-0,00 MW

Q=-3,00 Mvar=

3

h13-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h11-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h7-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h5-B P=-0,00 MW

Q=-3,00 Mvar=

3

h3-A

P=-0,0..Q=-3,0..

=

3

h2-AP=-0,00 MW

Q=-3,00 Mvar=

3

G ~ AN

TA C

S1_

A


loading=63,57 %

TRANFORMADOR CS1

P=0,06 MWQ=-9,01 Mvar

loading=61,85 %


loading=61,85 %

1

Interrupt..


= = = = = =

0


P=67,57 MWQ=-10,99 Mvar

loading=43,80 %

P=-67,37 MWQ=5,72 Mvar

loading=43,80 %

Interrupt..



loading=31,39 %

P=47,12 MWQ=3,48 Mvar

loading=31,39 %

0


loading=73,29 %

P=-109,58 MWQ=5,44 Mvar

loading=73,29 %

0

Lne

Viz

carr

a- A

ntam

ina_

L225

6

===

===

Lne

Viz

carr

a- A

ntam

ina_

L225

5

P=-157,27 MWQ=-9,85 Mvar

loading=68,68 %

P=158,79 MWQ=14,91 Mva..loading=68,..

PA

RA

GS

HA

L-2

254

P=-105..Q=3,19..loadin..

P=107,03 MWQ=-10,33 Mvar

loading=56,65 %


loading=62,36 %

P=-114,41 MWQ=19,83 Mvar

loading=62,36 %


P=-12,50 MWQ=-8,57 Mvar

loading=17,65 %

P=12,57 MWQ=-39,46 Mvar

loading=17,65 %


P=-12,50 MWQ=-8,57 Mvar



KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2269

P=-12,57 MWQ=-32,24 Mvar

loading=19,66 %

P=12,74 MWQ=4,63 Mvar

loading=19,66 ..

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2270


P=12,74 MWQ=4,63 Mvar

loading=19,66 ..


P=-5,60 MWQ=-26,51 Mvar

loading=14,28 %

P=5,64 MWQ=11,88 Mvar

loading=14,28 %

TIN

GO

MA

RIA

-VIZ

CA

RR

A -

L225

2

P=25,81 MWQ=-14,29 Mvar

loading=15,11 %

P=-25,68 MWQ=-13,74 Mvar

loading=15,11 %


P=84,07 MWQ=-10,14 Mvar

loading=45,86 %

P=-82,82 MWQ=-3,76 Mvar

loading=45,86 %

G~Aguayt G1

P=26,00 MWQ=-12,98 Mvar

loading=24,38 %

Tran

sfor

m..

P=-25,81 MWQ=14,29 Mvar

loading=28,79 %

P=26,00 MWQ=-12,98 Mvar

loading=28,79 %

0

Com

pens

ac..

P=0

,00.

.Q

=-25

,..=

1

Load ASDs_C


=

Load ANTAMINA _C

P=24,99 MWQ=15,49 Mvar

=

Carga Gen..

P=24,00 MWQ=-0,00 Mva..

=

M~M

áqui

na A

sínc

rona

C

P=15,89 MWQ=9,87 Mvar

loading=84,81 %

Carga Gen..

P=25,00 MWQ=7,29 Mvar

=


loading=16,91 %

P=-27,64 MWQ=10,05 Mvar

loading=16,91 %

M~m

sy m

obol

4


loading=83,61 %

Carga Gen..

P=12,00 MWQ=5,81 Mvar

=

M~m

sy m

olsa

g 2

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

Carga Gen..


=

TR ASIN C

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

2

Carga Gen..


=

TR MOLBOL-C

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %


loading=74,48 %

-2

Compensac..

P=-0,00 MWQ=23,80 Mvar

=

1

Carga Gen..

P=25,00 MWQ=12,11 Mvar

=

TR-MOLSAG C


P=14,42 MWQ=11,83 Mvar

loading=46,62 %

-2

Compensac..

P=-0,00 MWQ=5,03 Mvar

=

1

Compensac..

P=-0,00 MWQ=143,40 Mvar

=

1

Carga Gen..


=

Red Exter..


H11VIZCA

P=-0,00 MWQ=-9,45 Mva..

=1

PA

CH

AC

HA

CA

ON

U L

2224

P=-127,50 MWQ=16,64 Mvar

loading=50,67 %





H7 VIZCA

P=0,00 MWQ=-27,97 Mva..

=1


P=90,06 MWQ=-21,92 Mvar

loading=36,42 %

P=-87,97 MWQ=12,45 Mvar

loading=36,42 %

H5 VIZCA

P=-0,00 MWQ=-48,50 Mva..

=1

SVSCompensad..

P=-0,00 MWQ=70,99 Mva..

=

Inte

rrup

t..

Inte

rrup

t..


=

Load ANTAMINA _B


=

M ~M

áqui

na A

sínc

rona

B

P=17,50 MWQ=10,85 Mvar

loading=74,68 %

Tran

sfor

m..


P=0,00 MWQ=14,94 Mvar

loading=6,61 %

0

TR ASIN B

P=17,51 MWQ=12,48 Mvar

loading=71,69 %


2

M ~m

sy m

obol

3


loading=83,61 %

TR MOLBOL-B3



loading=74,48 %

-2

M ~m

sy m

obol

2


loading=83,61 %

TR-MOLBOL_B2


loading=74,48 %

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

G ~A

NTA

CS

2_B

P=0,00 MWQ=14,03 Mvar

loading=93,50 %



P=0,00 MWQ=14,03 Mvar

loading=90,86 %

2

P=25,14 MWQ=64,49 Mvar

loading=0,00 %

P=49,48 MWQ=9,27 Mvar

loading=0,00 %

P=5,60 MWQ=26,51 Mvar

loading=0,00 %

DIg

SILE

NT




Lt VIZ- ANTA - Sin considerar el Proyecto Avenida Minima Demanda 2013


Proyecto:ANTAMINA

Gráfica: Red

Fecha:

Anexo:



VIZCARRA

C3

Ul=4,211 kVu=1,012 p.u.phiu=-60,5..

C2Ul=3,260 kVu=1,042 p.u.phiu=-61,0..

C1Ul=4,989 kVu=1,008 p.u.phiu=-60,5..

B3

Ul=4,194 kVu=1,008 p.u.phiu=-60,8..

B2Ul=3,260 kVu=1,042 p.u.phiu=-61,0..

B1 Ul=3,260 kVu=1,042 p.u.phiu=-61,0..

A3Ul=4,010 kVu=0,964 p.u.

phiu=-57,122 deg

A2Ul=3,111 kVu=0,994 p.u.

phiu=-58,011 deg

A1Ul=4,715 kVu=0,952 p.u.

phiu=-57,550 deg

CS2

Ul=6,792 kVu=1,029 p.u.phiu=-177,7..

CS1

Ul=6,783 kVu=1,028 p.u.

phiu=-174,194 deg


phiu=-27,371 deg


phiu=-23,971 deg


phiu=-27,371 deg


phiu=143,022 deg

ANTA 220kV B

Ul=220,785 kVu=1,004 p.u.

phiu=128,556 deg

ANTA 220kVUl=220,785 kVu=1,004 p.u.

phiu=128,556 deg


phiu=141,318 deg


phiu=148,286 deg


phiu=131,984 deg

VIZCARRA

Ul=224,400 kVu=1,020 p.u.

phiu=133,373 deg


phiu=149,058 deg


phiu=150,000 deg


phiu=134,834 deg

AGUA 13.8kV

Ul=13,938 kVu=1,010 p.u.

phiu=105,873 deg

2

Ul=16,068 kVu=1,004 p.u.

phiu=163,367 d..1

Ul=16,068 kVu=1,004 p.u.

phiu=163,367 d..


phiu=163,367 deg



phiu=133,373 deg

PARAMONGA/A

Ul=218,879 k..



phiu=134,099 deg


phiu=134,286 deg


=

Load ANTAMINA _A


=

M~M

áqui

na A

sínc

rona

A

P=15,89 MWQ=9,87 Mvar

loading=75,17 %

M~m

sy m

obol

1


loading=83,61 %


P=-70,44 MWQ=6,47 Mvar

loading=45,93 %

P=70,67 MWQ=-11,56 Mvar

loading=45,93 %

M~m

sy m

olsa

g 1

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

TR ASIN A

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

0

TR MOLBOL-A



loading=74,78 %

-1

TR-MOLSAG A

P=-14,40 MWQ=-10,40 Mvar

loading=46,84 %

P=14,41 MWQ=11,97 Mvar

loading=46,84 %

0


P=-70,44 MWQ=6,47 Mvar

loading=45,93 %

P=70,67 MWQ=-11,56 Mvar

loading=45,93 %

h4-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h3-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h2-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h13-

AP=-0,0..Q=-3,0..

=

3

h11-

AP=-0,0..Q=-3,0..

=

3

h7-AP=-0,0..

Q=-3,0..=

3

h5-A

P=-0,0..Q=-3,0..

=

3

h13-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h4-A

P=-0,0..Q=-3,0..

=

3

h11-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h7-CP=-0,00 MW

Q=-3,00 Mvar=

3

h5-CP=-0,00 MW

Q=-3,00 Mvar=

3

h4-CP=-0,00 MW

Q=-3,00 Mvar=

3

h3--

CP=-0,00 MWQ=-3,00 Mvar

=

3

h2-CP=-0,00 MW

Q=-3,00 Mvar=

3

h13-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h11-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h7-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h5-B P=-0,00 MW

Q=-3,00 Mvar=

3

h3-A

P=-0,0..Q=-3,0..

=

3

h2-AP=-0,00 MW

Q=-3,00 Mvar=

3

G ~ AN

TA C

S1_

A


loading=63,57 %

TRANFORMADOR CS1

P=0,06 MWQ=-9,01 Mvar

loading=61,85 %


loading=61,85 %

1

Interrupt..


= = = = = =

0


P=71,37 MWQ=-11,61 Mvar

loading=46,38 %

P=-71,14 MWQ=6,60 Mvar

loading=46,38 %

Interrupt..



loading=31,39 %

P=47,12 MWQ=3,48 Mvar

loading=31,39 %

0


loading=73,29 %

P=-109,58 MWQ=5,44 Mvar

loading=73,29 %

0

Lne

Viz

carr

a- A

ntam

ina_

L225

6

===

===

Lne

Viz

carr

a- A

ntam

ina_

L225

5

P=-157,27 MWQ=-9,85 Mvar

loading=68,68 %

P=158,79 MWQ=14,91 Mva..loading=68,..

PA

RA

GS

HA

L-2

254

P=-112..Q=6,74..loadin..

P=113,86 MWQ=-11,95 Mvar

loading=60,45 %


loading=65,86 %

P=-120,76 MWQ=20,83 Mvar

loading=65,86 %


P=-12,50 MWQ=-8,56 Mvar

loading=17,63 %

P=12,57 MWQ=-39,38 Mvar

loading=17,63 %


P=-12,50 MWQ=-8,56 Mvar



KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2269

P=-12,57 MWQ=-32,20 Mvar

loading=19,66 %

P=12,74 MWQ=4,64 Mvar

loading=19,66 ..

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2270


P=12,74 MWQ=4,64 Mvar

loading=19,66 ..


P=-5,60 MWQ=-26,47 Mvar

loading=14,27 %

P=5,64 MWQ=11,86 Mvar

loading=14,27 %

TIN

GO

MA

RIA

-VIZ

CA

RR

A -

L225

2

P=14,84 MWQ=-13,45 Mvar

loading=10,97 %

P=-14,80 MWQ=-15,35 Mvar

loading=10,97 %


P=88,49 MWQ=-11,17 Mvar

loading=48,41 %

P=-87,10 MWQ=-1,57 Mvar

loading=48,41 %

G~Aguayt G1

P=15,00 MWQ=-12,68 Mvar

loading=16,48 %

Tran

sfor

m..

P=-14,84 MWQ=13,45 Mvar

loading=19,54 %

P=15,00 MWQ=-12,68 Mvar

loading=19,54 %

0

Com

pens

ac..

P=0

,00.

.Q

=-25

,..=

1

Load ASDs_C


=

Load ANTAMINA _C

P=24,99 MWQ=15,49 Mvar

=

Carga Gen..

P=24,00 MWQ=-0,00 Mva..

=

M~M

áqui

na A

sínc

rona

C

P=15,89 MWQ=9,87 Mvar

loading=84,81 %

Carga Gen..

P=25,00 MWQ=7,29 Mvar

=


loading=19,40 %

P=-31,90 MWQ=12,39 Mvar

loading=19,40 %

M~m

sy m

obol

4


loading=83,61 %

Carga Gen..

P=12,00 MWQ=5,81 Mvar

=

M~m

sy m

olsa

g 2

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

Carga Gen..


=

TR ASIN C

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

2

Carga Gen..


=

TR MOLBOL-C

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %


loading=74,48 %

-2

Compensac..

P=-0,00 MWQ=23,76 Mvar

=

1

Carga Gen..

P=25,00 MWQ=12,11 Mvar

=

TR-MOLSAG C


P=14,42 MWQ=11,83 Mvar

loading=46,62 %

-2

Compensac..

P=-0,00 MWQ=5,02 Mvar

=

1

Compensac..

P=0,00 MWQ=143,15 Mvar

=

1

Carga Gen..


=

Red Exter..


H11VIZCA

P=-0,00 MWQ=-9,04 Mva..

=1

PA

CH

AC

HA

CA

ON

U L

2224

P=-133,98 MWQ=16,39 Mvar

loading=53,29 %





H7 VIZCA

P=0,00 MWQ=-26,76 Mva..

=1


P=95,14 MWQ=-21,63 Mvar

loading=38,42 %

P=-92,94 MWQ=13,31 Mvar

loading=38,42 %

H5 VIZCA

P=-0,00 MWQ=-46,39 Mva..

=1

SVSCompensad..

P=-0,00 MWQ=62,91 Mva..

=

Inte

rrup

t..

Inte

rrup

t..


=

Load ANTAMINA _B


=

M ~M

áqui

na A

sínc

rona

B

P=17,50 MWQ=10,85 Mvar

loading=74,68 %

Tran

sfor

m..


P=0,00 MWQ=19,28 Mvar

loading=8,73 %

1

TR ASIN B

P=17,51 MWQ=12,48 Mvar

loading=71,69 %


2

M ~m

sy m

obol

3


loading=83,61 %

TR MOLBOL-B3



loading=74,48 %

-2

M ~m

sy m

obol

2


loading=83,61 %

TR-MOLBOL_B2


loading=74,48 %

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

G ~A

NTA

CS

2_B

P=0,00 MWQ=14,03 Mvar

loading=93,50 %



P=0,00 MWQ=14,03 Mvar

loading=90,86 %

2

P=25,14 MWQ=64,40 Mvar

loading=0,00 %

P=49,48 MWQ=9,28 Mvar

loading=0,00 %

P=5,60 MWQ=26,47 Mvar

loading=0,00 %

DIg

SILE

NT


phiu=89,732 deg

IPCCS_220kVUl=218,028 kVu=0,991 p.u.

phiu=121,773 deg

c2Ul=218,898 kVu=0,995 p.u.phiu=122,807 ..

c1Ul=217,988 kVu=0,991 p.u.phiu=120,988 ..




Lt VIZ- ANTA - considerar el Proyecto Avenida Minima Demanda 2013


Proyecto:ANTAMINA

Gráfica: Red

Fecha:

Anexo:



VIZCARRA

C3

Ul=4,211 kVu=1,012 p.u.phiu=-68,9..

C2Ul=3,260 kVu=1,042 p.u.phiu=-69,4..

C1Ul=4,989 kVu=1,008 p.u.phiu=-68,9..

B3

Ul=4,194 kVu=1,008 p.u.phiu=-69,2..

B2Ul=3,260 kVu=1,042 p.u.phiu=-69,4..

B1 Ul=3,260 kVu=1,042 p.u.phiu=-69,4..

A3Ul=4,010 kVu=0,964 p.u.

phiu=-65,498 deg

A2Ul=3,111 kVu=0,994 p.u.

phiu=-66,387 deg

A1Ul=4,715 kVu=0,952 p.u.

phiu=-65,926 deg

CS2

Ul=6,780 kVu=1,027 p.u.

phiu=173,894 deg

CS1

Ul=7,303 kVu=1,107 p.u.

phiu=177,101 deg


phiu=-35,781 deg


phiu=-32,347 deg


phiu=-35,781 deg


phiu=141,075 deg

ANTA 220kV B

Ul=217,966 kVu=0,991 p.u.

phiu=120,244 deg

ANTA 220kVUl=217,966 kVu=0,991 p.u.

phiu=120,244 deg


phiu=138,860 deg


phiu=147,853 deg


phiu=127,494 deg

VIZCARRA

Ul=224,400 kVu=1,020 p.u.

phiu=128,253 deg


phiu=148,852 deg


phiu=150,000 deg


phiu=129,713 deg

AGUA 13.8kV

Ul=13,938 kVu=1,010 p.u.

phiu=100,753 deg

2

Ul=16,459 kVu=1,029 p.u.

phiu=158,233 d..1

Ul=16,459 kVu=1,029 p.u.

phiu=158,233 d..


phiu=158,233 deg



phiu=128,892 deg

PARAMONGA/A

Ul=218,100 k..



phiu=129,624 deg


phiu=129,814 deg

Com

pens

ac..

P=0,00 MWQ=-0,90 Mva..

=

1

LOA

D IP

CC

S

P=55,00 MWQ=34,09 Mva..

=

Transform..



0

Transform..



0

8 Km IPCCS L1


P=-213,40 MWQ=-21,13 Mva..loading=120,..

8 Km IPCCS L2



43.2

0Km

Lne

Viz

carr

a -P



7.59

Km

Lne

Ant

amin

a-P

O




=

Load ANTAMINA _A


=

M~M

áqui

na A

sínc

rona

A

P=15,89 MWQ=9,87 Mvar

loading=75,17 %

M~m

sy m

obol

1


loading=83,61 %


P=-90,30 MWQ=8,58 Mvar

loading=59,11 %

P=90,67 MWQ=-12,18 Mvar

loading=59,11 %

M~m

sy m

olsa

g 1

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

TR ASIN A

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

0

TR MOLBOL-A



loading=74,78 %

-1

TR-MOLSAG A

P=-14,40 MWQ=-10,40 Mvar

loading=46,84 %

P=14,41 MWQ=11,97 Mvar

loading=46,84 %

0


P=-90,30 MWQ=8,58 Mvar

loading=59,11 %

P=90,67 MWQ=-12,18 Mvar

loading=59,11 %

h4-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h3-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h2-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h13-

AP=-0,0..Q=-3,0..

=

3

h11-

AP=-0,0..Q=-3,0..

=

3

h7-AP=-0,0..

Q=-3,0..=

3

h5-A

P=-0,0..Q=-3,0..

=

3

h13-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h4-A

P=-0,0..Q=-3,0..

=

3

h11-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h7-CP=-0,00 MW

Q=-3,00 Mvar=

3

h5-CP=-0,00 MW

Q=-3,00 Mvar=

3

h4-CP=-0,00 MW

Q=-3,00 Mvar=

3

h3--

CP=-0,00 MWQ=-3,00 Mvar

=

3

h2-CP=-0,00 MW

Q=-3,00 Mvar=

3

h13-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h11-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h7-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h5-B P=-0,00 MW

Q=-3,00 Mvar=

3

h3-A

P=-0,0..Q=-3,0..

=

3

h2-AP=-0,00 MW

Q=-3,00 Mvar=

3

G ~ AN

TA C

S1_

A

P=0,00 MWQ=25,73 Mvar

loading=171,50 %

TRANFORMADOR CS1



1

Interrupt..


= = = = = =

0


P=91,57 MWQ=-12,23 Mvar

loading=59,69 %

P=-91,19 MWQ=8,74 Mvar

loading=59,69 %

Interrupt..



loading=32,53 %

P=47,31 MWQ=-9,99 Mvar

loading=32,53 %

0


loading=74,27 %

P=-109,57 MWQ=19,13 Mvar

loading=74,27 %

0

Lne

Viz

carr

a- A

ntam

ina_

L225

6

===

===

PA

RA

GS

HA

L-2

254

P=-147..Q=22,8..loadin..

P=150,09 MWQ=-15,88 Mvar

loading=80,30 %


loading=83,79 %

P=-154,56 MWQ=21,65 Mvar

loading=83,79 %


P=-12,50 MWQ=-8,55 Mvar

loading=17,56 %

P=12,57 MWQ=-39,04 Mvar

loading=17,56 %


P=-12,50 MWQ=-8,55 Mvar



KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2269

P=-12,57 MWQ=-32,02 Mvar

loading=19,63 %

P=12,74 MWQ=4,66 Mvar

loading=19,63 ..

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2270


P=12,74 MWQ=4,66 Mvar

loading=19,63 ..


P=-5,60 MWQ=-26,30 Mvar

loading=14,24 %

P=5,64 MWQ=11,80 Mvar

loading=14,24 %

TIN

GO

MA

RIA

-VIZ

CA

RR

A -

L225

2

P=14,84 MWQ=-13,45 Mvar

loading=10,97 %

P=-14,80 MWQ=-15,35 Mvar

loading=10,97 %


P=112,03 MWQ=-13,60 Mvar

loading=61,72 %

P=-109,76 MWQ=7,87 Mvar

loading=61,72 %

G~Aguayt G1

P=15,00 MWQ=-12,68 Mvar

loading=16,48 %

Tran

sfor

m..

P=-14,84 MWQ=13,45 Mvar

loading=19,54 %

P=15,00 MWQ=-12,68 Mvar

loading=19,54 %

0

Com

pens

ac..

P=-

0,0.

.Q

=-39

,..=

1

Load ASDs_C


=

Load ANTAMINA _C

P=24,99 MWQ=15,49 Mvar

=

Carga Gen..

P=24,00 MWQ=-0,00 Mva..

=

M~M

áqui

na A

sínc

rona

C

P=15,89 MWQ=9,87 Mvar

loading=84,81 %

Carga Gen..

P=25,00 MWQ=7,29 Mvar

=


loading=32,12 %

P=-54,44 MWQ=22,96 Mvar

loading=32,12 %

M~m

sy m

obol

4


loading=83,61 %

Carga Gen..

P=12,00 MWQ=5,81 Mvar

=

M~m

sy m

olsa

g 2

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

Carga Gen..


=

TR ASIN C

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

2

Carga Gen..


=

TR MOLBOL-C

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %


loading=74,48 %

-2

Compensac..

P=-0,00 MWQ=23,59 Mvar

=

1

Carga Gen..

P=25,00 MWQ=12,11 Mvar

=

TR-MOLSAG C


P=14,42 MWQ=11,83 Mvar

loading=46,62 %

-2

Compensac..

P=-0,00 MWQ=4,98 Mvar

=

1

Compensac..

P=0,00 MWQ=142,11 Mvar

=

1

Carga Gen..


=

Red Exter..


H11VIZCA

P=-0,00 MWQ=-9,48 Mva..

=1

PA

CH

AC

HA

CA

ON

U L

2224

P=-168,55 MWQ=9,93 Mvar

loading=66,68 %

P=169,20 MWQ=-7,14 Mvar

loading=66,68 ..



P=-147,33 MWQ=8,81 Mvar

loading=58,28 ..

H7 VIZCA

P=0,00 MWQ=-28,07 Mva..

=1


P=122,33 MWQ=-16,10 Mvar

loading=48,64 %

P=-119,36 MWQ=14,34 Mvar

loading=48,64 %

H5 VIZCA

P=-0,00 MWQ=-48,67 Mva..

=1

SVSCompensad..

P=-0,00 MWQ=14,92 Mva..

=

Inte

rrup

t..

Inte

rrup

t..


=

Load ANTAMINA _B


=

M ~M

áqui

na A

sínc

rona

B

P=17,50 MWQ=10,85 Mvar

loading=74,68 %

Tran

sfor

m..

P=0,10 MWQ=-68,56 Mvar

loading=31,51 %

P=0,00 MWQ=71,31 Mvar

loading=31,51 %

1

TR ASIN B

P=17,51 MWQ=12,48 Mvar

loading=71,69 %


2

M ~m

sy m

obol

3


loading=83,61 %

TR MOLBOL-B3



loading=74,48 %

-2

M ~m

sy m

obol

2


loading=83,61 %

TR-MOLBOL_B2


loading=74,48 %

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

G ~A

NTA

CS

2_B

P=-0,00 MWQ=13,67 Mvar

loading=91,14 %



P=0,00 MWQ=13,67 Mvar

loading=88,73 %

2

P=25,14 MWQ=64,03 Mvar

loading=0,00 %

P=49,48 MWQ=9,32 Mvar

loading=0,00 %

P=5,60 MWQ=26,30 Mvar

loading=0,00 %

DIg

SILE

NT


phiu=94,318 deg

IPCCS_220kVUl=218,028 kVu=0,991 p.u.

phiu=126,359 deg

c2Ul=218,898 kVu=0,995 p.u.phiu=127,393 ..

c1Ul=217,988 kVu=0,991 p.u.phiu=125,574 ..




Lt VIZ- ANTA - considerar el Proyecto Estiaje Maximo Demanda 2013


Proyecto:ANTAMINA

Gráfica: Red

Fecha:

Anexo:



VIZCARRA

C3

Ul=4,211 kVu=1,012 p.u.phiu=-64,3..

C2Ul=3,260 kVu=1,042 p.u.phiu=-64,8..

C1Ul=4,989 kVu=1,008 p.u.phiu=-64,4..

B3

Ul=4,194 kVu=1,008 p.u.phiu=-64,6..

B2Ul=3,260 kVu=1,042 p.u.phiu=-64,8..

B1 Ul=3,260 kVu=1,042 p.u.phiu=-64,8..

A3Ul=4,010 kVu=0,964 p.u.

phiu=-60,912 deg

A2Ul=3,111 kVu=0,994 p.u.

phiu=-61,801 deg

A1Ul=4,715 kVu=0,952 p.u.

phiu=-61,340 deg

CS2

Ul=6,780 kVu=1,027 p.u.

phiu=178,480 deg

CS1

Ul=7,303 kVu=1,107 p.u.

phiu=-178,313 deg


phiu=-31,195 deg


phiu=-27,761 deg


phiu=-31,195 deg


phiu=141,601 deg

ANTA 220kV B

Ul=217,966 kVu=0,991 p.u.

phiu=124,829 deg

ANTA 220kVUl=217,966 kVu=0,991 p.u.

phiu=124,829 deg


phiu=140,042 deg


phiu=146,419 deg


phiu=131,279 deg

VIZCARRA

Ul=224,400 kVu=1,020 p.u.

phiu=132,839 deg


phiu=147,123 deg


phiu=148,000 deg


phiu=141,833 deg

AGUA 13.8kV

Ul=13,938 kVu=1,010 p.u.

phiu=117,900 deg

2

Ul=16,700 kVu=1,044 p.u.

phiu=162,825 d..1

Ul=16,700 kVu=1,044 p.u.

phiu=162,825 d..


phiu=162,825 deg



phiu=132,664 deg

PARAMONGA/A

Ul=219,210 k..



phiu=133,388 deg


phiu=133,574 deg

Com

pens

ac..

P=0,00 MWQ=-0,90 Mva..

=

1

LOA

D IP

CC

S

P=55,00 MWQ=34,09 Mva..

=

Transform..



0

Transform..



0

8 Km IPCCS L1


P=-213,40 MWQ=-21,13 Mva..loading=120,..

8 Km IPCCS L2



43.2

0Km

Lne

Viz

carr

a -P



7.59

Km

Lne

Ant

amin

a-P

O




=

Load ANTAMINA _A


=

M~M

áqui

na A

sínc

rona

A

P=15,89 MWQ=9,87 Mvar

loading=75,17 %

M~m

sy m

obol

1


loading=83,61 %


P=-65,11 MWQ=4,71 Mvar

loading=42,18 %

P=65,30 MWQ=-10,20 Mvar

loading=42,18 %

M~m

sy m

olsa

g 1

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

TR ASIN A

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

0

TR MOLBOL-A



loading=74,78 %

-1

TR-MOLSAG A

P=-14,40 MWQ=-10,40 Mvar

loading=46,84 %

P=14,41 MWQ=11,97 Mvar

loading=46,84 %

0


P=-65,11 MWQ=4,71 Mvar

loading=42,18 %

P=65,30 MWQ=-10,20 Mvar

loading=42,18 %

h4-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h3-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h2-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h13-

AP=-0,0..Q=-3,0..

=

3

h11-

AP=-0,0..Q=-3,0..

=

3

h7-AP=-0,0..

Q=-3,0..=

3

h5-A

P=-0,0..Q=-3,0..

=

3

h13-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h4-A

P=-0,0..Q=-3,0..

=

3

h11-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h7-CP=-0,00 MW

Q=-3,00 Mvar=

3

h5-CP=-0,00 MW

Q=-3,00 Mvar=

3

h4-CP=-0,00 MW

Q=-3,00 Mvar=

3

h3--

CP=-0,00 MWQ=-3,00 Mvar

=

3

h2-CP=-0,00 MW

Q=-3,00 Mvar=

3

h13-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h11-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h7-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h5-B P=-0,00 MW

Q=-3,00 Mvar=

3

h3-A

P=-0,0..Q=-3,0..

=

3

h2-AP=-0,00 MW

Q=-3,00 Mvar=

3

G ~ AN

TA C

S1_

A

P=0,00 MWQ=25,73 Mvar

loading=171,50 %

TRANFORMADOR CS1



1

Interrupt..


= = = = = =

0


P=65,95 MWQ=-10,23 Mvar

loading=42,60 %

P=-65,75 MWQ=4,82 Mvar

loading=42,60 %

Interrupt..



loading=32,53 %

P=47,31 MWQ=-9,99 Mvar

loading=32,53 %

0


loading=74,27 %

P=-109,57 MWQ=19,13 Mvar

loading=74,27 %

0

Lne

Viz

carr

a- A

ntam

ina_

L225

6

===

===

PA

RA

GS

HA

L-2

254

P=-102..Q=0,72..loadin..

P=104,10 MWQ=-8,70 Mvar

loading=54,91 %


loading=60,68 %

P=-111,69 MWQ=18,59 Mvar

loading=60,68 %


P=-12,50 MWQ=-8,57 Mvar

loading=17,66 %

P=12,57 MWQ=-39,52 Mvar

loading=17,66 %


P=-12,50 MWQ=-8,57 Mvar



KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2269

P=-12,57 MWQ=-32,28 Mvar

loading=19,67 %

P=12,74 MWQ=4,63 Mvar

loading=19,67 ..

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2270


P=12,74 MWQ=4,63 Mvar

loading=19,67 ..


P=-5,60 MWQ=-26,54 Mvar

loading=14,29 %

P=5,64 MWQ=11,89 Mvar

loading=14,29 %

TIN

GO

MA

RIA

-VIZ

CA

RR

A -

L225

2

P=89,39 MWQ=-17,66 Mvar

loading=46,89 %

P=-87,80 MWQ=2,55 Mvar

loading=46,89 %


P=82,20 MWQ=-9,11 Mvar

loading=44,69 %

P=-81,01 MWQ=-5,32 Mvar

loading=44,69 %

G~Aguayt G1

P=90,00 MWQ=-7,71 Mvar

loading=75,78 %

Tran

sfor

m..

P=-89,39 MWQ=17,66 Mvar

loading=89,44 %

P=90,00 MWQ=-7,71 Mvar

loading=89,44 %

0

Com

pens

ac..

P=-

0,0.

.Q

=-39

,..=

1

Load ASDs_C


=

Load ANTAMINA _C

P=24,99 MWQ=15,49 Mvar

=

Carga Gen..

P=24,00 MWQ=-0,00 Mva..

=

M~M

áqui

na A

sínc

rona

C

P=15,89 MWQ=9,87 Mvar

loading=84,81 %

Carga Gen..

P=25,00 MWQ=7,29 Mvar

=


loading=15,68 %

P=-25,84 MWQ=8,43 Mvar

loading=15,68 %

M~m

sy m

obol

4


loading=83,61 %

Carga Gen..

P=12,00 MWQ=5,81 Mvar

=

M~m

sy m

olsa

g 2

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

Carga Gen..


=

TR ASIN C

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

2

Carga Gen..


=

TR MOLBOL-C

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %


loading=74,48 %

-2

Compensac..

P=-0,00 MWQ=23,83 Mvar

=

1

Carga Gen..

P=25,00 MWQ=12,11 Mvar

=

TR-MOLSAG C


P=14,42 MWQ=11,83 Mvar

loading=46,62 %

-2

Compensac..

P=-0,00 MWQ=5,04 Mvar

=

1

Compensac..

P=0,00 MWQ=143,60 Mvar

=

1

Carga Gen..


=

Red Exter..


H11VIZCA

P=-0,00 MWQ=-9,76 Mva..

=1

PA

CH

AC

HA

CA

ON

U L

2224

P=-124,71 MWQ=16,01 Mvar

loading=49,41 %





H7 VIZCA

P=0,00 MWQ=-28,90 Mva..

=1


P=87,88 MWQ=-21,49 Mvar

loading=35,45 %

P=-85,86 MWQ=11,44 Mvar

loading=35,45 %

H5 VIZCA

P=-0,00 MWQ=-50,11 Mva..

=1

SVSCompensad..

P=-0,00 MWQ=37,36 Mva..

=

Inte

rrup

t..

Inte

rrup

t..


=

Load ANTAMINA _B


=

M ~M

áqui

na A

sínc

rona

B

P=17,50 MWQ=10,85 Mvar

loading=74,68 %

Tran

sfor

m..

P=0,09 MWQ=-49,81 Mvar

loading=22,39 %

P=-0,00 MWQ=51,42 Mvar

loading=22,39 %

0

TR ASIN B

P=17,51 MWQ=12,48 Mvar

loading=71,69 %


2

M ~m

sy m

obol

3


loading=83,61 %

TR MOLBOL-B3



loading=74,48 %

-2

M ~m

sy m

obol

2


loading=83,61 %

TR-MOLBOL_B2


loading=74,48 %

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

G ~A

NTA

CS

2_B

P=0,00 MWQ=13,67 Mvar

loading=91,15 %



P=0,00 MWQ=13,67 Mvar

loading=88,73 %

2

P=25,14 MWQ=64,56 Mvar

loading=0,00 %

P=49,48 MWQ=9,26 Mvar

loading=0,00 %

P=5,60 MWQ=26,54 Mvar

loading=0,00 %

DIg

SILE

NT




Lt VIZ- ANTA - Sin considerar el Proyecto Estiaje Maximo Demanda 2013


Proyecto:ANTAMINA

Gráfica: Red

Fecha:

Anexo:



VIZCARRA

C3

Ul=4,211 kVu=1,012 p.u.phiu=-56,1..

C2Ul=3,260 kVu=1,042 p.u.phiu=-56,7..

C1Ul=4,989 kVu=1,008 p.u.phiu=-56,2..

B3

Ul=4,194 kVu=1,008 p.u.phiu=-56,5..

B2Ul=3,260 kVu=1,042 p.u.phiu=-56,7..

B1 Ul=3,260 kVu=1,042 p.u.phiu=-56,7..

A3Ul=4,010 kVu=0,964 p.u.

phiu=-52,796 deg

A2Ul=3,111 kVu=0,994 p.u.

phiu=-53,685 deg

A1Ul=4,715 kVu=0,952 p.u.

phiu=-53,224 deg

CS2

Ul=6,792 kVu=1,029 p.u.phiu=-173,3..

CS1

Ul=6,783 kVu=1,028 p.u.

phiu=-169,868 deg


phiu=-23,045 deg


phiu=-19,645 deg


phiu=-23,045 deg


phiu=143,451 deg

ANTA 220kV B

Ul=220,785 kVu=1,004 p.u.

phiu=132,881 deg

ANTA 220kVUl=220,785 kVu=1,004 p.u.

phiu=132,881 deg


phiu=142,370 deg


phiu=146,839 deg


phiu=135,516 deg

VIZCARRA

Ul=224,400 kVu=1,020 p.u.

phiu=137,699 deg


phiu=147,323 deg


phiu=148,000 deg


phiu=146,693 deg

AGUA 13.8kV

Ul=13,938 kVu=1,010 p.u.

phiu=122,761 deg

2

Ul=16,378 kVu=1,024 p.u.

phiu=167,696 d..1

Ul=16,378 kVu=1,024 p.u.

phiu=167,696 d..


phiu=167,696 deg



phiu=136,896 deg

PARAMONGA/A

Ul=219,709 k..



phiu=137,616 deg


phiu=137,801 deg


=

Load ANTAMINA _A


=

M~M

áqui

na A

sínc

rona

A

P=15,89 MWQ=9,87 Mvar

loading=75,17 %

M~m

sy m

obol

1


loading=83,61 %


P=-45,55 MWQ=2,53 Mvar

loading=29,56 %

P=45,64 MWQ=-9,00 Mvar

loading=29,56 %

M~m

sy m

olsa

g 1

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

TR ASIN A

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

0

TR MOLBOL-A



loading=74,78 %

-1

TR-MOLSAG A

P=-14,40 MWQ=-10,40 Mvar

loading=46,84 %

P=14,41 MWQ=11,97 Mvar

loading=46,84 %

0


P=-45,55 MWQ=2,53 Mvar

loading=29,56 %

P=45,64 MWQ=-9,00 Mvar

loading=29,56 %

h4-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h3-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h2-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h13-

AP=-0,0..Q=-3,0..

=

3

h11-

AP=-0,0..Q=-3,0..

=

3

h7-AP=-0,0..

Q=-3,0..=

3

h5-A

P=-0,0..Q=-3,0..

=

3

h13-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h4-A

P=-0,0..Q=-3,0..

=

3

h11-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h7-CP=-0,00 MW

Q=-3,00 Mvar=

3

h5-CP=-0,00 MW

Q=-3,00 Mvar=

3

h4-CP=-0,00 MW

Q=-3,00 Mvar=

3

h3--

CP=-0,00 MWQ=-3,00 Mvar

=

3

h2-CP=-0,00 MW

Q=-3,00 Mvar=

3

h13-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h11-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h7-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h5-B P=-0,00 MW

Q=-3,00 Mvar=

3

h3-A

P=-0,0..Q=-3,0..

=

3

h2-AP=-0,00 MW

Q=-3,00 Mvar=

3

G ~ AN

TA C

S1_

A


loading=63,57 %

TRANFORMADOR CS1

P=0,06 MWQ=-9,01 Mvar

loading=61,85 %


loading=61,85 %

1

Interrupt..


= = = = = =

0


P=46,09 MWQ=-9,02 Mvar

loading=29,84 %

P=-46,00 MWQ=2,63 Mvar

loading=29,84 %

Interrupt..



loading=31,39 %

P=47,12 MWQ=3,48 Mvar

loading=31,39 %

0


loading=73,29 %

P=-109,58 MWQ=5,44 Mvar

loading=73,29 %

0

Lne

Viz

carr

a- A

ntam

ina_

L225

6

===

===

Lne

Viz

carr

a- A

ntam

ina_

L225

5

P=-157,27 MWQ=-9,85 Mvar

loading=68,68 %

P=158,79 MWQ=14,91 Mva..loading=68,..

PA

RA

GS

HA

L-2

254

P=-67,..Q=-10,..loadin..

P=68,43 MWQ=-4,69 Mvar

loading=36,39 %



P=-78,47 MWQ=16,77 Mvar

loading=43,69 %


P=-12,50 MWQ=-8,58 Mvar

loading=17,71 %

P=12,57 MWQ=-39,74 Mvar

loading=17,71 %


P=-12,50 MWQ=-8,58 Mvar



KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2269

P=-12,57 MWQ=-32,40 Mvar

loading=19,69 %

P=12,74 MWQ=4,62 Mvar

loading=19,69 ..

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2270


P=12,74 MWQ=4,62 Mvar

loading=19,69 ..


P=-5,60 MWQ=-26,65 Mvar

loading=14,31 %

P=5,64 MWQ=11,93 Mvar

loading=14,31 %

TIN

GO

MA

RIA

-VIZ

CA

RR

A -

L225

2

P=89,39 MWQ=-17,66 Mvar

loading=46,89 %

P=-87,80 MWQ=2,55 Mvar

loading=46,89 %


P=58,98 MWQ=-6,57 Mvar

loading=32,58 %

P=-58,37 MWQ=-12,49 Mvar

loading=32,58 %

G~Aguayt G1

P=90,00 MWQ=-7,71 Mvar

loading=75,78 %

Tran

sfor

m..

P=-89,39 MWQ=17,66 Mvar

loading=89,44 %

P=90,00 MWQ=-7,71 Mvar

loading=89,44 %

0

Com

pens

ac..

P=0

,00.

.Q

=-25

,..=

1

Load ASDs_C


=

Load ANTAMINA _C

P=24,99 MWQ=15,49 Mvar

=

Carga Gen..

P=24,00 MWQ=-0,00 Mva..

=

M~M

áqui

na A

sínc

rona

C

P=15,89 MWQ=9,87 Mvar

loading=84,81 %

Carga Gen..

P=25,00 MWQ=7,29 Mvar

=


loading=4,77 %

P=-3,24 MWQ=0,88 Mvar

loading=4,77 %

M~m

sy m

obol

4


loading=83,61 %

Carga Gen..

P=12,00 MWQ=5,81 Mvar

=

M~m

sy m

olsa

g 2

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

Carga Gen..


=

TR ASIN C

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

2

Carga Gen..


=

TR MOLBOL-C

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %


loading=74,48 %

-2

Compensac..

P=-0,00 MWQ=23,94 Mvar

=

1

Carga Gen..

P=25,00 MWQ=12,11 Mvar

=

TR-MOLSAG C


P=14,42 MWQ=11,83 Mvar

loading=46,62 %

-2

Compensac..

P=-0,00 MWQ=5,06 Mvar

=

1

Compensac..

P=0,00 MWQ=144,27 Mvar

=

1

Carga Gen..


=

Red Exter..


H11VIZCA

P=-0,00 MWQ=-9,39 Mva..

=1

PA

CH

AC

HA

CA

ON

U L

2224

P=-90,99 MWQ=18,99 Mvar

loading=36,63 %





H7 VIZCA

P=0,00 MWQ=-27,80 Mva..

=1


P=61,43 MWQ=-24,02 Mvar

loading=25,82 %

P=-59,90 MWQ=9,66 Mvar

loading=25,82 %

H5 VIZCA

P=-0,00 MWQ=-48,19 Mva..

=1

SVSCompensad..

P=-0,00 MWQ=77,36 Mva..

=

Inte

rrup

t..

Inte

rrup

t..


=

Load ANTAMINA _B


=

M ~M

áqui

na A

sínc

rona

B

P=17,50 MWQ=10,85 Mvar

loading=74,68 %

Tran

sfor

m..

P=0,08 MWQ=-7,56 Mvar

loading=3,56 %

P=-0,00 MWQ=8,02 Mvar

loading=3,56 %

0

TR ASIN B

P=17,51 MWQ=12,48 Mvar

loading=71,69 %


2

M ~m

sy m

obol

3


loading=83,61 %

TR MOLBOL-B3



loading=74,48 %

-2

M ~m

sy m

obol

2


loading=83,61 %

TR-MOLBOL_B2


loading=74,48 %

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

G ~A

NTA

CS

2_B

P=0,00 MWQ=14,03 Mvar

loading=93,50 %



P=0,00 MWQ=14,03 Mvar

loading=90,86 %

2

P=25,14 MWQ=64,80 Mvar

loading=0,00 %

P=49,48 MWQ=9,23 Mvar

loading=0,00 %

P=5,60 MWQ=26,65 Mvar

loading=0,00 %

DIg

SILE

NT


phiu=95,858 deg

IPCCS_220kVUl=218,028 kVu=0,991 p.u.

phiu=127,899 deg

c2Ul=218,898 kVu=0,995 p.u.phiu=128,933 ..

c1Ul=217,988 kVu=0,991 p.u.phiu=127,114 ..




Lt VIZ- ANTA - considerar el Proyecto Estiaje Minimo Demanda 2013


Proyecto:ANTAMINA

Gráfica: Red

Fecha:

Anexo:



VIZCARRA

C3

Ul=4,211 kVu=1,012 p.u.phiu=-62,8..

C2Ul=3,260 kVu=1,042 p.u.phiu=-63,3..

C1Ul=4,989 kVu=1,008 p.u.phiu=-62,8..

B3

Ul=4,194 kVu=1,008 p.u.phiu=-63,1..

B2Ul=3,260 kVu=1,042 p.u.phiu=-63,3..

B1 Ul=3,260 kVu=1,042 p.u.phiu=-63,3..

A3Ul=4,010 kVu=0,964 p.u.

phiu=-59,372 deg

A2Ul=3,111 kVu=0,994 p.u.

phiu=-60,261 deg

A1Ul=4,715 kVu=0,952 p.u.

phiu=-59,800 deg

CS2

Ul=6,780 kVu=1,027 p.u.phiu=-179,9..

CS1

Ul=7,303 kVu=1,107 p.u.

phiu=-176,773 deg


phiu=-29,655 deg


phiu=-26,221 deg


phiu=-29,655 deg


phiu=142,787 deg

ANTA 220kV B

Ul=217,966 kVu=0,991 p.u.

phiu=126,370 deg

ANTA 220kVUl=217,966 kVu=0,991 p.u.

phiu=126,370 deg


phiu=141,281 deg


phiu=147,458 deg


phiu=132,737 deg

VIZCARRA

Ul=224,400 kVu=1,020 p.u.

phiu=134,379 deg


phiu=148,140 deg


phiu=149,000 deg


phiu=144,188 deg

AGUA 13.8kV

Ul=13,938 kVu=1,010 p.u.

phiu=120,799 deg

2

Ul=16,730 kVu=1,046 p.u.

phiu=164,364 d..1

Ul=16,730 kVu=1,046 p.u.

phiu=164,364 d..


phiu=164,364 deg



phiu=134,123 deg

PARAMONGA/A

Ul=219,129 k..



phiu=134,847 deg


phiu=135,034 deg

Com

pens

ac..

P=0,00 MWQ=-0,90 Mva..

=

1

LOA

D IP

CC

S

P=55,00 MWQ=34,09 Mva..

=

Transform..



0

Transform..



0

8 Km IPCCS L1


P=-213,40 MWQ=-21,13 Mva..loading=120,..

8 Km IPCCS L2



43.2

0Km

Lne

Viz

carr

a -P



7.59

Km

Lne

Ant

amin

a-P

O




=

Load ANTAMINA _A


=

M~M

áqui

na A

sínc

rona

A

P=15,89 MWQ=9,87 Mvar

loading=75,17 %

M~m

sy m

obol

1


loading=83,61 %


P=-62,51 MWQ=5,60 Mvar

loading=40,74 %

P=62,68 MWQ=-11,19 Mvar

loading=40,74 %

M~m

sy m

olsa

g 1

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

TR ASIN A

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

0

TR MOLBOL-A



loading=74,78 %

-1

TR-MOLSAG A

P=-14,40 MWQ=-10,40 Mvar

loading=46,84 %

P=14,41 MWQ=11,97 Mvar

loading=46,84 %

0


P=-62,51 MWQ=5,60 Mvar

loading=40,74 %

P=62,68 MWQ=-11,19 Mvar

loading=40,74 %

h4-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h3-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h2-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h13-

AP=-0,0..Q=-3,0..

=

3

h11-

AP=-0,0..Q=-3,0..

=

3

h7-AP=-0,0..

Q=-3,0..=

3

h5-A

P=-0,0..Q=-3,0..

=

3

h13-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h4-A

P=-0,0..Q=-3,0..

=

3

h11-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h7-CP=-0,00 MW

Q=-3,00 Mvar=

3

h5-CP=-0,00 MW

Q=-3,00 Mvar=

3

h4-CP=-0,00 MW

Q=-3,00 Mvar=

3

h3--

CP=-0,00 MWQ=-3,00 Mvar

=

3

h2-CP=-0,00 MW

Q=-3,00 Mvar=

3

h13-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h11-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h7-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h5-B P=-0,00 MW

Q=-3,00 Mvar=

3

h3-A

P=-0,0..Q=-3,0..

=

3

h2-AP=-0,00 MW

Q=-3,00 Mvar=

3

G ~ AN

TA C

S1_

A

P=0,00 MWQ=25,73 Mvar

loading=171,50 %

TRANFORMADOR CS1



1

Interrupt..


= = = = = =

0


P=63,31 MWQ=-11,23 Mvar

loading=41,14 %

P=-63,13 MWQ=5,73 Mvar

loading=41,14 %

Interrupt..



loading=32,53 %

P=47,31 MWQ=-9,99 Mvar

loading=32,53 %

0


loading=74,27 %

P=-109,57 MWQ=19,13 Mvar

loading=74,27 %

0

Lne

Viz

carr

a- A

ntam

ina_

L225

6

===

===

PA

RA

GS

HA

L-2

254

P=-98,..Q=1,30..loadin..

P=99,39 MWQ=-10,34 Mvar

loading=52,63 %


loading=58,85 %

P=-107,28 MWQ=20,27 Mvar

loading=58,85 %


P=-12,50 MWQ=-8,57 Mvar

loading=17,65 %

P=12,57 MWQ=-39,48 Mvar

loading=17,65 %


P=-12,50 MWQ=-8,57 Mvar



KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2269

P=-12,57 MWQ=-32,26 Mvar

loading=19,67 %

P=12,74 MWQ=4,63 Mvar

loading=19,67 ..

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2270


P=12,74 MWQ=4,63 Mvar

loading=19,67 ..


P=-5,60 MWQ=-26,52 Mvar

loading=14,28 %

P=5,64 MWQ=11,88 Mvar

loading=14,28 %

TIN

GO

MA

RIA

-VIZ

CA

RR

A -

L225

2

P=97,30 MWQ=-17,89 Mvar

loading=50,97 %

P=-95,41 MWQ=5,44 Mvar

loading=50,97 %


P=79,08 MWQ=-10,16 Mvar

loading=43,17 %

P=-77,97 MWQ=-4,86 Mvar

loading=43,17 %

G~Aguayt G1

P=98,00 MWQ=-6,20 Mvar

loading=82,38 %

Tran

sfor

m..

P=-97,30 MWQ=17,89 Mvar

loading=97,22 %

P=98,00 MWQ=-6,20 Mvar

loading=97,22 %

0

Com

pens

ac..

P=-

0,0.

.Q

=-39

,..=

1

Load ASDs_C


=

Load ANTAMINA _C

P=24,99 MWQ=15,49 Mvar

=

Carga Gen..

P=24,00 MWQ=-0,00 Mva..

=

M~M

áqui

na A

sínc

rona

C

P=15,89 MWQ=9,87 Mvar

loading=84,81 %

Carga Gen..

P=25,00 MWQ=7,29 Mvar

=


loading=14,51 %

P=-22,81 MWQ=8,82 Mvar

loading=14,51 %

M~m

sy m

obol

4


loading=83,61 %

Carga Gen..

P=12,00 MWQ=5,81 Mvar

=

M~m

sy m

olsa

g 2

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

Carga Gen..


=

TR ASIN C

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

2

Carga Gen..


=

TR MOLBOL-C

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %


loading=74,48 %

-2

Compensac..

P=-0,00 MWQ=23,81 Mvar

=

1

Carga Gen..

P=25,00 MWQ=12,11 Mvar

=

TR-MOLSAG C


P=14,42 MWQ=11,83 Mvar

loading=46,62 %

-2

Compensac..

P=-0,00 MWQ=5,03 Mvar

=

1

Compensac..

P=-0,00 MWQ=143,49 Mvar

=

1

Carga Gen..


=

Red Exter..


H11VIZCA

P=-0,00 MWQ=-9,80 Mva..

=1

PA

CH

AC

HA

CA

ON

U L

2224

P=-120,24 MWQ=18,20 Mvar

loading=48,03 %





H7 VIZCA

P=0,00 MWQ=-29,00 Mva..

=1


P=84,35 MWQ=-23,18 Mvar

loading=34,43 %

P=-82,40 MWQ=12,73 Mvar

loading=34,43 %

H5 VIZCA

P=-0,00 MWQ=-50,29 Mva..

=1

SVSCompensad..

P=-0,00 MWQ=33,63 Mva..

=

Inte

rrup

t..

Inte

rrup

t..


=

Load ANTAMINA _B


=

M ~M

áqui

na A

sínc

rona

B

P=17,50 MWQ=10,85 Mvar

loading=74,68 %

Tran

sfor

m..

P=0,10 MWQ=-53,66 Mvar

loading=24,11 %

P=-0,00 MWQ=55,46 Mvar

loading=24,11 %

0

TR ASIN B

P=17,51 MWQ=12,48 Mvar

loading=71,69 %


2

M ~m

sy m

obol

3


loading=83,61 %

TR MOLBOL-B3



loading=74,48 %

-2

M ~m

sy m

obol

2


loading=83,61 %

TR-MOLBOL_B2


loading=74,48 %

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

G ~A

NTA

CS

2_B

P=0,00 MWQ=13,67 Mvar

loading=91,15 %



P=0,00 MWQ=13,67 Mvar

loading=88,73 %

2

P=25,14 MWQ=64,52 Mvar

loading=0,00 %

P=49,48 MWQ=9,26 Mvar

loading=0,00 %

P=5,60 MWQ=26,52 Mvar

loading=0,00 %

DIg

SILE

NT




Lt VIZ- ANTA - Sin considerar el Proyecto Estiaje Minimo Demanda 2013


Proyecto:ANTAMINA

Gráfica: Red

Fecha:

Anexo:



VIZCARRA

C3

Ul=4,211 kVu=1,012 p.u.phiu=-54,6..

C2Ul=3,260 kVu=1,042 p.u.phiu=-55,1..

C1Ul=4,989 kVu=1,008 p.u.phiu=-54,7..

B3

Ul=4,194 kVu=1,008 p.u.phiu=-54,9..

B2Ul=3,260 kVu=1,042 p.u.phiu=-55,1..

B1 Ul=3,260 kVu=1,042 p.u.phiu=-55,1..

A3Ul=4,010 kVu=0,964 p.u.

phiu=-51,248 deg

A2Ul=3,111 kVu=0,994 p.u.

phiu=-52,137 deg

A1Ul=4,715 kVu=0,952 p.u.

phiu=-51,676 deg

CS2

Ul=6,792 kVu=1,029 p.u.phiu=-171,8..

CS1

Ul=6,783 kVu=1,028 p.u.

phiu=-168,320 deg


phiu=-21,497 deg


phiu=-18,097 deg


phiu=-21,497 deg


phiu=144,646 deg

ANTA 220kV B

Ul=220,785 kVu=1,004 p.u.

phiu=134,430 deg

ANTA 220kVUl=220,785 kVu=1,004 p.u.

phiu=134,430 deg


phiu=143,618 deg


phiu=147,881 deg


phiu=136,983 deg

VIZCARRA

Ul=224,400 kVu=1,020 p.u.

phiu=139,247 deg


phiu=148,342 deg


phiu=149,000 deg


phiu=149,057 deg

AGUA 13.8kV

Ul=13,938 kVu=1,010 p.u.

phiu=125,667 deg

2

Ul=16,412 kVu=1,026 p.u.

phiu=169,243 d..1

Ul=16,412 kVu=1,026 p.u.

phiu=169,243 d..


phiu=169,243 deg



phiu=138,364 deg

PARAMONGA/A

Ul=219,607 k..



phiu=139,084 deg


phiu=139,270 deg


=

Load ANTAMINA _A


=

M~M

áqui

na A

sínc

rona

A

P=15,89 MWQ=9,87 Mvar

loading=75,17 %

M~m

sy m

obol

1


loading=83,61 %


P=-42,97 MWQ=3,42 Mvar

loading=28,15 %

P=43,05 MWQ=-9,94 Mvar

loading=28,15 %

M~m

sy m

olsa

g 1

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

TR ASIN A

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

0

TR MOLBOL-A



loading=74,78 %

-1

TR-MOLSAG A

P=-14,40 MWQ=-10,40 Mvar

loading=46,84 %

P=14,41 MWQ=11,97 Mvar

loading=46,84 %

0


P=-42,97 MWQ=3,42 Mvar

loading=28,15 %

P=43,05 MWQ=-9,94 Mvar

loading=28,15 %

h4-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h3-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h2-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h13-

AP=-0,0..Q=-3,0..

=

3

h11-

AP=-0,0..Q=-3,0..

=

3

h7-AP=-0,0..

Q=-3,0..=

3

h5-A

P=-0,0..Q=-3,0..

=

3

h13-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h4-A

P=-0,0..Q=-3,0..

=

3

h11-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h7-CP=-0,00 MW

Q=-3,00 Mvar=

3

h5-CP=-0,00 MW

Q=-3,00 Mvar=

3

h4-CP=-0,00 MW

Q=-3,00 Mvar=

3

h3--

CP=-0,00 MWQ=-3,00 Mvar

=

3

h2-CP=-0,00 MW

Q=-3,00 Mvar=

3

h13-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h11-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h7-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h5-B P=-0,00 MW

Q=-3,00 Mvar=

3

h3-A

P=-0,0..Q=-3,0..

=

3

h2-AP=-0,00 MW

Q=-3,00 Mvar=

3

G ~ AN

TA C

S1_

A


loading=63,57 %

TRANFORMADOR CS1

P=0,06 MWQ=-9,01 Mvar

loading=61,85 %


loading=61,85 %

1

Interrupt..


= = = = = =

0


P=43,48 MWQ=-9,97 Mvar

loading=28,42 %

P=-43,40 MWQ=3,53 Mvar

loading=28,42 %

Interrupt..



loading=31,39 %

P=47,12 MWQ=3,48 Mvar

loading=31,39 %

0


loading=73,29 %

P=-109,58 MWQ=5,44 Mvar

loading=73,29 %

0

Lne

Viz

carr

a- A

ntam

ina_

L225

6

===

===

Lne

Viz

carr

a- A

ntam

ina_

L225

5

P=-157,27 MWQ=-9,85 Mvar

loading=68,68 %

P=158,79 MWQ=14,91 Mva..loading=68,..

PA

RA

GS

HA

L-2

254

P=-63,..Q=-9,8..loadin..

P=63,77 MWQ=-6,32 Mvar

loading=33,91 %



P=-74,11 MWQ=18,38 Mvar

loading=41,99 %


P=-12,50 MWQ=-8,58 Mvar

loading=17,70 %

P=12,57 MWQ=-39,69 Mvar

loading=17,70 %


P=-12,50 MWQ=-8,58 Mvar



KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2269

P=-12,57 MWQ=-32,37 Mvar

loading=19,68 %

P=12,74 MWQ=4,62 Mvar

loading=19,68 ..

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2270


P=12,74 MWQ=4,62 Mvar

loading=19,68 ..


P=-5,60 MWQ=-26,63 Mvar

loading=14,31 %

P=5,64 MWQ=11,92 Mvar

loading=14,31 %

TIN

GO

MA

RIA

-VIZ

CA

RR

A -

L225

2

P=97,30 MWQ=-17,89 Mvar

loading=50,97 %

P=-95,41 MWQ=5,44 Mvar

loading=50,97 %


P=55,89 MWQ=-7,62 Mvar

loading=30,90 %

P=-55,34 MWQ=-11,86 Mvar

loading=30,90 %

G~Aguayt G1

P=98,00 MWQ=-6,20 Mvar

loading=82,38 %

Tran

sfor

m..

P=-97,30 MWQ=17,89 Mvar

loading=97,22 %

P=98,00 MWQ=-6,20 Mvar

loading=97,22 %

0

Com

pens

ac..

P=0

,00.

.Q

=-25

,..=

1

Load ASDs_C


=

Load ANTAMINA _C

P=24,99 MWQ=15,49 Mvar

=

Carga Gen..

P=24,00 MWQ=-0,00 Mva..

=

M~M

áqui

na A

sínc

rona

C

P=15,89 MWQ=9,87 Mvar

loading=84,81 %

Carga Gen..

P=25,00 MWQ=7,29 Mvar

=


loading=4,80 %

P=-0,21 MWQ=1,52 Mvar

loading=4,80 %

M~m

sy m

obol

4


loading=83,61 %

Carga Gen..

P=12,00 MWQ=5,81 Mvar

=

M~m

sy m

olsa

g 2

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

Carga Gen..


=

TR ASIN C

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

2

Carga Gen..


=

TR MOLBOL-C

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %


loading=74,48 %

-2

Compensac..

P=-0,00 MWQ=23,91 Mvar

=

1

Carga Gen..

P=25,00 MWQ=12,11 Mvar

=

TR-MOLSAG C


P=14,42 MWQ=11,83 Mvar

loading=46,62 %

-2

Compensac..

P=-0,00 MWQ=5,06 Mvar

=

1

Compensac..

P=-0,00 MWQ=144,13 Mvar

=

1

Carga Gen..


=

Red Exter..


H11VIZCA

P=-0,00 MWQ=-9,43 Mva..

=1

PA

CH

AC

HA

CA

ON

U L

2224

P=-86,58 MWQ=20,91 Mvar

loading=35,31 %





H7 VIZCA

P=0,00 MWQ=-27,91 Mva..

=1


P=57,96 MWQ=-25,47 Mvar

loading=24,90 %

P=-56,48 MWQ=10,89 Mvar

loading=24,90 %

H5 VIZCA

P=-0,00 MWQ=-48,40 Mva..

=1

SVSCompensad..

P=-0,00 MWQ=73,21 Mva..

=

Inte

rrup

t..

Inte

rrup

t..


=

Load ANTAMINA _B


=

M ~M

áqui

na A

sínc

rona

B

P=17,50 MWQ=10,85 Mvar

loading=74,68 %

Tran

sfor

m..


P=-0,00 MWQ=12,53 Mvar

loading=5,55 %

0

TR ASIN B

P=17,51 MWQ=12,48 Mvar

loading=71,69 %


2

M ~m

sy m

obol

3


loading=83,61 %

TR MOLBOL-B3



loading=74,48 %

-2

M ~m

sy m

obol

2


loading=83,61 %

TR-MOLBOL_B2


loading=74,48 %

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

G ~A

NTA

CS

2_B

P=0,00 MWQ=14,03 Mvar

loading=93,50 %



P=0,00 MWQ=14,03 Mvar

loading=90,86 %

2

P=25,14 MWQ=64,75 Mvar

loading=0,00 %

P=49,48 MWQ=9,24 Mvar

loading=0,00 %

P=5,60 MWQ=26,63 Mvar

loading=0,00 %

DIg

SILE

NT


CCAASSOO IIIIII:: CCoonnttiinnggeenncciiaa IIII ((LL..TT.. VViizzccaarrrraa ––

TTiinnggoo MMaarrííaa 222200kkVV ffuueerraa ddee sseerrvviicciioo))..


















phiu=95,580 deg

IPCCS_220kVUl=220,433 kVu=1,002 p.u.

phiu=127,575 deg

c2Ul=221,077 kVu=1,005 p.u.phiu=128,044 ..

c1Ul=220,563 kVu=1,003 p.u.phiu=127,352 ..




Flujo de Potencia - considerar el Proyecto Avenida Maxima Demanda 2013


Proyecto:ANTAMINA

Gráfica: Red

Fecha:

Anexo:



VIZCARRA

C3

Ul=4,211 kVu=1,012 p.u.phiu=-61,9..

C2Ul=3,260 kVu=1,042 p.u.phiu=-62,4..

C1Ul=4,989 kVu=1,008 p.u.phiu=-62,0..

B3

Ul=4,194 kVu=1,008 p.u.phiu=-62,2..

B2Ul=3,260 kVu=1,042 p.u.phiu=-62,4..

B1 Ul=3,260 kVu=1,042 p.u.phiu=-62,4..

A3Ul=4,010 kVu=0,964 p.u.

phiu=-58,538 deg

A2Ul=3,111 kVu=0,994 p.u.

phiu=-59,427 deg

A1Ul=4,715 kVu=0,952 p.u.

phiu=-58,966 deg

CS2

Ul=6,814 kVu=1,032 p.u.phiu=-179,1..

CS1

Ul=6,805 kVu=1,031 p.u.

phiu=-175,624 deg


phiu=-28,789 deg


phiu=-25,387 deg


phiu=-28,789 deg


phiu=144,067 deg

ANTA 220kV B

Ul=220,666 kVu=1,003 p.u.

phiu=127,142 deg

ANTA 220kVUl=220,666 kVu=1,003 p.u.

phiu=127,142 deg


phiu=141,741 deg


phiu=151,165 deg


phiu=129,928 deg

VIZCARRA

Ul=224,400 kVu=1,020 p.u.

phiu=130,546 deg


phiu=152,210 deg


phiu=153,400 deg


phiu=29,996 deg

AGUA 13.8kV

Ul=13,938 kVu=1,010 p.u.

phiu=0,000 deg

2

Ul=16,625 kVu=1,039 p.u.

phiu=160,521 d..1

Ul=16,625 kVu=1,039 p.u.

phiu=160,521 d..


phiu=160,521 deg



phiu=131,328 deg

PARAMONGA/A

Ul=217,961 k..



phiu=132,061 deg


phiu=132,251 deg

Com

pens

ac..

P=0,00 MWQ=-0,92 Mva..

=

1

LOA

D IP

CC

S

P=55,00 MWQ=34,09 Mva..

=

Transform..



0

Transform..



0

8 Km IPCCS L1


P=-100,41 MWQ=-23,68 Mva..loading=57,2..

8 Km IPCCS L2



43.2

0Km

Lne

Viz

carr

a -P



7.59

Km

Lne

Ant

amin

a-P

O




=

Load ANTAMINA _A


=

M~M

áqui

na A

sínc

rona

A

P=15,89 MWQ=9,87 Mvar

loading=75,17 %

M~m

sy m

obol

1


loading=83,61 %


P=-94,74 MWQ=8,58 Mvar

loading=61,99 %

P=95,16 MWQ=-11,80 Mvar

loading=61,99 %

M~m

sy m

olsa

g 1

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

TR ASIN A

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

0

TR MOLBOL-A



loading=74,78 %

-1

TR-MOLSAG A

P=-14,40 MWQ=-10,40 Mvar

loading=46,84 %

P=14,41 MWQ=11,97 Mvar

loading=46,84 %

0


P=-94,74 MWQ=8,58 Mvar

loading=61,99 %

P=95,16 MWQ=-11,80 Mvar

loading=61,99 %

h4-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h3-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h2-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h13-

AP=-0,0..Q=-3,0..

=

3

h11-

AP=-0,0..Q=-3,0..

=

3

h7-AP=-0,0..

Q=-3,0..=

3

h5-A

P=-0,0..Q=-3,0..

=

3

h13-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h4-A

P=-0,0..Q=-3,0..

=

3

h11-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h7-CP=-0,00 MW

Q=-3,00 Mvar=

3

h5-CP=-0,00 MW

Q=-3,00 Mvar=

3

h4-CP=-0,00 MW

Q=-3,00 Mvar=

3

h3--

CP=-0,00 MWQ=-3,00 Mvar

=

3

h2-CP=-0,00 MW

Q=-3,00 Mvar=

3

h13-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h11-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h7-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h5-B P=-0,00 MW

Q=-3,00 Mvar=

3

h3-A

P=-0,0..Q=-3,0..

=

3

h2-AP=-0,00 MW

Q=-3,00 Mvar=

3

G ~ AN

TA C

S1_

A

P=0,00 MWQ=10,17 Mvar

loading=67,79 %

TRANFORMADOR CS1

P=0,07 MWQ=-9,58 Mvar

loading=65,75 %

P=0,00 MWQ=10,17 Mvar

loading=65,75 %

1

Interrupt..


= = = = = =

0


P=96,10 MWQ=-11,85 Mvar

loading=62,60 %

P=-95,69 MWQ=8,73 Mvar

loading=62,60 %

Interrupt..



loading=31,38 %

P=47,13 MWQ=2,91 Mvar

loading=31,38 %

0


loading=73,32 %

P=-109,58 MWQ=6,01 Mvar

loading=73,32 %

0

Lne

Viz

carr

a- A

ntam

ina_

L225

6

P=-112,38 MWQ=-19,18 Mvar

loading=49,71 %

P=113,17 MWQ=17,76 Mva..loading=49,..

PA

RA

GS

HA

L-2

254

P=-154..Q=25,9..loadin..

P=158,19 MWQ=-15,88 Mvar

loading=84,66 %


loading=87,68 %

P=-162,13 MWQ=20,97 Mvar

loading=87,68 %


P=-12,50 MWQ=-8,54 Mvar

loading=17,54 %

P=12,57 MWQ=-38,98 Mvar

loading=17,54 %


P=-12,50 MWQ=-8,54 Mvar



KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2269

P=-12,57 MWQ=-31,98 Mvar

loading=19,63 %

P=12,74 MWQ=4,66 Mvar

loading=19,63 ..

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2270


P=12,74 MWQ=4,66 Mvar

loading=19,63 ..


P=-5,60 MWQ=-26,27 Mvar

loading=14,23 %

P=5,64 MWQ=11,79 Mvar

loading=14,23 %

TIN

GO

MA

RIA

-VIZ

CA

RR

A -

L225

2

===

===


P=117,31 MWQ=-13,58 Mvar

loading=64,65 %

P=-114,82 MWQ=9,60 Mvar

loading=64,65 %

G~Aguayt G1


loading=0,28 %

Tran

sfor

m..

P=-0,00 MWQ=-0,00 Mvar

loading=0,33 %


loading=0,33 %

0

Com

pens

ac..

P=0

,00.

.Q

=-25

,..=

1

Load ASDs_C


=

Load ANTAMINA _C

P=24,99 MWQ=15,49 Mvar

=

Carga Gen..

P=24,00 MWQ=-0,00 Mva..

=

M~M

áqui

na A

sínc

rona

C

P=15,89 MWQ=9,87 Mvar

loading=84,81 %

Carga Gen..

P=25,00 MWQ=7,29 Mvar

=


loading=34,89 %

P=-59,46 MWQ=25,02 Mvar

loading=34,89 %

M~m

sy m

obol

4


loading=83,61 %

Carga Gen..

P=12,00 MWQ=5,81 Mvar

=

M~m

sy m

olsa

g 2

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

Carga Gen..


=

TR ASIN C

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

2

Carga Gen..


=

TR MOLBOL-C

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %


loading=74,48 %

-2

Compensac..

P=-0,00 MWQ=23,56 Mvar

=

1

Carga Gen..

P=25,00 MWQ=12,11 Mvar

=

TR-MOLSAG C


P=14,42 MWQ=11,83 Mvar

loading=46,62 %

-2

Compensac..

P=-0,00 MWQ=4,98 Mvar

=

1

Compensac..

P=-0,00 MWQ=141,92 Mvar

=

1

Carga Gen..


=

Red Exter..


H11VIZCA

P=-0,00 MWQ=-9,68 Mva..

=1

PA

CH

AC

HA

CA

ON

U L

2224

P=-176,31 MWQ=7,47 Mvar

loading=69,58 %

P=177,02 MWQ=-4,13 Mvar

loading=69,58 ..



P=-153,45 MWQ=6,77 Mvar

loading=60,54 ..

H7 VIZCA

P=0,00 MWQ=-28,64 Mva..

=1


P=128,45 MWQ=-14,07 Mvar

loading=50,86 %

P=-125,29 MWQ=13,89 Mvar

loading=50,86 %

H5 VIZCA

P=-0,00 MWQ=-49,66 Mva..

=1

SVSCompensad..

P=-0,00 MWQ=-6,19 Mva..

=

Inte

rrup

t..

Inte

rrup

t..


=

Load ANTAMINA _B


=

M ~M

áqui

na A

sínc

rona

B

P=17,50 MWQ=10,85 Mvar

loading=74,68 %

Tran

sfor

m..

P=0,12 MWQ=-89,76 Mvar

loading=41,20 %

P=0,00 MWQ=94,17 Mvar

loading=41,20 %

1

TR ASIN B

P=17,51 MWQ=12,48 Mvar

loading=71,69 %


2

M ~m

sy m

obol

3


loading=83,61 %

TR MOLBOL-B3



loading=74,48 %

-2

M ~m

sy m

obol

2


loading=83,61 %

TR-MOLBOL_B2


loading=74,48 %

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

G ~A

NTA

CS

2_B

P=-0,00 MWQ=14,70 Mvar

loading=97,97 %



P=0,00 MWQ=14,70 Mvar

loading=94,89 %

2

P=25,14 MWQ=63,96 Mvar

loading=0,00 %

P=49,48 MWQ=9,32 Mvar

loading=0,00 %

P=5,60 MWQ=26,27 Mvar

loading=0,00 %

DIg

SILE

NT




LT vizcarra Tmaria- sin considerar el Proyecto Avenida Maxima Demanda 2013


Proyecto:ANTAMINA

Gráfica: Red

Fecha:

Anexo:



VIZCARRA

C3

Ul=4,211 kVu=1,012 p.u.phiu=-55,8..

C2Ul=3,260 kVu=1,042 p.u.phiu=-56,3..

C1Ul=4,989 kVu=1,008 p.u.phiu=-55,8..

B3

Ul=4,194 kVu=1,008 p.u.phiu=-56,1..

B2Ul=3,260 kVu=1,042 p.u.phiu=-56,3..

B1 Ul=3,260 kVu=1,042 p.u.phiu=-56,3..

A3Ul=4,010 kVu=0,964 p.u.

phiu=-52,423 deg

A2Ul=3,111 kVu=0,994 p.u.

phiu=-53,312 deg

A1Ul=4,715 kVu=0,952 p.u.

phiu=-52,851 deg

CS2

Ul=6,714 kVu=1,017 p.u.phiu=-172,9..

CS1

Ul=6,517 kVu=0,987 p.u.

phiu=-169,327 deg


phiu=-22,650 deg


phiu=-19,272 deg


phiu=-22,650 deg


phiu=145,984 deg

ANTA 220kV B

Ul=222,224 kVu=1,010 p.u.

phiu=133,226 deg

ANTA 220kVUl=222,224 kVu=1,010 p.u.

phiu=133,226 deg


phiu=144,164 deg


phiu=151,589 deg


phiu=134,363 deg

VIZCARRA

Ul=224,400 kVu=1,020 p.u.

phiu=135,599 deg


phiu=152,412 deg


phiu=153,400 deg


phiu=29,996 deg

AGUA 13.8kV

Ul=13,938 kVu=1,010 p.u.

phiu=0,000 deg

2

Ul=16,603 kVu=1,038 p.u.

phiu=165,589 d..1

Ul=16,603 kVu=1,038 p.u.

phiu=165,589 d..


phiu=165,589 deg



phiu=135,753 deg

PARAMONGA/A

Ul=218,775 k..



phiu=136,479 deg


phiu=136,667 deg

Lne

Viz

carr

a- A

ntam

ina_

L225

5

P=-78,61 MWQ=-11,92 Mvar

loading=34,43 %



=

Load ANTAMINA _A


=

M~M

áqui

na A

sínc

rona

A

P=15,89 MWQ=9,87 Mvar

loading=75,17 %

M~m

sy m

obol

1


loading=83,61 %


P=-75,25 MWQ=6,52 Mvar

loading=48,98 %

P=75,51 MWQ=-11,31 Mvar

loading=48,98 %

M~m

sy m

olsa

g 1

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

TR ASIN A

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

0

TR MOLBOL-A



loading=74,78 %

-1

TR-MOLSAG A

P=-14,40 MWQ=-10,40 Mvar

loading=46,84 %

P=14,41 MWQ=11,97 Mvar

loading=46,84 %

0


P=-75,25 MWQ=6,52 Mvar

loading=48,98 %

P=75,51 MWQ=-11,31 Mvar

loading=48,98 %

h4-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h3-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h2-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h13-

AP=-0,0..Q=-3,0..

=

3

h11-

AP=-0,0..Q=-3,0..

=

3

h7-AP=-0,0..

Q=-3,0..=

3

h5-A

P=-0,0..Q=-3,0..

=

3

h13-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h4-A

P=-0,0..Q=-3,0..

=

3

h11-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h7-CP=-0,00 MW

Q=-3,00 Mvar=

3

h5-CP=-0,00 MW

Q=-3,00 Mvar=

3

h4-CP=-0,00 MW

Q=-3,00 Mvar=

3

h3--

CP=-0,00 MWQ=-3,00 Mvar

=

3

h2-CP=-0,00 MW

Q=-3,00 Mvar=

3

h13-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h11-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h7-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h5-B P=-0,00 MW

Q=-3,00 Mvar=

3

h3-A

P=-0,0..Q=-3,0..

=

3

h2-AP=-0,00 MW

Q=-3,00 Mvar=

3

G ~ AN

TA C

S1_

A


loading=14,13 %

TRANFORMADOR CS1

P=0,03 MWQ=-2,06 Mvar

loading=14,31 %


loading=14,31 %

1

Interrupt..


= = = = = =

0


P=76,26 MWQ=-11,35 Mvar

loading=49,46 %

P=-76,00 MWQ=6,65 Mvar

loading=49,46 %

Interrupt..



loading=31,84 %

P=47,09 MWQ=10,50 Mvar

loading=31,84 %

0


loading=73,21 %

P=-109,56 MWQ=-1,56 Mvar

loading=73,21 %

0

Lne

Viz

carr

a- A

ntam

ina_

L225

6

P=-78,61 MWQ=-11,92 Mvar

loading=34,43 %


PA

RA

GS

HA

L-2

254

P=-120..Q=9,37..loadin..

P=122,61 MWQ=-12,04 Mvar

loading=65,09 %


loading=69,96 %

P=-128,94 MWQ=20,36 Mvar

loading=69,96 %


P=-12,50 MWQ=-8,56 Mvar

loading=17,62 %

P=12,57 MWQ=-39,33 Mvar

loading=17,62 %


P=-12,50 MWQ=-8,56 Mvar



KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2269

P=-12,57 MWQ=-32,18 Mvar

loading=19,65 %

P=12,74 MWQ=4,64 Mvar

loading=19,65 ..

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2270


P=12,74 MWQ=4,64 Mvar

loading=19,65 ..


P=-5,60 MWQ=-26,45 Mvar

loading=14,27 %

P=5,64 MWQ=11,85 Mvar

loading=14,27 %

TIN

GO

MA

RIA

-VIZ

CA

RR

A -

L225

2

===

===


P=94,21 MWQ=-11,21 Mvar

loading=51,52 %

P=-92,62 MWQ=-0,06 Mvar

loading=51,52 %

G~Aguayt G1


loading=0,28 %

Tran

sfor

m..

P=-0,00 MWQ=-0,00 Mvar

loading=0,33 %


loading=0,33 %

0

Com

pens

ac..

P=0

,00.

.Q

=-20

,..=

1

Load ASDs_C


=

Load ANTAMINA _C

P=24,99 MWQ=15,49 Mvar

=

Carga Gen..

P=24,00 MWQ=-0,00 Mva..

=

M~M

áqui

na A

sínc

rona

C

P=15,89 MWQ=9,87 Mvar

loading=84,81 %

Carga Gen..

P=25,00 MWQ=7,29 Mvar

=


loading=22,28 %

P=-37,41 MWQ=14,11 Mvar

loading=22,28 %

M~m

sy m

obol

4


loading=83,61 %

Carga Gen..

P=12,00 MWQ=5,81 Mvar

=

M~m

sy m

olsa

g 2

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

Carga Gen..


=

TR ASIN C

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

2

Carga Gen..


=

TR MOLBOL-C

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %


loading=74,48 %

-2

Compensac..

P=-0,00 MWQ=23,73 Mvar

=

1

Carga Gen..

P=25,00 MWQ=12,11 Mvar

=

TR-MOLSAG C


P=14,42 MWQ=11,83 Mvar

loading=46,62 %

-2

Compensac..

P=-0,00 MWQ=5,02 Mvar

=

1

Compensac..

P=-0,00 MWQ=143,01 Mvar

=

1

Carga Gen..


=

Red Exter..


H11VIZCA

P=-0,00 MWQ=-9,65 Mva..

=1

PA

CH

AC

HA

CA

ON

U L

2224

P=-142,31 MWQ=14,44 Mvar

loading=56,36 %





H7 VIZCA

P=0,00 MWQ=-28,57 Mva..

=1


P=101,70 MWQ=-20,04 Mvar

loading=40,75 %

P=-99,33 MWQ=13,03 Mvar

loading=40,75 %

H5 VIZCA

P=-0,00 MWQ=-49,53 Mva..

=1

SVSCompensad..

P=-0,00 MWQ=49,62 Mva..

=

Inte

rrup

t..

Inte

rrup

t..


=

Load ANTAMINA _B


=

M ~M

áqui

na A

sínc

rona

B

P=17,50 MWQ=10,85 Mvar

loading=74,68 %

Tran

sfor

m..

P=0,09 MWQ=-37,04 Mvar

loading=16,70 %

P=0,00 MWQ=38,12 Mvar

loading=16,70 %

0

TR ASIN B

P=17,51 MWQ=12,48 Mvar

loading=71,69 %


2

M ~m

sy m

obol

3


loading=83,61 %

TR MOLBOL-B3



loading=74,48 %

-2

M ~m

sy m

obol

2


loading=83,61 %

TR-MOLBOL_B2


loading=74,48 %

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

G ~A

NTA

CS

2_B

P=0,00 MWQ=11,73 Mvar

loading=78,20 %



P=0,00 MWQ=11,73 Mvar

loading=76,88 %

2

P=25,14 MWQ=64,35 Mvar

loading=0,00 %

P=49,48 MWQ=9,28 Mvar

loading=0,00 %

P=5,60 MWQ=26,45 Mvar

loading=0,00 %

DIg

SILE

NT


phiu=92,114 deg

IPCCS_220kVUl=220,433 kVu=1,002 p.u.

phiu=124,109 deg

c2Ul=221,077 kVu=1,005 p.u.phiu=124,579 ..

c1Ul=220,563 kVu=1,003 p.u.phiu=123,887 ..




Flujo de Potencia - considerar el Proyecto Avenida Minima Demanda 2013


Proyecto:ANTAMINA

Gráfica: Red

Fecha:

Anexo:



VIZCARRA

C3

Ul=4,211 kVu=1,012 p.u.phiu=-65,4..

C2Ul=3,260 kVu=1,042 p.u.phiu=-65,9..

C1Ul=4,989 kVu=1,008 p.u.phiu=-65,4..

B3

Ul=4,194 kVu=1,008 p.u.phiu=-65,7..

B2Ul=3,260 kVu=1,042 p.u.phiu=-65,9..

B1 Ul=3,260 kVu=1,042 p.u.phiu=-65,9..

A3Ul=4,010 kVu=0,964 p.u.

phiu=-62,004 deg

A2Ul=3,111 kVu=0,994 p.u.

phiu=-62,893 deg

A1Ul=4,715 kVu=0,952 p.u.

phiu=-62,432 deg

CS2

Ul=6,814 kVu=1,032 p.u.

phiu=177,398 deg

CS1

Ul=6,805 kVu=1,031 p.u.

phiu=-179,090 deg


phiu=-32,254 deg


phiu=-28,853 deg


phiu=-32,254 deg


phiu=140,631 deg

ANTA 220kV B

Ul=220,666 kVu=1,003 p.u.

phiu=123,676 deg

ANTA 220kVUl=220,666 kVu=1,003 p.u.

phiu=123,676 deg


phiu=138,297 deg


phiu=147,755 deg


phiu=126,464 deg

VIZCARRA

Ul=224,400 kVu=1,020 p.u.

phiu=127,080 deg


phiu=148,805 deg


phiu=150,000 deg


phiu=29,996 deg

AGUA 13.8kV

Ul=13,938 kVu=1,010 p.u.

phiu=0,000 deg

2

Ul=16,637 kVu=1,040 p.u.

phiu=157,055 d..1

Ul=16,637 kVu=1,040 p.u.

phiu=157,055 d..


phiu=157,055 deg



phiu=127,864 deg

PARAMONGA/A

Ul=217,893 k..



phiu=128,597 deg


phiu=128,787 deg

Com

pens

ac..

P=-0,00 MWQ=-0,92 Mva..

=

1

LOA

D IP

CC

S

P=55,00 MWQ=34,09 Mva..

=

Transform..



0

Transform..



0

8 Km IPCCS L1


P=-100,41 MWQ=-23,68 Mva..loading=57,2..

8 Km IPCCS L2



43.2

0Km

Lne

Viz

carr

a -P



7.59

Km

Lne

Ant

amin

a-P

O




=

Load ANTAMINA _A


=

M~M

áqui

na A

sínc

rona

A

P=15,89 MWQ=9,87 Mvar

loading=75,17 %

M~m

sy m

obol

1


loading=83,61 %


P=-94,75 MWQ=9,05 Mvar

loading=62,11 %

P=95,17 MWQ=-12,24 Mvar

loading=62,11 %

M~m

sy m

olsa

g 1

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

TR ASIN A

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

0

TR MOLBOL-A



loading=74,78 %

-1

TR-MOLSAG A

P=-14,40 MWQ=-10,40 Mvar

loading=46,84 %

P=14,41 MWQ=11,97 Mvar

loading=46,84 %

0


P=-94,75 MWQ=9,05 Mvar

loading=62,11 %

P=95,17 MWQ=-12,24 Mvar

loading=62,11 %

h4-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h3-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h2-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h13-

AP=-0,0..Q=-3,0..

=

3

h11-

AP=-0,0..Q=-3,0..

=

3

h7-AP=-0,0..

Q=-3,0..=

3

h5-A

P=-0,0..Q=-3,0..

=

3

h13-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h4-A

P=-0,0..Q=-3,0..

=

3

h11-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h7-CP=-0,00 MW

Q=-3,00 Mvar=

3

h5-CP=-0,00 MW

Q=-3,00 Mvar=

3

h4-CP=-0,00 MW

Q=-3,00 Mvar=

3

h3--

CP=-0,00 MWQ=-3,00 Mvar

=

3

h2-CP=-0,00 MW

Q=-3,00 Mvar=

3

h13-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h11-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h7-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h5-B P=-0,00 MW

Q=-3,00 Mvar=

3

h3-A

P=-0,0..Q=-3,0..

=

3

h2-AP=-0,00 MW

Q=-3,00 Mvar=

3

G ~ AN

TA C

S1_

A

P=0,00 MWQ=10,17 Mvar

loading=67,79 %

TRANFORMADOR CS1

P=0,07 MWQ=-9,58 Mvar

loading=65,75 %

P=0,00 MWQ=10,17 Mvar

loading=65,75 %

1

Interrupt..


= = = = = =

0


P=96,11 MWQ=-12,29 Mvar

loading=62,72 %

P=-95,69 MWQ=9,21 Mvar

loading=62,72 %

Interrupt..



loading=31,38 %

P=47,13 MWQ=2,91 Mvar

loading=31,38 %

0


loading=73,32 %

P=-109,58 MWQ=6,01 Mvar

loading=73,32 %

0

Lne

Viz

carr

a- A

ntam

ina_

L225

6

P=-112,38 MWQ=-19,18 Mvar

loading=49,71 %

P=113,17 MWQ=17,76 Mva..loading=49,..

PA

RA

GS

HA

L-2

254

P=-154..Q=26,9..loadin..

P=158,22 MWQ=-16,74 Mvar

loading=84,82 %


loading=87,88 %

P=-162,15 MWQ=21,71 Mvar

loading=87,88 %


P=-12,50 MWQ=-8,54 Mvar

loading=17,54 %

P=12,57 MWQ=-38,95 Mvar

loading=17,54 %


P=-12,50 MWQ=-8,54 Mvar



KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2269

P=-12,57 MWQ=-31,97 Mvar

loading=19,62 %

P=12,74 MWQ=4,66 Mvar

loading=19,62 ..

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2270


P=12,74 MWQ=4,66 Mvar

loading=19,62 ..


P=-5,60 MWQ=-26,25 Mvar

loading=14,23 %

P=5,64 MWQ=11,78 Mvar

loading=14,23 %

TIN

GO

MA

RIA

-VIZ

CA

RR

A -

L225

2

===

===


P=117,30 MWQ=-14,13 Mvar

loading=64,75 %

P=-114,80 MWQ=10,24 Mvar

loading=64,75 %

G~Aguayt G1


loading=0,28 %

Tran

sfor

m..

P=-0,00 MWQ=-0,00 Mvar

loading=0,33 %


loading=0,33 %

0

Com

pens

ac..

P=0

,00.

.Q

=-25

,..=

1

Load ASDs_C


=

Load ANTAMINA _C

P=24,99 MWQ=15,49 Mvar

=

Carga Gen..

P=24,00 MWQ=-0,00 Mva..

=

M~M

áqui

na A

sínc

rona

C

P=15,89 MWQ=9,87 Mvar

loading=84,81 %

Carga Gen..

P=25,00 MWQ=7,29 Mvar

=


loading=35,05 %

P=-59,44 MWQ=25,67 Mvar

loading=35,05 %

M~m

sy m

obol

4


loading=83,61 %

Carga Gen..

P=12,00 MWQ=5,81 Mvar

=

M~m

sy m

olsa

g 2

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

Carga Gen..


=

TR ASIN C

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

2

Carga Gen..


=

TR MOLBOL-C

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %


loading=74,48 %

-2

Compensac..

P=-0,00 MWQ=23,54 Mvar

=

1

Carga Gen..

P=25,00 MWQ=12,11 Mvar

=

TR-MOLSAG C


P=14,42 MWQ=11,83 Mvar

loading=46,62 %

-2

Compensac..

P=-0,00 MWQ=4,97 Mvar

=

1

Compensac..

P=0,00 MWQ=141,83 Mvar

=

1

Carga Gen..


=

Red Exter..


H11VIZCA

P=-0,00 MWQ=-9,69 Mva..

=1

PA

CH

AC

HA

CA

ON

U L

2224

P=-176,34 MWQ=8,08 Mvar

loading=69,74 %

P=177,05 MWQ=-4,70 Mvar

loading=69,74 ..



P=-153,46 MWQ=7,22 Mvar

loading=60,67 ..

H7 VIZCA

P=0,00 MWQ=-28,68 Mva..

=1


P=128,46 MWQ=-14,51 Mvar

loading=50,98 %

P=-125,29 MWQ=14,48 Mvar

loading=50,98 %

H5 VIZCA

P=-0,00 MWQ=-49,73 Mva..

=1

SVSCompensad..

P=-0,00 MWQ=-7,84 Mva..

=

Inte

rrup

t..

Inte

rrup

t..


=

Load ANTAMINA _B


=

M ~M

áqui

na A

sínc

rona

B

P=17,50 MWQ=10,85 Mvar

loading=74,68 %

Tran

sfor

m..

P=0,12 MWQ=-91,39 Mvar

loading=41,94 %

P=0,00 MWQ=95,95 Mvar

loading=41,94 %

1

TR ASIN B

P=17,51 MWQ=12,48 Mvar

loading=71,69 %


2

M ~m

sy m

obol

3


loading=83,61 %

TR MOLBOL-B3



loading=74,48 %

-2

M ~m

sy m

obol

2


loading=83,61 %

TR-MOLBOL_B2


loading=74,48 %

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

G ~A

NTA

CS

2_B

P=-0,00 MWQ=14,70 Mvar

loading=97,97 %



P=0,00 MWQ=14,70 Mvar

loading=94,89 %

2

P=25,14 MWQ=63,93 Mvar

loading=0,00 %

P=49,48 MWQ=9,33 Mvar

loading=0,00 %

P=5,60 MWQ=26,25 Mvar

loading=0,00 %

DIg

SILE

NT




LT vizcarra Tmaria- sin considerar el Proyecto Avenida Minima Demanda 2013


Proyecto:ANTAMINA

Gráfica: Red

Fecha:

Anexo:



VIZCARRA

C3

Ul=4,211 kVu=1,012 p.u.phiu=-59,2..

C2Ul=3,260 kVu=1,042 p.u.phiu=-59,7..

C1Ul=4,989 kVu=1,008 p.u.phiu=-59,3..

B3

Ul=4,194 kVu=1,008 p.u.phiu=-59,5..

B2Ul=3,260 kVu=1,042 p.u.phiu=-59,7..

B1 Ul=3,260 kVu=1,042 p.u.phiu=-59,7..

A3Ul=4,010 kVu=0,964 p.u.

phiu=-55,876 deg

A2Ul=3,111 kVu=0,994 p.u.

phiu=-56,765 deg

A1Ul=4,715 kVu=0,952 p.u.

phiu=-56,304 deg

CS2

Ul=6,714 kVu=1,017 p.u.phiu=-176,3..

CS1

Ul=6,517 kVu=0,987 p.u.

phiu=-172,780 deg


phiu=-26,103 deg


phiu=-22,725 deg


phiu=-26,103 deg


phiu=142,555 deg

ANTA 220kV B

Ul=222,224 kVu=1,010 p.u.

phiu=129,773 deg

ANTA 220kVUl=222,224 kVu=1,010 p.u.

phiu=129,773 deg


phiu=140,729 deg


phiu=148,181 deg


phiu=130,911 deg

VIZCARRA

Ul=224,400 kVu=1,020 p.u.

phiu=132,147 deg


phiu=149,008 deg


phiu=150,000 deg


phiu=29,996 deg

AGUA 13.8kV

Ul=13,938 kVu=1,010 p.u.

phiu=0,000 deg

2

Ul=16,224 kVu=1,014 p.u.

phiu=162,136 d..1

Ul=16,224 kVu=1,014 p.u.

phiu=162,136 d..


phiu=162,136 deg



phiu=132,302 deg

PARAMONGA/A

Ul=218,711 k..



phiu=133,029 deg


phiu=133,217 deg


=

Load ANTAMINA _A


=

M~M

áqui

na A

sínc

rona

A

P=15,89 MWQ=9,87 Mvar

loading=75,17 %

M~m

sy m

obol

1


loading=83,61 %


P=-75,25 MWQ=6,99 Mvar

loading=49,09 %

P=75,51 MWQ=-11,76 Mvar

loading=49,09 %

M~m

sy m

olsa

g 1

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

TR ASIN A

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

0

TR MOLBOL-A



loading=74,78 %

-1

TR-MOLSAG A

P=-14,40 MWQ=-10,40 Mvar

loading=46,84 %

P=14,41 MWQ=11,97 Mvar

loading=46,84 %

0


P=-75,25 MWQ=6,99 Mvar

loading=49,09 %

P=75,51 MWQ=-11,76 Mvar

loading=49,09 %

h4-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h3-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h2-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h13-

AP=-0,0..Q=-3,0..

=

3

h11-

AP=-0,0..Q=-3,0..

=

3

h7-AP=-0,0..

Q=-3,0..=

3

h5-A

P=-0,0..Q=-3,0..

=

3

h13-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h4-A

P=-0,0..Q=-3,0..

=

3

h11-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h7-CP=-0,00 MW

Q=-3,00 Mvar=

3

h5-CP=-0,00 MW

Q=-3,00 Mvar=

3

h4-CP=-0,00 MW

Q=-3,00 Mvar=

3

h3--

CP=-0,00 MWQ=-3,00 Mvar

=

3

h2-CP=-0,00 MW

Q=-3,00 Mvar=

3

h13-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h11-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h7-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h5-B P=-0,00 MW

Q=-3,00 Mvar=

3

h3-A

P=-0,0..Q=-3,0..

=

3

h2-AP=-0,00 MW

Q=-3,00 Mvar=

3

G ~ AN

TA C

S1_

A


loading=14,13 %

TRANFORMADOR CS1

P=0,03 MWQ=-2,06 Mvar

loading=14,31 %


loading=14,31 %

1

Interrupt..


= = = = = =

0


P=76,26 MWQ=-11,80 Mvar

loading=49,57 %

P=-76,00 MWQ=7,13 Mvar

loading=49,57 %

Interrupt..



loading=31,84 %

P=47,09 MWQ=10,50 Mvar

loading=31,84 %

0


loading=73,21 %

P=-109,56 MWQ=-1,56 Mvar

loading=73,21 %

0

Lne

Viz

carr

a- A

ntam

ina_

L225

6

P=-78,61 MWQ=-11,92 Mvar

loading=34,43 %


Lne

Viz

carr

a- A

ntam

ina_

L225

5

P=-78,61 MWQ=-11,92 Mvar

loading=34,43 %


PA

RA

GS

HA

L-2

254

P=-120..Q=10,3..loadin..

P=122,63 MWQ=-12,91 Mvar

loading=65,21 %


loading=70,15 %

P=-128,95 MWQ=21,10 Mvar

loading=70,15 %


P=-12,50 MWQ=-8,56 Mvar

loading=17,61 %

P=12,57 MWQ=-39,30 Mvar

loading=17,61 %


P=-12,50 MWQ=-8,56 Mvar



KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2269

P=-12,57 MWQ=-32,16 Mvar

loading=19,65 %

P=12,74 MWQ=4,64 Mvar

loading=19,65 ..

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2270


P=12,74 MWQ=4,64 Mvar

loading=19,65 ..


P=-5,60 MWQ=-26,43 Mvar

loading=14,26 %

P=5,64 MWQ=11,85 Mvar

loading=14,26 %

TIN

GO

MA

RIA

-VIZ

CA

RR

A -

L225

2

===

===


P=94,20 MWQ=-11,77 Mvar

loading=51,61 %

P=-92,61 MWQ=0,55 Mvar

loading=51,61 %

G~Aguayt G1


loading=0,28 %

Tran

sfor

m..

P=-0,00 MWQ=-0,00 Mvar

loading=0,33 %


loading=0,33 %

0

Com

pens

ac..

P=0

,00.

.Q

=-20

,..=

1

Load ASDs_C


=

Load ANTAMINA _C

P=24,99 MWQ=15,49 Mvar

=

Carga Gen..

P=24,00 MWQ=-0,00 Mva..

=

M~M

áqui

na A

sínc

rona

C

P=15,89 MWQ=9,87 Mvar

loading=84,81 %

Carga Gen..

P=25,00 MWQ=7,29 Mvar

=


loading=22,43 %

P=-37,39 MWQ=14,73 Mvar

loading=22,43 %

M~m

sy m

obol

4


loading=83,61 %

Carga Gen..

P=12,00 MWQ=5,81 Mvar

=

M~m

sy m

olsa

g 2

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

Carga Gen..


=

TR ASIN C

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

2

Carga Gen..


=

TR MOLBOL-C

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %


loading=74,48 %

-2

Compensac..

P=-0,00 MWQ=23,72 Mvar

=

1

Carga Gen..

P=25,00 MWQ=12,11 Mvar

=

TR-MOLSAG C


P=14,42 MWQ=11,83 Mvar

loading=46,62 %

-2

Compensac..

P=-0,00 MWQ=5,01 Mvar

=

1

Compensac..

P=0,00 MWQ=142,93 Mvar

=

1

Carga Gen..


=

Red Exter..


H11VIZCA

P=-0,00 MWQ=-9,22 Mva..

=1

PA

CH

AC

HA

CA

ON

U L

2224

P=-142,33 MWQ=15,08 Mvar

loading=56,50 %





H7 VIZCA

P=0,00 MWQ=-27,28 Mva..

=1


P=101,70 MWQ=-20,51 Mvar

loading=40,86 %

P=-99,33 MWQ=13,62 Mvar

loading=40,86 %

H5 VIZCA

P=-0,00 MWQ=-47,29 Mva..

=1

SVSCompensad..

P=-0,00 MWQ=44,03 Mva..

=

Inte

rrup

t..

Inte

rrup

t..


=

Load ANTAMINA _B


=

M ~M

áqui

na A

sínc

rona

B

P=17,50 MWQ=10,85 Mvar

loading=74,68 %

Tran

sfor

m..

P=0,09 MWQ=-38,60 Mvar

loading=17,82 %

P=0,00 MWQ=39,76 Mvar

loading=17,82 %

1

TR ASIN B

P=17,51 MWQ=12,48 Mvar

loading=71,69 %


2

M ~m

sy m

obol

3


loading=83,61 %

TR MOLBOL-B3



loading=74,48 %

-2

M ~m

sy m

obol

2


loading=83,61 %

TR-MOLBOL_B2


loading=74,48 %

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

G ~A

NTA

CS

2_B

P=0,00 MWQ=11,73 Mvar

loading=78,20 %



P=0,00 MWQ=11,73 Mvar

loading=76,88 %

2

P=25,14 MWQ=64,32 Mvar

loading=0,00 %

P=49,48 MWQ=9,28 Mvar

loading=0,00 %

P=5,60 MWQ=26,43 Mvar

loading=0,00 %

DIg

SILE

NT


phiu=90,277 deg

IPCCS_220kVUl=220,433 kVu=1,002 p.u.

phiu=122,272 deg

c2Ul=221,077 kVu=1,005 p.u.phiu=122,742 ..

c1Ul=220,563 kVu=1,003 p.u.phiu=122,050 ..






Proyecto:ANTAMINA

Gráfica: Red

Fecha:

Anexo:



VIZCARRA

C3

Ul=4,211 kVu=1,012 p.u.phiu=-67,2..

C2Ul=3,260 kVu=1,042 p.u.phiu=-67,7..

C1Ul=4,989 kVu=1,008 p.u.phiu=-67,3..

B3

Ul=4,194 kVu=1,008 p.u.phiu=-67,5..

B2Ul=3,260 kVu=1,042 p.u.phiu=-67,7..

B1 Ul=3,260 kVu=1,042 p.u.phiu=-67,7..

A3Ul=4,010 kVu=0,964 p.u.

phiu=-63,841 deg

A2Ul=3,111 kVu=0,994 p.u.

phiu=-64,730 deg

A1Ul=4,715 kVu=0,952 p.u.

phiu=-64,269 deg

CS2

Ul=6,814 kVu=1,032 p.u.

phiu=175,561 deg

CS1

Ul=6,805 kVu=1,031 p.u.

phiu=179,074 deg


phiu=-34,091 deg


phiu=-30,690 deg


phiu=-34,091 deg


phiu=138,722 deg

ANTA 220kV B

Ul=220,666 kVu=1,003 p.u.

phiu=121,839 deg

ANTA 220kVUl=220,666 kVu=1,003 p.u.

phiu=121,839 deg


phiu=136,406 deg


phiu=145,779 deg


phiu=124,625 deg

VIZCARRA

Ul=224,400 kVu=1,020 p.u.

phiu=125,244 deg


phiu=146,818 deg


phiu=148,000 deg


phiu=29,996 deg

AGUA 13.8kV

Ul=13,938 kVu=1,010 p.u.

phiu=0,000 deg

2

Ul=16,605 kVu=1,038 p.u.

phiu=155,219 d..1

Ul=16,605 kVu=1,038 p.u.

phiu=155,219 d..


phiu=155,219 deg



phiu=126,023 deg

PARAMONGA/A

Ul=218,062 k..



phiu=126,755 deg


phiu=126,945 deg

Com

pens

ac..

P=0,00 MWQ=-0,92 Mva..

=

1

LOA

D IP

CC

S

P=55,00 MWQ=34,09 Mva..

=

Transform..



0

Transform..



0

8 Km IPCCS L1


P=-100,41 MWQ=-23,68 Mva..loading=57,2..

8 Km IPCCS L2



43.2

0Km

Lne

Viz

carr

a -P



7.59

Km

Lne

Ant

amin

a-P

O




=

Load ANTAMINA _A


=

M~M

áqui

na A

sínc

rona

A

P=15,89 MWQ=9,87 Mvar

loading=75,17 %

M~m

sy m

obol

1


loading=83,61 %


P=-94,73 MWQ=7,87 Mvar

loading=61,80 %

P=95,15 MWQ=-11,14 Mvar

loading=61,80 %

M~m

sy m

olsa

g 1

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

TR ASIN A

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

0

TR MOLBOL-A



loading=74,78 %

-1

TR-MOLSAG A

P=-14,40 MWQ=-10,40 Mvar

loading=46,84 %

P=14,41 MWQ=11,97 Mvar

loading=46,84 %

0


P=-94,73 MWQ=7,87 Mvar

loading=61,80 %

P=95,15 MWQ=-11,14 Mvar

loading=61,80 %

h4-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h3-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h2-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h13-

AP=-0,0..Q=-3,0..

=

3

h11-

AP=-0,0..Q=-3,0..

=

3

h7-AP=-0,0..

Q=-3,0..=

3

h5-A

P=-0,0..Q=-3,0..

=

3

h13-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h4-A

P=-0,0..Q=-3,0..

=

3

h11-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h7-CP=-0,00 MW

Q=-3,00 Mvar=

3

h5-CP=-0,00 MW

Q=-3,00 Mvar=

3

h4-CP=-0,00 MW

Q=-3,00 Mvar=

3

h3--

CP=-0,00 MWQ=-3,00 Mvar

=

3

h2-CP=-0,00 MW

Q=-3,00 Mvar=

3

h13-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h11-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h7-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h5-B P=-0,00 MW

Q=-3,00 Mvar=

3

h3-A

P=-0,0..Q=-3,0..

=

3

h2-AP=-0,00 MW

Q=-3,00 Mvar=

3

G ~ AN

TA C

S1_

A

P=0,00 MWQ=10,17 Mvar

loading=67,79 %

TRANFORMADOR CS1

P=0,07 MWQ=-9,58 Mvar

loading=65,75 %

P=0,00 MWQ=10,17 Mvar

loading=65,75 %

1

Interrupt..


= = = = = =

0


P=96,09 MWQ=-11,18 Mvar

loading=62,41 %

P=-95,68 MWQ=8,02 Mvar

loading=62,41 %

Interrupt..



loading=31,38 %

P=47,13 MWQ=2,91 Mvar

loading=31,38 %

0


loading=73,32 %

P=-109,58 MWQ=6,01 Mvar

loading=73,32 %

0

Lne

Viz

carr

a- A

ntam

ina_

L225

6

P=-112,38 MWQ=-19,18 Mvar

loading=49,71 %

P=113,17 MWQ=17,76 Mva..loading=49,..

PA

RA

GS

HA

L-2

254

P=-154..Q=24,5..loadin..

P=158,15 MWQ=-14,57 Mvar

loading=84,43 %


loading=87,38 %

P=-162,11 MWQ=19,86 Mvar

loading=87,38 %


P=-12,50 MWQ=-8,54 Mvar

loading=17,55 %

P=12,57 MWQ=-39,02 Mvar

loading=17,55 %


P=-12,50 MWQ=-8,54 Mvar



KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2269

P=-12,57 MWQ=-32,01 Mvar

loading=19,63 %

P=12,74 MWQ=4,66 Mvar

loading=19,63 ..

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2270


P=12,74 MWQ=4,66 Mvar

loading=19,63 ..


P=-5,60 MWQ=-26,29 Mvar

loading=14,23 %

P=5,64 MWQ=11,80 Mvar

loading=14,23 %

TIN

GO

MA

RIA

-VIZ

CA

RR

A -

L225

2

===

===


P=117,32 MWQ=-12,75 Mvar

loading=64,49 %

P=-114,84 MWQ=8,65 Mvar

loading=64,49 %

G~Aguayt G1


loading=0,28 %

Tran

sfor

m..

P=-0,00 MWQ=-0,00 Mvar

loading=0,33 %


loading=0,33 %

0

Com

pens

ac..

P=0

,00.

.Q

=-25

,..=

1

Load ASDs_C


=

Load ANTAMINA _C

P=24,99 MWQ=15,49 Mvar

=

Carga Gen..

P=24,00 MWQ=-0,00 Mva..

=

M~M

áqui

na A

sínc

rona

C

P=15,89 MWQ=9,87 Mvar

loading=84,81 %

Carga Gen..

P=25,00 MWQ=7,29 Mvar

=


loading=34,66 %

P=-59,48 MWQ=24,05 Mvar

loading=34,66 %

M~m

sy m

obol

4


loading=83,61 %

Carga Gen..

P=12,00 MWQ=5,81 Mvar

=

M~m

sy m

olsa

g 2

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

Carga Gen..


=

TR ASIN C

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

2

Carga Gen..


=

TR MOLBOL-C

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %


loading=74,48 %

-2

Compensac..

P=-0,00 MWQ=23,58 Mvar

=

1

Carga Gen..

P=25,00 MWQ=12,11 Mvar

=

TR-MOLSAG C


P=14,42 MWQ=11,83 Mvar

loading=46,62 %

-2

Compensac..

P=-0,00 MWQ=4,98 Mvar

=

1

Compensac..

P=0,00 MWQ=142,06 Mvar

=

1

Carga Gen..


=

Red Exter..


H11VIZCA

P=-0,00 MWQ=-9,65 Mva..

=1

PA

CH

AC

HA

CA

ON

U L

2224

P=-176,27 MWQ=6,55 Mvar

loading=69,36 %

P=176,98 MWQ=-3,28 Mvar

loading=69,36 ..



P=-153,43 MWQ=6,10 Mvar

loading=60,35 ..

H7 VIZCA

P=0,00 MWQ=-28,57 Mva..

=1


P=128,43 MWQ=-13,39 Mvar

loading=50,68 %

P=-125,28 MWQ=13,01 Mvar

loading=50,68 %

H5 VIZCA

P=-0,00 MWQ=-49,54 Mva..

=1

SVSCompensad..

P=-0,00 MWQ=-3,73 Mva..

=

Inte

rrup

t..

Inte

rrup

t..


=

Load ANTAMINA _B


=

M ~M

áqui

na A

sínc

rona

B

P=17,50 MWQ=10,85 Mvar

loading=74,68 %

Tran

sfor

m..

P=0,12 MWQ=-87,31 Mvar

loading=40,08 %

P=0,00 MWQ=91,50 Mvar

loading=40,08 %

1

TR ASIN B

P=17,51 MWQ=12,48 Mvar

loading=71,69 %


2

M ~m

sy m

obol

3


loading=83,61 %

TR MOLBOL-B3



loading=74,48 %

-2

M ~m

sy m

obol

2


loading=83,61 %

TR-MOLBOL_B2


loading=74,48 %

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

G ~A

NTA

CS

2_B

P=-0,00 MWQ=14,70 Mvar

loading=97,97 %



P=0,00 MWQ=14,70 Mvar

loading=94,89 %

2

P=25,14 MWQ=64,01 Mvar

loading=0,00 %

P=49,48 MWQ=9,32 Mvar

loading=0,00 %

P=5,60 MWQ=26,29 Mvar

loading=0,00 %

DIg

SILE

NT




LT vizcarra Tmaria- sin considerar el Proyecto Estiaje Maxima Demanda 2013


Proyecto:ANTAMINA

Gráfica: Red

Fecha:

Anexo:



VIZCARRA

C3

Ul=4,211 kVu=1,012 p.u.phiu=-61,1..

C2Ul=3,260 kVu=1,042 p.u.phiu=-61,6..

C1Ul=4,989 kVu=1,008 p.u.phiu=-61,1..

B3

Ul=4,194 kVu=1,008 p.u.phiu=-61,4..

B2Ul=3,260 kVu=1,042 p.u.phiu=-61,6..

B1 Ul=3,260 kVu=1,042 p.u.phiu=-61,6..

A3Ul=4,010 kVu=0,964 p.u.

phiu=-57,744 deg

A2Ul=3,111 kVu=0,994 p.u.

phiu=-58,634 deg

A1Ul=4,715 kVu=0,952 p.u.

phiu=-58,173 deg

CS2

Ul=6,714 kVu=1,017 p.u.phiu=-178,2..

CS1

Ul=6,517 kVu=0,987 p.u.

phiu=-174,649 deg


phiu=-27,972 deg


phiu=-24,594 deg


phiu=-27,972 deg


phiu=140,628 deg

ANTA 220kV B

Ul=222,224 kVu=1,010 p.u.

phiu=127,904 deg

ANTA 220kVUl=222,224 kVu=1,010 p.u.

phiu=127,904 deg


phiu=138,816 deg


phiu=146,201 deg


phiu=129,041 deg

VIZCARRA

Ul=224,400 kVu=1,020 p.u.

phiu=130,278 deg


phiu=147,019 deg


phiu=148,000 deg


phiu=29,996 deg

AGUA 13.8kV

Ul=13,938 kVu=1,010 p.u.

phiu=0,000 deg

2

Ul=16,585 kVu=1,037 p.u.

phiu=160,268 d..1

Ul=16,585 kVu=1,037 p.u.

phiu=160,268 d..


phiu=160,268 deg



phiu=130,430 deg

PARAMONGA/A

Ul=218,872 k..



phiu=131,156 deg


phiu=131,343 deg

Lne

Viz

carr

a- A

ntam

ina_

L225

5

P=-78,61 MWQ=-11,92 Mvar

loading=34,43 %



=

Load ANTAMINA _A


=

M~M

áqui

na A

sínc

rona

A

P=15,89 MWQ=9,87 Mvar

loading=75,17 %

M~m

sy m

obol

1


loading=83,61 %


P=-75,24 MWQ=5,81 Mvar

loading=48,82 %

P=75,50 MWQ=-10,64 Mvar

loading=48,82 %

M~m

sy m

olsa

g 1

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

TR ASIN A

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

0

TR MOLBOL-A



loading=74,78 %

-1

TR-MOLSAG A

P=-14,40 MWQ=-10,40 Mvar

loading=46,84 %

P=14,41 MWQ=11,97 Mvar

loading=46,84 %

0


P=-75,24 MWQ=5,81 Mvar

loading=48,82 %

P=75,50 MWQ=-10,64 Mvar

loading=48,82 %

h4-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h3-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h2-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h13-

AP=-0,0..Q=-3,0..

=

3

h11-

AP=-0,0..Q=-3,0..

=

3

h7-AP=-0,0..

Q=-3,0..=

3

h5-A

P=-0,0..Q=-3,0..

=

3

h13-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h4-A

P=-0,0..Q=-3,0..

=

3

h11-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h7-CP=-0,00 MW

Q=-3,00 Mvar=

3

h5-CP=-0,00 MW

Q=-3,00 Mvar=

3

h4-CP=-0,00 MW

Q=-3,00 Mvar=

3

h3--

CP=-0,00 MWQ=-3,00 Mvar

=

3

h2-CP=-0,00 MW

Q=-3,00 Mvar=

3

h13-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h11-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h7-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h5-B P=-0,00 MW

Q=-3,00 Mvar=

3

h3-A

P=-0,0..Q=-3,0..

=

3

h2-AP=-0,00 MW

Q=-3,00 Mvar=

3

G ~ AN

TA C

S1_

A


loading=14,13 %

TRANFORMADOR CS1

P=0,03 MWQ=-2,06 Mvar

loading=14,31 %


loading=14,31 %

1

Interrupt..


= = = = = =

0


P=76,25 MWQ=-10,68 Mvar

loading=49,30 %

P=-75,99 MWQ=5,94 Mvar

loading=49,30 %

Interrupt..



loading=31,84 %

P=47,09 MWQ=10,50 Mvar

loading=31,84 %

0


loading=73,21 %

P=-109,56 MWQ=-1,56 Mvar

loading=73,21 %

0

Lne

Viz

carr

a- A

ntam

ina_

L225

6

P=-78,61 MWQ=-11,92 Mvar

loading=34,43 %


PA

RA

GS

HA

L-2

254

P=-120..Q=7,96..loadin..

P=122,58 MWQ=-10,74 Mvar

loading=64,90 %


loading=69,68 %

P=-128,92 MWQ=19,23 Mvar

loading=69,68 %


P=-12,50 MWQ=-8,56 Mvar

loading=17,63 %

P=12,57 MWQ=-39,37 Mvar

loading=17,63 %


P=-12,50 MWQ=-8,56 Mvar



KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2269

P=-12,57 MWQ=-32,20 Mvar

loading=19,66 %

P=12,74 MWQ=4,64 Mvar

loading=19,66 ..

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2270


P=12,74 MWQ=4,64 Mvar

loading=19,66 ..


P=-5,60 MWQ=-26,47 Mvar

loading=14,27 %

P=5,64 MWQ=11,86 Mvar

loading=14,27 %

TIN

GO

MA

RIA

-VIZ

CA

RR

A -

L225

2

===

===


P=94,22 MWQ=-10,38 Mvar

loading=51,39 %

P=-92,64 MWQ=-0,97 Mvar

loading=51,39 %

G~Aguayt G1


loading=0,28 %

Tran

sfor

m..

P=-0,00 MWQ=-0,00 Mvar

loading=0,33 %


loading=0,33 %

0

Com

pens

ac..

P=0

,00.

.Q

=-20

,..=

1

Load ASDs_C


=

Load ANTAMINA _C

P=24,99 MWQ=15,49 Mvar

=

Carga Gen..

P=24,00 MWQ=-0,00 Mva..

=

M~M

áqui

na A

sínc

rona

C

P=15,89 MWQ=9,87 Mvar

loading=84,81 %

Carga Gen..

P=25,00 MWQ=7,29 Mvar

=


loading=22,05 %

P=-37,43 MWQ=13,18 Mvar

loading=22,05 %

M~m

sy m

obol

4


loading=83,61 %

Carga Gen..

P=12,00 MWQ=5,81 Mvar

=

M~m

sy m

olsa

g 2

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

Carga Gen..


=

TR ASIN C

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

2

Carga Gen..


=

TR MOLBOL-C

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %


loading=74,48 %

-2

Compensac..

P=-0,00 MWQ=23,75 Mvar

=

1

Carga Gen..

P=25,00 MWQ=12,11 Mvar

=

TR-MOLSAG C


P=14,42 MWQ=11,83 Mvar

loading=46,62 %

-2

Compensac..

P=-0,00 MWQ=5,02 Mvar

=

1

Compensac..

P=0,00 MWQ=143,14 Mvar

=

1

Carga Gen..


=

Red Exter..


H11VIZCA

P=-0,00 MWQ=-9,63 Mva..

=1

PA

CH

AC

HA

CA

ON

U L

2224

P=-142,29 MWQ=13,47 Mvar

loading=56,15 %





H7 VIZCA

P=0,00 MWQ=-28,50 Mva..

=1


P=101,69 MWQ=-19,32 Mvar

loading=40,57 %

P=-99,33 MWQ=12,13 Mvar

loading=40,57 %

H5 VIZCA

P=-0,00 MWQ=-49,42 Mva..

=1

SVSCompensad..

P=-0,00 MWQ=51,85 Mva..

=

Inte

rrup

t..

Inte

rrup

t..


=

Load ANTAMINA _B


=

M ~M

áqui

na A

sínc

rona

B

P=17,50 MWQ=10,85 Mvar

loading=74,68 %

Tran

sfor

m..

P=0,09 MWQ=-34,69 Mvar

loading=15,66 %

P=0,00 MWQ=35,70 Mvar

loading=15,66 %

0

TR ASIN B

P=17,51 MWQ=12,48 Mvar

loading=71,69 %


2

M ~m

sy m

obol

3


loading=83,61 %

TR MOLBOL-B3



loading=74,48 %

-2

M ~m

sy m

obol

2


loading=83,61 %

TR-MOLBOL_B2


loading=74,48 %

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

G ~A

NTA

CS

2_B

P=-0,00 MWQ=11,73 Mvar

loading=78,20 %



P=0,00 MWQ=11,73 Mvar

loading=76,88 %

2

P=25,14 MWQ=64,40 Mvar

loading=0,00 %

P=49,48 MWQ=9,28 Mvar

loading=0,00 %

P=5,60 MWQ=26,47 Mvar

loading=0,00 %

DIg

SILE

NT


phiu=91,114 deg

IPCCS_220kVUl=220,433 kVu=1,002 p.u.

phiu=123,109 deg

c2Ul=221,077 kVu=1,005 p.u.phiu=123,579 ..

c1Ul=220,563 kVu=1,003 p.u.phiu=122,887 ..






Proyecto:ANTAMINA

Gráfica: Red

Fecha:

Anexo:



VIZCARRA

C3

Ul=4,211 kVu=1,012 p.u.phiu=-66,4..

C2Ul=3,260 kVu=1,042 p.u.phiu=-66,9..

C1Ul=4,989 kVu=1,008 p.u.phiu=-66,4..

B3

Ul=4,194 kVu=1,008 p.u.phiu=-66,7..

B2Ul=3,260 kVu=1,042 p.u.phiu=-66,9..

B1 Ul=3,260 kVu=1,042 p.u.phiu=-66,9..

A3Ul=4,010 kVu=0,964 p.u.

phiu=-63,004 deg

A2Ul=3,111 kVu=0,994 p.u.

phiu=-63,893 deg

A1Ul=4,715 kVu=0,952 p.u.

phiu=-63,432 deg

CS2

Ul=6,814 kVu=1,032 p.u.

phiu=176,398 deg

CS1

Ul=6,805 kVu=1,031 p.u.

phiu=179,910 deg


phiu=-33,254 deg


phiu=-29,853 deg


phiu=-33,254 deg


phiu=139,631 deg

ANTA 220kV B

Ul=220,666 kVu=1,003 p.u.

phiu=122,676 deg

ANTA 220kVUl=220,666 kVu=1,003 p.u.

phiu=122,676 deg


phiu=137,297 deg


phiu=146,755 deg


phiu=125,464 deg

VIZCARRA

Ul=224,400 kVu=1,020 p.u.

phiu=126,080 deg


phiu=147,805 deg


phiu=149,000 deg


phiu=29,996 deg

AGUA 13.8kV

Ul=13,938 kVu=1,010 p.u.

phiu=0,000 deg

2

Ul=16,637 kVu=1,040 p.u.

phiu=156,055 d..1

Ul=16,637 kVu=1,040 p.u.

phiu=156,055 d..


phiu=156,055 deg



phiu=126,864 deg

PARAMONGA/A

Ul=217,893 k..



phiu=127,597 deg


phiu=127,787 deg

Com

pens

ac..

P=0,00 MWQ=-0,92 Mva..

=

1

LOA

D IP

CC

S

P=55,00 MWQ=34,09 Mva..

=

Transform..



0

Transform..



0

8 Km IPCCS L1


P=-100,41 MWQ=-23,68 Mva..loading=57,2..

8 Km IPCCS L2



43.2

0Km

Lne

Viz

carr

a -P



7.59

Km

Lne

Ant

amin

a-P

O




=

Load ANTAMINA _A


=

M~M

áqui

na A

sínc

rona

A

P=15,89 MWQ=9,87 Mvar

loading=75,17 %

M~m

sy m

obol

1


loading=83,61 %


P=-94,75 MWQ=9,05 Mvar

loading=62,11 %

P=95,17 MWQ=-12,24 Mvar

loading=62,11 %

M~m

sy m

olsa

g 1

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

TR ASIN A

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

0

TR MOLBOL-A



loading=74,78 %

-1

TR-MOLSAG A

P=-14,40 MWQ=-10,40 Mvar

loading=46,84 %

P=14,41 MWQ=11,97 Mvar

loading=46,84 %

0


P=-94,75 MWQ=9,05 Mvar

loading=62,11 %

P=95,17 MWQ=-12,24 Mvar

loading=62,11 %

h4-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h3-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h2-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h13-

AP=-0,0..Q=-3,0..

=

3

h11-

AP=-0,0..Q=-3,0..

=

3

h7-AP=-0,0..

Q=-3,0..=

3

h5-A

P=-0,0..Q=-3,0..

=

3

h13-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h4-A

P=-0,0..Q=-3,0..

=

3

h11-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h7-CP=-0,00 MW

Q=-3,00 Mvar=

3

h5-CP=-0,00 MW

Q=-3,00 Mvar=

3

h4-CP=-0,00 MW

Q=-3,00 Mvar=

3

h3--

CP=-0,00 MWQ=-3,00 Mvar

=

3

h2-CP=-0,00 MW

Q=-3,00 Mvar=

3

h13-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h11-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h7-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h5-B P=-0,00 MW

Q=-3,00 Mvar=

3

h3-A

P=-0,0..Q=-3,0..

=

3

h2-AP=-0,00 MW

Q=-3,00 Mvar=

3

G ~ AN

TA C

S1_

A

P=0,00 MWQ=10,17 Mvar

loading=67,79 %

TRANFORMADOR CS1

P=0,07 MWQ=-9,58 Mvar

loading=65,75 %

P=0,00 MWQ=10,17 Mvar

loading=65,75 %

1

Interrupt..


= = = = = =

0


P=96,11 MWQ=-12,29 Mvar

loading=62,72 %

P=-95,69 MWQ=9,21 Mvar

loading=62,72 %

Interrupt..



loading=31,38 %

P=47,13 MWQ=2,91 Mvar

loading=31,38 %

0


loading=73,32 %

P=-109,58 MWQ=6,01 Mvar

loading=73,32 %

0

Lne

Viz

carr

a- A

ntam

ina_

L225

6

P=-112,38 MWQ=-19,18 Mvar

loading=49,71 %

P=113,17 MWQ=17,76 Mva..loading=49,..

PA

RA

GS

HA

L-2

254

P=-154..Q=26,9..loadin..

P=158,22 MWQ=-16,74 Mvar

loading=84,82 %


loading=87,88 %

P=-162,15 MWQ=21,71 Mvar

loading=87,88 %


P=-12,50 MWQ=-8,54 Mvar

loading=17,54 %

P=12,57 MWQ=-38,95 Mvar

loading=17,54 %


P=-12,50 MWQ=-8,54 Mvar



KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2269

P=-12,57 MWQ=-31,97 Mvar

loading=19,62 %

P=12,74 MWQ=4,66 Mvar

loading=19,62 ..

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2270


P=12,74 MWQ=4,66 Mvar

loading=19,62 ..


P=-5,60 MWQ=-26,25 Mvar

loading=14,23 %

P=5,64 MWQ=11,78 Mvar

loading=14,23 %

TIN

GO

MA

RIA

-VIZ

CA

RR

A -

L225

2

===

===


P=117,30 MWQ=-14,13 Mvar

loading=64,75 %

P=-114,80 MWQ=10,24 Mvar

loading=64,75 %

G~Aguayt G1


loading=0,28 %

Tran

sfor

m..

P=-0,00 MWQ=-0,00 Mvar

loading=0,33 %


loading=0,33 %

0

Com

pens

ac..

P=0

,00.

.Q

=-25

,..=

1

Load ASDs_C


=

Load ANTAMINA _C

P=24,99 MWQ=15,49 Mvar

=

Carga Gen..

P=24,00 MWQ=-0,00 Mva..

=

M~M

áqui

na A

sínc

rona

C

P=15,89 MWQ=9,87 Mvar

loading=84,81 %

Carga Gen..

P=25,00 MWQ=7,29 Mvar

=


loading=35,05 %

P=-59,44 MWQ=25,67 Mvar

loading=35,05 %

M~m

sy m

obol

4


loading=83,61 %

Carga Gen..

P=12,00 MWQ=5,81 Mvar

=

M~m

sy m

olsa

g 2

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

Carga Gen..


=

TR ASIN C

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

2

Carga Gen..


=

TR MOLBOL-C

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %


loading=74,48 %

-2

Compensac..

P=-0,00 MWQ=23,54 Mvar

=

1

Carga Gen..

P=25,00 MWQ=12,11 Mvar

=

TR-MOLSAG C


P=14,42 MWQ=11,83 Mvar

loading=46,62 %

-2

Compensac..

P=-0,00 MWQ=4,97 Mvar

=

1

Compensac..

P=-0,00 MWQ=141,83 Mvar

=

1

Carga Gen..


=

Red Exter..


H11VIZCA

P=-0,00 MWQ=-9,69 Mva..

=1

PA

CH

AC

HA

CA

ON

U L

2224

P=-176,34 MWQ=8,08 Mvar

loading=69,74 %

P=177,05 MWQ=-4,70 Mvar

loading=69,74 ..



P=-153,46 MWQ=7,22 Mvar

loading=60,67 ..

H7 VIZCA

P=0,00 MWQ=-28,68 Mva..

=1


P=128,46 MWQ=-14,51 Mvar

loading=50,98 %

P=-125,29 MWQ=14,48 Mvar

loading=50,98 %

H5 VIZCA

P=-0,00 MWQ=-49,73 Mva..

=1

SVSCompensad..

P=-0,00 MWQ=-7,84 Mva..

=

Inte

rrup

t..

Inte

rrup

t..


=

Load ANTAMINA _B


=

M ~M

áqui

na A

sínc

rona

B

P=17,50 MWQ=10,85 Mvar

loading=74,68 %

Tran

sfor

m..

P=0,12 MWQ=-91,39 Mvar

loading=41,94 %

P=0,00 MWQ=95,95 Mvar

loading=41,94 %

1

TR ASIN B

P=17,51 MWQ=12,48 Mvar

loading=71,69 %


2

M ~m

sy m

obol

3


loading=83,61 %

TR MOLBOL-B3



loading=74,48 %

-2

M ~m

sy m

obol

2


loading=83,61 %

TR-MOLBOL_B2


loading=74,48 %

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

G ~A

NTA

CS

2_B

P=-0,00 MWQ=14,70 Mvar

loading=97,97 %



P=0,00 MWQ=14,70 Mvar

loading=94,89 %

2

P=25,14 MWQ=63,93 Mvar

loading=0,00 %

P=49,48 MWQ=9,33 Mvar

loading=0,00 %

P=5,60 MWQ=26,25 Mvar

loading=0,00 %

DIg

SILE

NT




LT vizcarra Tmaria- sin considerar el Proyecto estiaje Minima Demanda 2013


Proyecto:ANTAMINA

Gráfica: Red

Fecha:

Anexo:



VIZCARRA

C3

Ul=4,211 kVu=1,012 p.u.phiu=-60,2..

C2Ul=3,260 kVu=1,042 p.u.phiu=-60,7..

C1Ul=4,989 kVu=1,008 p.u.phiu=-60,3..

B3

Ul=4,194 kVu=1,008 p.u.phiu=-60,5..

B2Ul=3,260 kVu=1,042 p.u.phiu=-60,7..

B1 Ul=3,260 kVu=1,042 p.u.phiu=-60,7..

A3Ul=4,010 kVu=0,964 p.u.

phiu=-56,876 deg

A2Ul=3,111 kVu=0,994 p.u.

phiu=-57,765 deg

A1Ul=4,715 kVu=0,952 p.u.

phiu=-57,304 deg

CS2

Ul=6,714 kVu=1,017 p.u.phiu=-177,3..

CS1

Ul=6,517 kVu=0,987 p.u.

phiu=-173,780 deg


phiu=-27,103 deg


phiu=-23,725 deg


phiu=-27,103 deg


phiu=141,555 deg

ANTA 220kV B

Ul=222,224 kVu=1,010 p.u.

phiu=128,773 deg

ANTA 220kVUl=222,224 kVu=1,010 p.u.

phiu=128,773 deg


phiu=139,729 deg


phiu=147,181 deg


phiu=129,911 deg

VIZCARRA

Ul=224,400 kVu=1,020 p.u.

phiu=131,147 deg


phiu=148,008 deg


phiu=149,000 deg


phiu=29,996 deg

AGUA 13.8kV

Ul=13,938 kVu=1,010 p.u.

phiu=0,000 deg

2

Ul=16,224 kVu=1,014 p.u.

phiu=161,136 d..1

Ul=16,224 kVu=1,014 p.u.

phiu=161,136 d..


phiu=161,136 deg



phiu=131,302 deg

PARAMONGA/A

Ul=218,711 k..



phiu=132,029 deg


phiu=132,217 deg

Lne

Viz

carr

a- A

ntam

ina_

L225

5

P=-78,61 MWQ=-11,92 Mvar

loading=34,43 %



=

Load ANTAMINA _A


=

M~M

áqui

na A

sínc

rona

A

P=15,89 MWQ=9,87 Mvar

loading=75,17 %

M~m

sy m

obol

1


loading=83,61 %


P=-75,25 MWQ=6,99 Mvar

loading=49,09 %

P=75,51 MWQ=-11,76 Mvar

loading=49,09 %

M~m

sy m

olsa

g 1

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

TR ASIN A

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

0

TR MOLBOL-A



loading=74,78 %

-1

TR-MOLSAG A

P=-14,40 MWQ=-10,40 Mvar

loading=46,84 %

P=14,41 MWQ=11,97 Mvar

loading=46,84 %

0


P=-75,25 MWQ=6,99 Mvar

loading=49,09 %

P=75,51 MWQ=-11,76 Mvar

loading=49,09 %

h4-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h3-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h2-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h13-

AP=-0,0..Q=-3,0..

=

3

h11-

AP=-0,0..Q=-3,0..

=

3

h7-AP=-0,0..

Q=-3,0..=

3

h5-A

P=-0,0..Q=-3,0..

=

3

h13-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h4-A

P=-0,0..Q=-3,0..

=

3

h11-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h7-CP=-0,00 MW

Q=-3,00 Mvar=

3

h5-CP=-0,00 MW

Q=-3,00 Mvar=

3

h4-CP=-0,00 MW

Q=-3,00 Mvar=

3

h3--

CP=-0,00 MWQ=-3,00 Mvar

=

3

h2-CP=-0,00 MW

Q=-3,00 Mvar=

3

h13-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h11-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h7-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h5-B P=-0,00 MW

Q=-3,00 Mvar=

3

h3-A

P=-0,0..Q=-3,0..

=

3

h2-AP=-0,00 MW

Q=-3,00 Mvar=

3

G ~ AN

TA C

S1_

A


loading=14,13 %

TRANFORMADOR CS1

P=0,03 MWQ=-2,06 Mvar

loading=14,31 %


loading=14,31 %

1

Interrupt..


= = = = = =

0


P=76,26 MWQ=-11,80 Mvar

loading=49,57 %

P=-76,00 MWQ=7,13 Mvar

loading=49,57 %

Interrupt..



loading=31,84 %

P=47,09 MWQ=10,50 Mvar

loading=31,84 %

0


loading=73,21 %

P=-109,56 MWQ=-1,56 Mvar

loading=73,21 %

0

Lne

Viz

carr

a- A

ntam

ina_

L225

6

P=-78,61 MWQ=-11,92 Mvar

loading=34,43 %


PA

RA

GS

HA

L-2

254

P=-120..Q=10,3..loadin..

P=122,63 MWQ=-12,91 Mvar

loading=65,21 %


loading=70,15 %

P=-128,95 MWQ=21,10 Mvar

loading=70,15 %


P=-12,50 MWQ=-8,56 Mvar

loading=17,61 %

P=12,57 MWQ=-39,30 Mvar

loading=17,61 %


P=-12,50 MWQ=-8,56 Mvar



KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2269

P=-12,57 MWQ=-32,16 Mvar

loading=19,65 %

P=12,74 MWQ=4,64 Mvar

loading=19,65 ..

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2270


P=12,74 MWQ=4,64 Mvar

loading=19,65 ..


P=-5,60 MWQ=-26,43 Mvar

loading=14,26 %

P=5,64 MWQ=11,85 Mvar

loading=14,26 %

TIN

GO

MA

RIA

-VIZ

CA

RR

A -

L225

2

===

===


P=94,20 MWQ=-11,77 Mvar

loading=51,61 %

P=-92,61 MWQ=0,55 Mvar

loading=51,61 %

G~Aguayt G1


loading=0,28 %

Tran

sfor

m..

P=-0,00 MWQ=-0,00 Mvar

loading=0,33 %


loading=0,33 %

0

Com

pens

ac..

P=0

,00.

.Q

=-20

,..=

1

Load ASDs_C


=

Load ANTAMINA _C

P=24,99 MWQ=15,49 Mvar

=

Carga Gen..

P=24,00 MWQ=-0,00 Mva..

=

M~M

áqui

na A

sínc

rona

C

P=15,89 MWQ=9,87 Mvar

loading=84,81 %

Carga Gen..

P=25,00 MWQ=7,29 Mvar

=


loading=22,43 %

P=-37,39 MWQ=14,73 Mvar

loading=22,43 %

M~m

sy m

obol

4


loading=83,61 %

Carga Gen..

P=12,00 MWQ=5,81 Mvar

=

M~m

sy m

olsa

g 2

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

Carga Gen..


=

TR ASIN C

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

2

Carga Gen..


=

TR MOLBOL-C

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %


loading=74,48 %

-2

Compensac..

P=-0,00 MWQ=23,72 Mvar

=

1

Carga Gen..

P=25,00 MWQ=12,11 Mvar

=

TR-MOLSAG C


P=14,42 MWQ=11,83 Mvar

loading=46,62 %

-2

Compensac..

P=-0,00 MWQ=5,01 Mvar

=

1

Compensac..

P=-0,00 MWQ=142,93 Mvar

=

1

Carga Gen..


=

Red Exter..


H11VIZCA

P=-0,00 MWQ=-9,22 Mva..

=1

PA

CH

AC

HA

CA

ON

U L

2224

P=-142,33 MWQ=15,08 Mvar

loading=56,50 %





H7 VIZCA

P=0,00 MWQ=-27,28 Mva..

=1


P=101,70 MWQ=-20,51 Mvar

loading=40,86 %

P=-99,33 MWQ=13,62 Mvar

loading=40,86 %

H5 VIZCA

P=-0,00 MWQ=-47,29 Mva..

=1

SVSCompensad..

P=-0,00 MWQ=44,03 Mva..

=

Inte

rrup

t..

Inte

rrup

t..


=

Load ANTAMINA _B


=

M ~M

áqui

na A

sínc

rona

B

P=17,50 MWQ=10,85 Mvar

loading=74,68 %

Tran

sfor

m..

P=0,09 MWQ=-38,60 Mvar

loading=17,82 %

P=0,00 MWQ=39,76 Mvar

loading=17,82 %

1

TR ASIN B

P=17,51 MWQ=12,48 Mvar

loading=71,69 %


2

M ~m

sy m

obol

3


loading=83,61 %

TR MOLBOL-B3



loading=74,48 %

-2

M ~m

sy m

obol

2


loading=83,61 %

TR-MOLBOL_B2


loading=74,48 %

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

G ~A

NTA

CS

2_B

P=0,00 MWQ=11,73 Mvar

loading=78,20 %



P=0,00 MWQ=11,73 Mvar

loading=76,88 %

2

P=25,14 MWQ=64,32 Mvar

loading=0,00 %

P=49,48 MWQ=9,28 Mvar

loading=0,00 %

P=5,60 MWQ=26,43 Mvar

loading=0,00 %

DIg

SILE

NT


CCAASSOO IIVV:: CCoonnttiinnggeenncciiaa IIIIII ((LL..TT.. VViizzccaarrrraa ––

CCoonnooccoocchhaa 222200kkVV ffuueerraa ddee sseerrvviicciioo))..


















phiu=94,259 deg

IPCCS_220kVUl=220,433 kVu=1,002 p.u.

phiu=126,254 deg

c2Ul=221,077 kVu=1,005 p.u.phiu=126,723 ..

c1Ul=220,563 kVu=1,003 p.u.phiu=126,032 ..




Lt Vizac-Conoc - considerar el Proyecto Avenida Maxima Demanda 2013


Proyecto:ANTAMINA

Gráfica: Red

Fecha:

Anexo:



VIZCARRA

C3

Ul=4,211 kVu=1,012 p.u.phiu=-63,2..

C2Ul=3,260 kVu=1,042 p.u.phiu=-63,8..

C1Ul=4,989 kVu=1,008 p.u.phiu=-63,3..

B3

Ul=4,194 kVu=1,008 p.u.phiu=-63,5..

B2Ul=3,260 kVu=1,042 p.u.phiu=-63,8..

B1 Ul=3,260 kVu=1,042 p.u.phiu=-63,8..

A3Ul=4,010 kVu=0,964 p.u.

phiu=-59,859 deg

A2Ul=3,111 kVu=0,994 p.u.

phiu=-60,748 deg

A1Ul=4,715 kVu=0,952 p.u.

phiu=-60,287 deg

CS2

Ul=6,814 kVu=1,032 p.u.

phiu=179,543 deg

CS1

Ul=6,805 kVu=1,031 p.u.

phiu=-176,945 deg


phiu=-30,110 deg


phiu=-26,708 deg


phiu=-30,110 deg


phiu=144,939 deg

ANTA 220kV B

Ul=220,666 kVu=1,003 p.u.

phiu=125,821 deg

ANTA 220kVUl=220,666 kVu=1,003 p.u.

phiu=125,821 deg


phiu=142,844 deg


phiu=151,356 deg


phiu=135,991 deg

VIZCARRA

Ul=224,400 kVu=1,020 p.u.

phiu=129,225 deg


phiu=152,301 deg


phiu=153,400 deg


phiu=131,786 deg

AGUA 13.8kV

Ul=13,938 kVu=1,010 p.u.

phiu=103,561 deg

2

Ul=16,769 kVu=1,048 p.u.

phiu=159,209 d..1

Ul=16,769 kVu=1,048 p.u.

phiu=159,209 d..


phiu=159,209 deg



phiu=137,323 deg

PARAMONGA/A

Ul=220,419 k..



phiu=138,197 deg


phiu=138,380 deg

Com

pens

ac..

P=0,00 MWQ=-0,92 Mva..

=

1

LOA

D IP

CC

S

P=55,00 MWQ=34,09 Mva..

=

Transform..



0

Transform..



0

8 Km IPCCS L1


P=-100,41 MWQ=-23,68 Mva..loading=57,2..

8 Km IPCCS L2



43.2

0Km

Lne

Viz

carr

a -P



7.59

Km

Lne

Ant

amin

a-P

O




=

Load ANTAMINA _A


=

M~M

áqui

na A

sínc

rona

A

P=15,89 MWQ=9,87 Mvar

loading=75,17 %

M~m

sy m

obol

1


loading=83,61 %


P=-85,96 MWQ=7,79 Mvar

loading=56,08 %

P=86,29 MWQ=-11,78 Mvar

loading=56,08 %

M~m

sy m

olsa

g 1

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

TR ASIN A

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

0

TR MOLBOL-A



loading=74,78 %

-1

TR-MOLSAG A

P=-14,40 MWQ=-10,40 Mvar

loading=46,84 %

P=14,41 MWQ=11,97 Mvar

loading=46,84 %

0


P=-85,96 MWQ=7,79 Mvar

loading=56,08 %

P=86,29 MWQ=-11,78 Mvar

loading=56,08 %

h4-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h3-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h2-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h13-

AP=-0,0..Q=-3,0..

=

3

h11-

AP=-0,0..Q=-3,0..

=

3

h7-AP=-0,0..

Q=-3,0..=

3

h5-A

P=-0,0..Q=-3,0..

=

3

h13-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h4-A

P=-0,0..Q=-3,0..

=

3

h11-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h7-CP=-0,00 MW

Q=-3,00 Mvar=

3

h5-CP=-0,00 MW

Q=-3,00 Mvar=

3

h4-CP=-0,00 MW

Q=-3,00 Mvar=

3

h3--

CP=-0,00 MWQ=-3,00 Mvar

=

3

h2-CP=-0,00 MW

Q=-3,00 Mvar=

3

h13-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h11-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h7-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h5-B P=-0,00 MW

Q=-3,00 Mvar=

3

h3-A

P=-0,0..Q=-3,0..

=

3

h2-AP=-0,00 MW

Q=-3,00 Mvar=

3

G ~ AN

TA C

S1_

A

P=0,00 MWQ=10,17 Mvar

loading=67,79 %

TRANFORMADOR CS1

P=0,07 MWQ=-9,58 Mvar

loading=65,75 %

P=0,00 MWQ=10,17 Mvar

loading=65,75 %

1

Interrupt..


= = = = = =

0


P=87,15 MWQ=-11,82 Mvar

loading=56,63 %

P=-86,81 MWQ=7,93 Mvar

loading=56,63 %

Interrupt..



loading=31,38 %

P=47,13 MWQ=2,91 Mvar

loading=31,38 %

0


loading=73,32 %

P=-109,58 MWQ=6,01 Mvar

loading=73,32 %

0

Lne

Viz

carr

a- A

ntam

ina_

L225

6

P=-112,38 MWQ=-19,18 Mvar

loading=49,71 %

P=113,17 MWQ=17,76 Mva..loading=49,..

PA

RA

GS

HA

L-2

254

P=-188..Q=33,7..loadin..

P=193,54 MWQ=-8,85 Mvar

loading=102,75 %


loading=79,64 %

P=-147,16 MWQ=21,03 Mvar

loading=79,64 %


P=-12,50 MWQ=-8,69 Mvar

loading=18,13 %

P=12,57 MWQ=-41,70 Mvar

loading=18,13 %


P=-12,50 MWQ=-8,69 Mvar



KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2269

P=-12,57 MWQ=-23,45 Mvar

loading=14,77 %

P=12,65 MWQ=-5,50 Mvar

loading=14,77 ..

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2270


P=12,65 MWQ=-5,50 Mvar

loading=14,77 ..


P=-5,60 MWQ=-26,80 Mvar

loading=14,34 %

P=5,64 MWQ=11,99 Mvar

loading=14,34 %

TIN

GO

MA

RIA

-VIZ

CA

RR

A -

L225

2

P=25,81 MWQ=-14,29 Mvar

loading=15,11 %

P=-25,68 MWQ=-13,74 Mvar

loading=15,11 %


P=55,51 MWQ=-18,23 Mvar

loading=31,85 %

P=-54,95 MWQ=-0,99 Mvar

loading=31,85 %

G~Aguayt G1

P=26,00 MWQ=-12,98 Mvar

loading=24,38 %

Tran

sfor

m..

P=-25,81 MWQ=14,29 Mvar

loading=28,79 %

P=26,00 MWQ=-12,98 Mvar

loading=28,79 %

0

Com

pens

ac..

P=0

,00.

.Q

=-25

,..=

1

Load ASDs_C


=

Load ANTAMINA _C

P=24,99 MWQ=15,49 Mvar

=

Carga Gen..

P=24,00 MWQ=-0,00 Mva..

=

M~M

áqui

na A

sínc

rona

C

P=15,89 MWQ=9,87 Mvar

loading=84,81 %

Carga Gen..

P=25,00 MWQ=7,29 Mvar

=

CONOCOCHA L-2253 ===

===

M~m

sy m

obol

4


loading=83,61 %

Carga Gen..

P=12,00 MWQ=5,81 Mvar

=

M~m

sy m

olsa

g 2

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

Carga Gen..


=

TR ASIN C

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

2

Carga Gen..


=

TR MOLBOL-C

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %


loading=74,48 %

-2

Compensac..

P=-0,00 MWQ=24,09 Mvar

=

1

Carga Gen..

P=25,00 MWQ=12,11 Mvar

=

TR-MOLSAG C


P=14,42 MWQ=11,83 Mvar

loading=46,62 %

-2

Compensac..

P=-0,00 MWQ=5,28 Mvar

=

1

Compensac..

P=-0,00 MWQ=130,31 Mvar

=

1

Carga Gen..


=

Red Exter..


H11VIZCA

P=-0,00 MWQ=-9,84 Mva..

=1

PA

CH

AC

HA

CA

ON

U L

2224

P=-160,96 MWQ=11,19 Mvar

loading=63,58 %

P=161,55 MWQ=-8,99 Mvar

loading=63,58 ..



P=-141,36 MWQ=9,94 Mvar

loading=55,85 ..

H7 VIZCA

P=0,00 MWQ=-29,14 Mva..

=1


P=116,36 MWQ=-17,23 Mvar

loading=46,27 %

P=-113,58 MWQ=13,76 Mvar

loading=46,27 %

H5 VIZCA

P=-0,00 MWQ=-50,52 Mva..

=1

SVSCompensad..

P=-0,00 MWQ=28,68 Mva..

=

Inte

rrup

t..

Inte

rrup

t..


=

Load ANTAMINA _B


=

M ~M

áqui

na A

sínc

rona

B

P=17,50 MWQ=10,85 Mvar

loading=74,68 %

Tran

sfor

m..

P=0,10 MWQ=-58,76 Mvar

loading=26,38 %

P=0,00 MWQ=60,83 Mvar

loading=26,38 %

0

TR ASIN B

P=17,51 MWQ=12,48 Mvar

loading=71,69 %


2

M ~m

sy m

obol

3


loading=83,61 %

TR MOLBOL-B3



loading=74,48 %

-2

M ~m

sy m

obol

2


loading=83,61 %

TR-MOLBOL_B2


loading=74,48 %

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

G ~A

NTA

CS

2_B

P=-0,00 MWQ=14,70 Mvar

loading=97,97 %



P=0,00 MWQ=14,70 Mvar

loading=94,89 %

2

P=25,15 MWQ=46,91 Mvar

loading=0,00 %


P=5,60 MWQ=26,80 Mvar

loading=0,00 %

DIg

SILE

NT




Lt Vizac-Conoc - Sin considerar el Proyecto Avenida Maxima Demanda 2013


Proyecto:ANTAMINA

Gráfica: Red

Fecha:

Anexo:



VIZCARRA

C3

Ul=4,211 kVu=1,012 p.u.phiu=-55,6..

C2Ul=3,260 kVu=1,042 p.u.phiu=-56,1..

C1Ul=4,989 kVu=1,008 p.u.phiu=-55,7..

B3

Ul=4,194 kVu=1,008 p.u.phiu=-55,9..

B2Ul=3,260 kVu=1,042 p.u.phiu=-56,1..

B1 Ul=3,260 kVu=1,042 p.u.phiu=-56,1..

A3Ul=4,010 kVu=0,964 p.u.

phiu=-52,270 deg

A2Ul=3,111 kVu=0,994 p.u.

phiu=-53,159 deg

A1Ul=4,715 kVu=0,952 p.u.

phiu=-52,698 deg

CS2

Ul=6,714 kVu=1,017 p.u.phiu=-172,7..

CS1

Ul=6,517 kVu=0,987 p.u.

phiu=-169,174 deg


phiu=-22,497 deg


phiu=-19,119 deg


phiu=-22,497 deg


phiu=146,830 deg

ANTA 220kV B

Ul=222,224 kVu=1,010 p.u.

phiu=133,379 deg

ANTA 220kVUl=222,224 kVu=1,010 p.u.

phiu=133,379 deg


phiu=145,220 deg


phiu=151,784 deg


phiu=138,421 deg

VIZCARRA

Ul=224,400 kVu=1,020 p.u.

phiu=135,752 deg


phiu=152,506 deg


phiu=153,400 deg


phiu=138,313 deg

AGUA 13.8kV

Ul=13,938 kVu=1,010 p.u.

phiu=110,088 deg

2

Ul=16,436 kVu=1,027 p.u.

phiu=165,747 d..1

Ul=16,436 kVu=1,027 p.u.

phiu=165,747 d..


phiu=165,747 deg



phiu=139,866 deg

PARAMONGA/A

Ul=214,058 k..



phiu=140,630 deg


phiu=140,831 deg

Lne

Viz

carr

a- A

ntam

ina_

L225

5

P=-78,61 MWQ=-11,92 Mvar

loading=34,43 %



=

Load ANTAMINA _A


=

M~M

áqui

na A

sínc

rona

A

P=15,89 MWQ=9,87 Mvar

loading=75,17 %

M~m

sy m

obol

1


loading=83,61 %


P=-66,49 MWQ=2,57 Mvar

loading=43,18 %

P=66,69 MWQ=-7,86 Mvar

loading=43,18 %

M~m

sy m

olsa

g 1

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

TR ASIN A

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

0

TR MOLBOL-A



loading=74,78 %

-1

TR-MOLSAG A

P=-14,40 MWQ=-10,40 Mvar

loading=46,84 %

P=14,41 MWQ=11,97 Mvar

loading=46,84 %

0


P=-66,49 MWQ=2,57 Mvar

loading=43,18 %

P=66,69 MWQ=-7,86 Mvar

loading=43,18 %

h4-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h3-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h2-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h13-

AP=-0,0..Q=-3,0..

=

3

h11-

AP=-0,0..Q=-3,0..

=

3

h7-AP=-0,0..

Q=-3,0..=

3

h5-A

P=-0,0..Q=-3,0..

=

3

h13-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h4-A

P=-0,0..Q=-3,0..

=

3

h11-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h7-CP=-0,00 MW

Q=-3,00 Mvar=

3

h5-CP=-0,00 MW

Q=-3,00 Mvar=

3

h4-CP=-0,00 MW

Q=-3,00 Mvar=

3

h3--

CP=-0,00 MWQ=-3,00 Mvar

=

3

h2-CP=-0,00 MW

Q=-3,00 Mvar=

3

h13-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h11-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h7-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h5-B P=-0,00 MW

Q=-3,00 Mvar=

3

h3-A

P=-0,0..Q=-3,0..

=

3

h2-AP=-0,00 MW

Q=-3,00 Mvar=

3

G ~ AN

TA C

S1_

A


loading=14,13 %

TRANFORMADOR CS1

P=0,03 MWQ=-2,06 Mvar

loading=14,31 %


loading=14,31 %

1

Interrupt..


= = = = = =

0


P=67,36 MWQ=-7,87 Mvar

loading=43,60 %

P=-67,16 MWQ=2,67 Mvar

loading=43,60 %

Interrupt..



loading=31,84 %

P=47,09 MWQ=10,50 Mvar

loading=31,84 %

0


loading=73,21 %

P=-109,56 MWQ=-1,56 Mvar

loading=73,21 %

0

Lne

Viz

carr

a- A

ntam

ina_

L225

6

P=-78,61 MWQ=-11,92 Mvar

loading=34,43 %


PA

RA

GS

HA

L-2

254

P=-132..Q=15,4..loadin..

P=134,76 MWQ=-14,08 Mvar

loading=71,82 %


loading=61,75 %

P=-114,01 MWQ=14,60 Mvar

loading=61,75 %


P=-12,50 MWQ=-8,45 Mvar

loading=17,18 %

P=12,57 MWQ=-37,31 Mvar

loading=17,18 %


P=-12,50 MWQ=-8,45 Mvar



KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2269

P=-12,57 MWQ=-31,07 Mvar

loading=19,50 %

P=12,74 MWQ=4,76 Mvar

loading=19,50 ..

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2270


P=12,74 MWQ=4,76 Mvar

loading=19,50 ..


P=-5,60 MWQ=-25,43 Mvar

loading=14,05 %

P=5,64 MWQ=11,47 Mvar

loading=14,05 %

TIN

GO

MA

RIA

-VIZ

CA

RR

A -

L225

2

P=25,81 MWQ=-14,29 Mvar

loading=15,11 %

P=-25,68 MWQ=-13,74 Mvar

loading=15,11 %


P=55,72 MWQ=2,69 Mvar

loading=33,04 %

P=-55,12 MWQ=-20,99 Mvar

loading=33,04 %

G~Aguayt G1

P=26,00 MWQ=-12,98 Mvar

loading=24,38 %

Tran

sfor

m..

P=-25,81 MWQ=14,29 Mvar

loading=28,79 %

P=26,00 MWQ=-12,98 Mvar

loading=28,79 %

0

Com

pens

ac..

P=0

,00.

.Q

=-20

,..=

1

Load ASDs_C


=

Load ANTAMINA _C

P=24,99 MWQ=15,49 Mvar

=

Carga Gen..

P=24,00 MWQ=-0,00 Mva..

=

M~M

áqui

na A

sínc

rona

C

P=15,89 MWQ=9,87 Mvar

loading=84,81 %

Carga Gen..

P=25,00 MWQ=7,29 Mvar

=


===

M~m

sy m

obol

4


loading=83,61 %

Carga Gen..

P=12,00 MWQ=5,81 Mvar

=

M~m

sy m

olsa

g 2

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

Carga Gen..


=

TR ASIN C

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

2

Carga Gen..


=

TR MOLBOL-C

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %


loading=74,48 %

-2

Compensac..

P=-0,00 MWQ=22,72 Mvar

=

1

Carga Gen..

P=25,00 MWQ=12,11 Mvar

=

TR-MOLSAG C


P=14,42 MWQ=11,83 Mvar

loading=46,62 %

-2

Compensac..

P=-0,00 MWQ=4,79 Mvar

=

1

Compensac..

P=-0,00 MWQ=136,75 Mvar

=

1

Carga Gen..


=

Red Exter..


H11VIZCA

P=-0,00 MWQ=-9,46 Mva..

=1

PA

CH

AC

HA

CA

ON

U L

2224

P=-127,09 MWQ=11,48 Mvar

loading=50,29 %





H7 VIZCA

P=0,00 MWQ=-28,00 Mva..

=1


P=89,79 MWQ=-17,90 Mvar

loading=35,99 %

P=-87,73 MWQ=8,40 Mvar

loading=35,99 %

H5 VIZCA

P=-0,00 MWQ=-48,54 Mva..

=1

SVSCompensad..

P=-0,00 MWQ=70,21 Mva..

=

Inte

rrup

t..

Inte

rrup

t..


=

Load ANTAMINA _B


=

M ~M

áqui

na A

sínc

rona

B

P=17,50 MWQ=10,85 Mvar

loading=74,68 %

Tran

sfor

m..


P=0,00 MWQ=15,78 Mvar

loading=6,98 %

0

TR ASIN B

P=17,51 MWQ=12,48 Mvar

loading=71,69 %


2

M ~m

sy m

obol

3


loading=83,61 %

TR MOLBOL-B3



loading=74,48 %

-2

M ~m

sy m

obol

2


loading=83,61 %

TR-MOLBOL_B2


loading=74,48 %

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

G ~A

NTA

CS

2_B

P=0,00 MWQ=11,73 Mvar

loading=78,20 %



P=0,00 MWQ=11,73 Mvar

loading=76,88 %

2

P=25,14 MWQ=62,13 Mvar

loading=0,00 %

P=49,48 MWQ=9,52 Mvar

loading=0,00 %

P=5,60 MWQ=25,43 Mvar

loading=0,00 %

DIg

SILE

NT


phiu=89,436 deg

IPCCS_220kVUl=220,433 kVu=1,002 p.u.

phiu=121,431 deg

c2Ul=221,077 kVu=1,005 p.u.phiu=121,900 ..

c1Ul=220,563 kVu=1,003 p.u.phiu=121,208 ..




Lt Vizac-Conoc - considerar el Proyecto Avenida Manima Demanda 2013


Proyecto:ANTAMINA

Gráfica: Red

Fecha:

Anexo:



VIZCARRA

C3

Ul=4,211 kVu=1,012 p.u.phiu=-68,0..

C2Ul=3,260 kVu=1,042 p.u.phiu=-68,6..

C1Ul=4,989 kVu=1,008 p.u.phiu=-68,1..

B3

Ul=4,194 kVu=1,008 p.u.phiu=-68,4..

B2Ul=3,260 kVu=1,042 p.u.phiu=-68,6..

B1 Ul=3,260 kVu=1,042 p.u.phiu=-68,6..

A3Ul=4,010 kVu=0,964 p.u.

phiu=-64,682 deg

A2Ul=3,111 kVu=0,994 p.u.

phiu=-65,571 deg

A1Ul=4,715 kVu=0,952 p.u.

phiu=-65,110 deg

CS2

Ul=6,814 kVu=1,032 p.u.

phiu=174,720 deg

CS1

Ul=6,805 kVu=1,031 p.u.

phiu=178,232 deg


phiu=-34,933 deg


phiu=-31,531 deg


phiu=-34,933 deg


phiu=141,124 deg

ANTA 220kV B

Ul=220,666 kVu=1,003 p.u.

phiu=120,998 deg

ANTA 220kVUl=220,666 kVu=1,003 p.u.

phiu=120,998 deg


phiu=138,919 deg


phiu=147,865 deg


phiu=132,012 deg

VIZCARRA

Ul=224,400 kVu=1,020 p.u.

phiu=124,402 deg


phiu=148,857 deg


phiu=150,000 deg


phiu=125,863 deg

AGUA 13.8kV

Ul=13,938 kVu=1,010 p.u.

phiu=96,902 deg

2

Ul=16,427 kVu=1,027 p.u.

phiu=154,384 d..1

Ul=16,427 kVu=1,027 p.u.

phiu=154,384 d..


phiu=154,384 deg



phiu=133,355 deg

PARAMONGA/A

Ul=219,471 k..



phiu=134,235 deg


phiu=134,421 deg

Com

pens

ac..

P=0,00 MWQ=-0,92 Mva..

=

1

LOA

D IP

CC

S

P=55,00 MWQ=34,09 Mva..

=

Transform..



0

Transform..



0

8 Km IPCCS L1


P=-100,41 MWQ=-23,68 Mva..loading=57,2..

8 Km IPCCS L2



43.2

0Km

Lne

Viz

carr

a -P



7.59

Km

Lne

Ant

amin

a-P

O




=

Load ANTAMINA _A


=

M~M

áqui

na A

sínc

rona

A

P=15,89 MWQ=9,87 Mvar

loading=75,17 %

M~m

sy m

obol

1


loading=83,61 %


P=-89,79 MWQ=8,11 Mvar

loading=58,77 %

P=90,16 MWQ=-11,73 Mvar

loading=58,77 %

M~m

sy m

olsa

g 1

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

TR ASIN A

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

0

TR MOLBOL-A



loading=74,78 %

-1

TR-MOLSAG A

P=-14,40 MWQ=-10,40 Mvar

loading=46,84 %

P=14,41 MWQ=11,97 Mvar

loading=46,84 %

0


P=-89,79 MWQ=8,11 Mvar

loading=58,77 %

P=90,16 MWQ=-11,73 Mvar

loading=58,77 %

h4-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h3-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h2-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h13-

AP=-0,0..Q=-3,0..

=

3

h11-

AP=-0,0..Q=-3,0..

=

3

h7-AP=-0,0..

Q=-3,0..=

3

h5-A

P=-0,0..Q=-3,0..

=

3

h13-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h4-A

P=-0,0..Q=-3,0..

=

3

h11-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h7-CP=-0,00 MW

Q=-3,00 Mvar=

3

h5-CP=-0,00 MW

Q=-3,00 Mvar=

3

h4-CP=-0,00 MW

Q=-3,00 Mvar=

3

h3--

CP=-0,00 MWQ=-3,00 Mvar

=

3

h2-CP=-0,00 MW

Q=-3,00 Mvar=

3

h13-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h11-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h7-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h5-B P=-0,00 MW

Q=-3,00 Mvar=

3

h3-A

P=-0,0..Q=-3,0..

=

3

h2-AP=-0,00 MW

Q=-3,00 Mvar=

3

G ~ AN

TA C

S1_

A

P=0,00 MWQ=10,17 Mvar

loading=67,79 %

TRANFORMADOR CS1

P=0,07 MWQ=-9,58 Mvar

loading=65,75 %

P=0,00 MWQ=10,17 Mvar

loading=65,75 %

1

Interrupt..


= = = = = =

0


P=91,06 MWQ=-11,78 Mvar

loading=59,35 %

P=-90,68 MWQ=8,26 Mvar

loading=59,35 %

Interrupt..



loading=31,38 %

P=47,13 MWQ=2,91 Mvar

loading=31,38 %

0


loading=73,32 %

P=-109,58 MWQ=6,01 Mvar

loading=73,32 %

0

Lne

Viz

carr

a- A

ntam

ina_

L225

6

P=-112,38 MWQ=-19,18 Mvar

loading=49,71 %

P=113,17 MWQ=17,76 Mva..loading=49,..

PA

RA

GS

HA

L-2

254

P=-199..Q=41,1..loadin..

P=205,08 MWQ=-10,20 Mvar

loading=109,32 %


loading=83,29 %

P=-153,69 MWQ=20,90 Mvar

loading=83,29 %


P=-12,50 MWQ=-8,67 Mvar

loading=18,04 %

P=12,57 MWQ=-41,27 Mvar

loading=18,04 %


P=-12,50 MWQ=-8,67 Mvar



KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2269

P=-12,57 MWQ=-23,31 Mvar

loading=14,76 %

P=12,65 MWQ=-5,39 Mvar

loading=14,76 ..

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2270


P=12,65 MWQ=-5,39 Mvar

loading=14,76 ..


P=-5,60 MWQ=-26,60 Mvar

loading=14,30 %

P=5,64 MWQ=11,91 Mvar

loading=14,30 %

TIN

GO

MA

RIA

-VIZ

CA

RR

A -

L225

2

P=14,84 MWQ=-13,45 Mvar

loading=10,97 %

P=-14,80 MWQ=-15,35 Mvar

loading=10,97 %


P=55,51 MWQ=-17,86 Mvar

loading=31,92 %

P=-54,95 MWQ=-1,14 Mvar

loading=31,92 %

G~Aguayt G1

P=15,00 MWQ=-12,68 Mvar

loading=16,48 %

Tran

sfor

m..

P=-14,84 MWQ=13,45 Mvar

loading=19,54 %

P=15,00 MWQ=-12,68 Mvar

loading=19,54 %

0

Com

pens

ac..

P=0

,00.

.Q

=-25

,..=

1

Load ASDs_C


=

Load ANTAMINA _C

P=24,99 MWQ=15,49 Mvar

=

Carga Gen..

P=24,00 MWQ=-0,00 Mva..

=

M~M

áqui

na A

sínc

rona

C

P=15,89 MWQ=9,87 Mvar

loading=84,81 %

Carga Gen..

P=25,00 MWQ=7,29 Mvar

=


===

M~m

sy m

obol

4


loading=83,61 %

Carga Gen..

P=12,00 MWQ=5,81 Mvar

=

M~m

sy m

olsa

g 2

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

Carga Gen..


=

TR ASIN C

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

2

Carga Gen..


=

TR MOLBOL-C

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %


loading=74,48 %

-2

Compensac..

P=-0,00 MWQ=23,88 Mvar

=

1

Carga Gen..

P=25,00 MWQ=12,11 Mvar

=

TR-MOLSAG C


P=14,42 MWQ=11,83 Mvar

loading=46,62 %

-2

Compensac..

P=-0,00 MWQ=5,23 Mvar

=

1

Compensac..

P=0,00 MWQ=129,16 Mvar

=

1

Carga Gen..


=

Red Exter..


H11VIZCA

P=-0,00 MWQ=-9,45 Mva..

=1

PA

CH

AC

HA

CA

ON

U L

2224

P=-167,65 MWQ=9,39 Mvar

loading=66,32 %

P=168,30 MWQ=-6,67 Mvar

loading=66,32 ..



P=-146,63 MWQ=8,40 Mvar

loading=58,00 ..

H7 VIZCA

P=0,00 MWQ=-27,96 Mva..

=1


P=121,63 MWQ=-15,69 Mvar

loading=48,35 %

P=-118,69 MWQ=13,75 Mvar

loading=48,35 %

H5 VIZCA

P=-0,00 MWQ=-48,49 Mva..

=1

SVSCompensad..

P=-0,00 MWQ=18,84 Mva..

=

Inte

rrup

t..

Inte

rrup

t..


=

Load ANTAMINA _B


=

M ~M

áqui

na A

sínc

rona

B

P=17,50 MWQ=10,85 Mvar

loading=74,68 %

Tran

sfor

m..

P=0,10 MWQ=-64,58 Mvar

loading=29,69 %

P=0,00 MWQ=67,06 Mvar

loading=29,69 %

1

TR ASIN B

P=17,51 MWQ=12,48 Mvar

loading=71,69 %


2

M ~m

sy m

obol

3


loading=83,61 %

TR MOLBOL-B3



loading=74,48 %

-2

M ~m

sy m

obol

2


loading=83,61 %

TR-MOLBOL_B2


loading=74,48 %

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

G ~A

NTA

CS

2_B

P=-0,00 MWQ=14,70 Mvar

loading=97,97 %



P=0,00 MWQ=14,70 Mvar

loading=94,89 %

2

P=25,14 MWQ=46,62 Mvar

loading=0,00 %


P=5,60 MWQ=26,60 Mvar

loading=0,00 %

DIg

SILE

NT




Lt Vizac-Conoc - Sin considerar el Proyecto Avenida Minima Demanda 2013


Proyecto:ANTAMINA

Gráfica: Red

Fecha:

Anexo:



VIZCARRA

C3

Ul=4,211 kVu=1,012 p.u.phiu=-60,3..

C2Ul=3,260 kVu=1,042 p.u.phiu=-60,9..

C1Ul=4,989 kVu=1,008 p.u.phiu=-60,4..

B3

Ul=4,194 kVu=1,008 p.u.phiu=-60,7..

B2Ul=3,260 kVu=1,042 p.u.phiu=-60,9..

B1 Ul=3,260 kVu=1,042 p.u.phiu=-60,9..

A3Ul=4,010 kVu=0,964 p.u.

phiu=-57,010 deg

A2Ul=3,111 kVu=0,994 p.u.

phiu=-57,900 deg

A1Ul=4,715 kVu=0,952 p.u.

phiu=-57,439 deg

CS2

Ul=6,714 kVu=1,017 p.u.phiu=-177,5..

CS1

Ul=6,517 kVu=0,987 p.u.

phiu=-173,915 deg


phiu=-27,238 deg


phiu=-23,860 deg


phiu=-27,238 deg


phiu=143,039 deg

ANTA 220kV B

Ul=222,224 kVu=1,010 p.u.

phiu=128,638 deg

ANTA 220kVUl=222,224 kVu=1,010 p.u.

phiu=128,638 deg


phiu=141,326 deg


phiu=148,296 deg


phiu=134,482 deg

VIZCARRA

Ul=224,400 kVu=1,020 p.u.

phiu=131,012 deg


phiu=149,063 deg


phiu=150,000 deg


phiu=132,473 deg

AGUA 13.8kV

Ul=13,938 kVu=1,010 p.u.

phiu=103,512 deg

2

Ul=16,074 kVu=1,005 p.u.

phiu=161,006 d..1

Ul=16,074 kVu=1,005 p.u.

phiu=161,006 d..


phiu=161,006 deg



phiu=135,935 deg

PARAMONGA/A

Ul=213,326 k..



phiu=136,706 deg


phiu=136,909 deg


=

Load ANTAMINA _A


=

M~M

áqui

na A

sínc

rona

A

P=15,89 MWQ=9,87 Mvar

loading=75,17 %

M~m

sy m

obol

1


loading=83,61 %


P=-70,26 MWQ=3,07 Mvar

loading=45,76 %

P=70,48 MWQ=-8,08 Mvar

loading=45,76 %

M~m

sy m

olsa

g 1

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

TR ASIN A

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

0

TR MOLBOL-A



loading=74,78 %

-1

TR-MOLSAG A

P=-14,40 MWQ=-10,40 Mvar

loading=46,84 %

P=14,41 MWQ=11,97 Mvar

loading=46,84 %

0


P=-70,26 MWQ=3,07 Mvar

loading=45,76 %

P=70,48 MWQ=-8,08 Mvar

loading=45,76 %

h4-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h3-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h2-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h13-

AP=-0,0..Q=-3,0..

=

3

h11-

AP=-0,0..Q=-3,0..

=

3

h7-AP=-0,0..

Q=-3,0..=

3

h5-A

P=-0,0..Q=-3,0..

=

3

h13-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h4-A

P=-0,0..Q=-3,0..

=

3

h11-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h7-CP=-0,00 MW

Q=-3,00 Mvar=

3

h5-CP=-0,00 MW

Q=-3,00 Mvar=

3

h4-CP=-0,00 MW

Q=-3,00 Mvar=

3

h3--

CP=-0,00 MWQ=-3,00 Mvar

=

3

h2-CP=-0,00 MW

Q=-3,00 Mvar=

3

h13-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h11-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h7-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h5-B P=-0,00 MW

Q=-3,00 Mvar=

3

h3-A

P=-0,0..Q=-3,0..

=

3

h2-AP=-0,00 MW

Q=-3,00 Mvar=

3

G ~ AN

TA C

S1_

A


loading=14,13 %

TRANFORMADOR CS1

P=0,03 MWQ=-2,06 Mvar

loading=14,31 %


loading=14,31 %

1

Interrupt..


= = = = = =

0


P=71,18 MWQ=-8,09 Mvar

loading=46,21 %

P=-70,95 MWQ=3,17 Mvar

loading=46,21 %

Interrupt..



loading=31,84 %

P=47,09 MWQ=10,50 Mvar

loading=31,84 %

0


loading=73,21 %

P=-109,56 MWQ=-1,56 Mvar

loading=73,21 %

0

Lne

Viz

carr

a- A

ntam

ina_

L225

6

P=-78,61 MWQ=-11,92 Mvar

loading=34,43 %


Lne

Viz

carr

a- A

ntam

ina_

L225

5

P=-78,61 MWQ=-11,92 Mvar

loading=34,43 %


PA

RA

GS

HA

L-2

254

P=-143..Q=21,1..loadin..

P=146,07 MWQ=-15,74 Mvar

loading=78,12 %


loading=65,27 %

P=-120,41 MWQ=14,92 Mvar

loading=65,27 %


P=-12,50 MWQ=-8,43 Mvar

loading=17,11 %

P=12,57 MWQ=-37,00 Mvar

loading=17,11 %


P=-12,50 MWQ=-8,43 Mvar



KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2269

P=-12,57 MWQ=-30,90 Mvar

loading=19,48 %

P=12,74 MWQ=4,78 Mvar

loading=19,48 ..

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2270


P=12,74 MWQ=4,78 Mvar

loading=19,48 ..


P=-5,60 MWQ=-25,28 Mvar

loading=14,01 %

P=5,64 MWQ=11,41 Mvar

loading=14,01 %

TIN

GO

MA

RIA

-VIZ

CA

RR

A -

L225

2

P=14,84 MWQ=-13,45 Mvar

loading=10,97 %

P=-14,80 MWQ=-15,35 Mvar

loading=10,97 %


P=55,72 MWQ=2,85 Mvar

loading=33,15 %

P=-55,12 MWQ=-20,97 Mvar

loading=33,15 %

G~Aguayt G1

P=15,00 MWQ=-12,68 Mvar

loading=16,48 %

Tran

sfor

m..

P=-14,84 MWQ=13,45 Mvar

loading=19,54 %

P=15,00 MWQ=-12,68 Mvar

loading=19,54 %

0

Com

pens

ac..

P=0

,00.

.Q

=-20

,..=

1

Load ASDs_C


=

Load ANTAMINA _C

P=24,99 MWQ=15,49 Mvar

=

Carga Gen..

P=24,00 MWQ=-0,00 Mva..

=

M~M

áqui

na A

sínc

rona

C

P=15,89 MWQ=9,87 Mvar

loading=84,81 %

Carga Gen..

P=25,00 MWQ=7,29 Mvar

=


===

M~m

sy m

obol

4


loading=83,61 %

Carga Gen..

P=12,00 MWQ=5,81 Mvar

=

M~m

sy m

olsa

g 2

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

Carga Gen..


=

TR ASIN C

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

2

Carga Gen..


=

TR MOLBOL-C

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %


loading=74,48 %

-2

Compensac..

P=-0,00 MWQ=22,57 Mvar

=

1

Carga Gen..

P=25,00 MWQ=12,11 Mvar

=

TR-MOLSAG C


P=14,42 MWQ=11,83 Mvar

loading=46,62 %

-2

Compensac..

P=-0,00 MWQ=4,75 Mvar

=

1

Compensac..

P=0,00 MWQ=135,78 Mvar

=

1

Carga Gen..


=

Red Exter..


H11VIZCA

P=-0,00 MWQ=-9,05 Mva..

=1

PA

CH

AC

HA

CA

ON

U L

2224

P=-133,61 MWQ=10,55 Mvar

loading=52,92 %




P=-119,92 MWQ=9,79 Mvar

loading=47,52 ..

H7 VIZCA

P=0,00 MWQ=-26,77 Mva..

=1


P=94,92 MWQ=-17,08 Mvar

loading=38,00 %

P=-92,73 MWQ=8,74 Mvar

loading=38,00 %

H5 VIZCA

P=-0,00 MWQ=-46,42 Mva..

=1

SVSCompensad..

P=-0,00 MWQ=62,24 Mva..

=

Inte

rrup

t..

Inte

rrup

t..


=

Load ANTAMINA _B


=

M ~M

áqui

na A

sínc

rona

B

P=17,50 MWQ=10,85 Mvar

loading=74,68 %

Tran

sfor

m..


P=0,00 MWQ=20,00 Mvar

loading=9,05 %

1

TR ASIN B

P=17,51 MWQ=12,48 Mvar

loading=71,69 %


2

M ~m

sy m

obol

3


loading=83,61 %

TR MOLBOL-B3



loading=74,48 %

-2

M ~m

sy m

obol

2


loading=83,61 %

TR-MOLBOL_B2


loading=74,48 %

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

G ~A

NTA

CS

2_B

P=0,00 MWQ=11,73 Mvar

loading=78,20 %



P=0,00 MWQ=11,73 Mvar

loading=76,88 %

2

P=25,14 MWQ=61,79 Mvar

loading=0,00 %

P=49,48 MWQ=9,56 Mvar

loading=0,00 %

P=5,60 MWQ=25,28 Mvar

loading=0,00 %

DIg

SILE

NT


phiu=96,324 deg

IPCCS_220kVUl=220,433 kVu=1,002 p.u.

phiu=128,319 deg

c2Ul=221,077 kVu=1,005 p.u.phiu=128,788 ..

c1Ul=220,563 kVu=1,003 p.u.phiu=128,096 ..




Lt Vizac-Conoc - considerar el Proyecto Estiaje Manima Demanda 2013


Proyecto:ANTAMINA

Gráfica: Red

Fecha:

Anexo:



VIZCARRA

C3

Ul=4,211 kVu=1,012 p.u.phiu=-61,1..

C2Ul=3,260 kVu=1,042 p.u.phiu=-61,7..

C1Ul=4,989 kVu=1,008 p.u.phiu=-61,2..

B3

Ul=4,194 kVu=1,008 p.u.phiu=-61,5..

B2Ul=3,260 kVu=1,042 p.u.phiu=-61,7..

B1 Ul=3,260 kVu=1,042 p.u.phiu=-61,7..

A3Ul=4,010 kVu=0,964 p.u.

phiu=-57,794 deg

A2Ul=3,111 kVu=0,994 p.u.

phiu=-58,683 deg

A1Ul=4,715 kVu=0,952 p.u.

phiu=-58,222 deg

CS2

Ul=6,814 kVu=1,032 p.u.phiu=-178,3..

CS1

Ul=6,805 kVu=1,031 p.u.

phiu=-174,880 deg


phiu=-28,045 deg


phiu=-24,643 deg


phiu=-28,045 deg


phiu=141,668 deg

ANTA 220kV B

Ul=220,666 kVu=1,003 p.u.

phiu=127,886 deg

ANTA 220kVUl=220,666 kVu=1,003 p.u.

phiu=127,886 deg


phiu=140,134 deg


phiu=146,431 deg


phiu=133,458 deg

VIZCARRA

Ul=224,400 kVu=1,020 p.u.

phiu=131,290 deg


phiu=147,128 deg


phiu=148,000 deg


phiu=140,284 deg

AGUA 13.8kV

Ul=13,938 kVu=1,010 p.u.

phiu=116,352 deg

2

Ul=16,658 kVu=1,041 p.u.

phiu=161,278 d..1

Ul=16,658 kVu=1,041 p.u.

phiu=161,278 d..


phiu=161,278 deg



phiu=134,757 deg

PARAMONGA/A

Ul=223,615 k..



phiu=135,608 deg


phiu=135,783 deg

Com

pens

ac..

P=0,00 MWQ=-0,92 Mva..

=

1

LOA

D IP

CC

S

P=55,00 MWQ=34,09 Mva..

=

Transform..



0

Transform..



0

8 Km IPCCS L1


P=-100,41 MWQ=-23,68 Mva..loading=57,2..

8 Km IPCCS L2



43.2

0Km

Lne

Viz

carr

a -P



7.59

Km

Lne

Ant

amin

a-P

O




=

Load ANTAMINA _A


=

M~M

áqui

na A

sínc

rona

A

P=15,89 MWQ=9,87 Mvar

loading=75,17 %

M~m

sy m

obol

1


loading=83,61 %


P=-64,38 MWQ=6,69 Mvar

loading=41,80 %

P=64,57 MWQ=-12,28 Mvar

loading=41,80 %

M~m

sy m

olsa

g 1

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

TR ASIN A

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

0

TR MOLBOL-A



loading=74,78 %

-1

TR-MOLSAG A

P=-14,40 MWQ=-10,40 Mvar

loading=46,84 %

P=14,41 MWQ=11,97 Mvar

loading=46,84 %

0


P=-64,38 MWQ=6,69 Mvar

loading=41,80 %

P=64,57 MWQ=-12,28 Mvar

loading=41,80 %

h4-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h3-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h2-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h13-

AP=-0,0..Q=-3,0..

=

3

h11-

AP=-0,0..Q=-3,0..

=

3

h7-AP=-0,0..

Q=-3,0..=

3

h5-A

P=-0,0..Q=-3,0..

=

3

h13-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h4-A

P=-0,0..Q=-3,0..

=

3

h11-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h7-CP=-0,00 MW

Q=-3,00 Mvar=

3

h5-CP=-0,00 MW

Q=-3,00 Mvar=

3

h4-CP=-0,00 MW

Q=-3,00 Mvar=

3

h3--

CP=-0,00 MWQ=-3,00 Mvar

=

3

h2-CP=-0,00 MW

Q=-3,00 Mvar=

3

h13-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h11-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h7-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h5-B P=-0,00 MW

Q=-3,00 Mvar=

3

h3-A

P=-0,0..Q=-3,0..

=

3

h2-AP=-0,00 MW

Q=-3,00 Mvar=

3

G ~ AN

TA C

S1_

A

P=0,00 MWQ=10,17 Mvar

loading=67,79 %

TRANFORMADOR CS1

P=0,07 MWQ=-9,58 Mvar

loading=65,75 %

P=0,00 MWQ=10,17 Mvar

loading=65,75 %

1

Interrupt..


= = = = = =

0


P=65,21 MWQ=-12,33 Mvar

loading=42,21 %

P=-65,03 MWQ=6,83 Mvar

loading=42,21 %

Interrupt..



loading=31,38 %

P=47,13 MWQ=2,91 Mvar

loading=31,38 %

0


loading=73,32 %

P=-109,58 MWQ=6,01 Mvar

loading=73,32 %

0

Lne

Viz

carr

a- A

ntam

ina_

L225

6

P=-112,38 MWQ=-19,18 Mvar

loading=49,71 %

P=113,17 MWQ=17,76 Mva..loading=49,..

PA

RA

GS

HA

L-2

254

P=-126..Q=2,95..loadin..

P=128,63 MWQ=-4,32 Mvar

loading=67,36 %


loading=60,40 %

P=-110,48 MWQ=22,13 Mvar

loading=60,40 %


P=-12,50 MWQ=-8,78 Mvar

loading=18,43 %

P=12,57 MWQ=-43,15 Mvar

loading=18,43 %


P=-12,50 MWQ=-8,78 Mvar



KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2269

P=-12,57 MWQ=-23,95 Mvar

loading=14,79 %

P=12,65 MWQ=-5,87 Mvar

loading=14,79 ..

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2270


P=12,65 MWQ=-5,87 Mvar

loading=14,79 ..


P=-5,60 MWQ=-27,51 Mvar

loading=14,50 %

P=5,65 MWQ=12,26 Mvar

loading=14,50 %

TIN

GO

MA

RIA

-VIZ

CA

RR

A -

L225

2

P=89,39 MWQ=-17,66 Mvar

loading=46,89 %

P=-87,80 MWQ=2,55 Mvar

loading=46,89 %


P=55,50 MWQ=-19,47 Mvar

loading=31,64 %

P=-54,95 MWQ=-0,51 Mvar

loading=31,64 %

G~Aguayt G1

P=90,00 MWQ=-7,71 Mvar

loading=75,78 %

Tran

sfor

m..

P=-89,39 MWQ=17,66 Mvar

loading=89,44 %

P=90,00 MWQ=-7,71 Mvar

loading=89,44 %

0

Com

pens

ac..

P=0

,00.

.Q

=-25

,..=

1

Load ASDs_C


=

Load ANTAMINA _C

P=24,99 MWQ=15,49 Mvar

=

Carga Gen..

P=24,00 MWQ=-0,00 Mva..

=

M~M

áqui

na A

sínc

rona

C

P=15,89 MWQ=9,87 Mvar

loading=84,81 %

Carga Gen..

P=25,00 MWQ=7,29 Mvar

=


===

M~m

sy m

obol

4


loading=83,61 %

Carga Gen..

P=12,00 MWQ=5,81 Mvar

=

M~m

sy m

olsa

g 2

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

Carga Gen..


=

TR ASIN C

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

2

Carga Gen..


=

TR MOLBOL-C

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %


loading=74,48 %

-2

Compensac..

P=-0,00 MWQ=24,80 Mvar

=

1

Carga Gen..

P=25,00 MWQ=12,11 Mvar

=

TR-MOLSAG C


P=14,42 MWQ=11,83 Mvar

loading=46,62 %

-2

Compensac..

P=-0,00 MWQ=5,44 Mvar

=

1

Compensac..

P=-0,00 MWQ=134,22 Mvar

=

1

Carga Gen..


=

Red Exter..


H11VIZCA

P=-0,00 MWQ=-9,71 Mva..

=1

PA

CH

AC

HA

CA

ON

U L

2224

P=-123,50 MWQ=19,73 Mvar

loading=49,15 %





H7 VIZCA

P=0,00 MWQ=-28,76 Mva..

=1


P=86,89 MWQ=-24,40 Mvar

loading=35,34 %

P=-84,87 MWQ=14,16 Mvar

loading=35,34 %

H5 VIZCA

P=-0,00 MWQ=-49,86 Mva..

=1

SVSCompensad..

P=-0,00 MWQ=42,69 Mva..

=

Inte

rrup

t..

Inte

rrup

t..


=

Load ANTAMINA _B


=

M ~M

áqui

na A

sínc

rona

B

P=17,50 MWQ=10,85 Mvar

loading=74,68 %

Tran

sfor

m..

P=0,09 MWQ=-44,27 Mvar

loading=19,92 %

P=-0,00 MWQ=45,64 Mvar

loading=19,92 %

0

TR ASIN B

P=17,51 MWQ=12,48 Mvar

loading=71,69 %


2

M ~m

sy m

obol

3


loading=83,61 %

TR MOLBOL-B3



loading=74,48 %

-2

M ~m

sy m

obol

2


loading=83,61 %

TR-MOLBOL_B2


loading=74,48 %

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

G ~A

NTA

CS

2_B

P=0,00 MWQ=14,70 Mvar

loading=97,97 %



P=0,00 MWQ=14,70 Mvar

loading=94,89 %

2

P=25,15 MWQ=47,91 Mvar

loading=0,00 %


P=5,60 MWQ=27,51 Mvar

loading=0,00 %

DIg

SILE

NT




Lt Vizac-Conoc - Sin considerar el Proyecto Estiaje Maxima Demanda 2013


Proyecto:ANTAMINA

Gráfica: Red

Fecha:

Anexo:



VIZCARRA

C3

Ul=4,211 kVu=1,012 p.u.phiu=-53,8..

C2Ul=3,260 kVu=1,042 p.u.phiu=-54,4..

C1Ul=4,989 kVu=1,008 p.u.phiu=-53,9..

B3

Ul=4,194 kVu=1,008 p.u.phiu=-54,2..

B2Ul=3,260 kVu=1,042 p.u.phiu=-54,4..

B1 Ul=3,260 kVu=1,042 p.u.phiu=-54,4..

A3Ul=4,010 kVu=0,964 p.u.

phiu=-50,500 deg

A2Ul=3,111 kVu=0,994 p.u.

phiu=-51,389 deg

A1Ul=4,715 kVu=0,952 p.u.

phiu=-50,928 deg

CS2

Ul=6,714 kVu=1,017 p.u.phiu=-171,0..

CS1

Ul=6,517 kVu=0,987 p.u.

phiu=-167,404 deg


phiu=-20,727 deg


phiu=-17,349 deg


phiu=-20,727 deg


phiu=143,483 deg

ANTA 220kV B

Ul=222,224 kVu=1,010 p.u.

phiu=135,149 deg

ANTA 220kVUl=222,224 kVu=1,010 p.u.

phiu=135,149 deg


phiu=142,406 deg


phiu=146,848 deg


phiu=135,740 deg

VIZCARRA

Ul=224,400 kVu=1,020 p.u.

phiu=137,522 deg


phiu=147,328 deg


phiu=148,000 deg


phiu=146,516 deg

AGUA 13.8kV

Ul=13,938 kVu=1,010 p.u.

phiu=122,584 deg

2

Ul=16,388 kVu=1,024 p.u.

phiu=167,519 d..1

Ul=16,388 kVu=1,024 p.u.

phiu=167,519 d..


phiu=167,519 deg



phiu=137,159 deg

PARAMONGA/A

Ul=216,263 k..



phiu=137,906 deg


phiu=138,100 deg


=

Load ANTAMINA _A


=

M~M

áqui

na A

sínc

rona

A

P=15,89 MWQ=9,87 Mvar

loading=75,17 %

M~m

sy m

obol

1


loading=83,61 %


P=-45,28 MWQ=0,65 Mvar

loading=29,26 %

P=45,37 MWQ=-7,08 Mvar

loading=29,26 %

M~m

sy m

olsa

g 1

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

TR ASIN A

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

0

TR MOLBOL-A



loading=74,78 %

-1

TR-MOLSAG A

P=-14,40 MWQ=-10,40 Mvar

loading=46,84 %

P=14,41 MWQ=11,97 Mvar

loading=46,84 %

0


P=-45,28 MWQ=0,65 Mvar

loading=29,26 %

P=45,37 MWQ=-7,08 Mvar

loading=29,26 %

h4-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h3-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h2-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h13-

AP=-0,0..Q=-3,0..

=

3

h11-

AP=-0,0..Q=-3,0..

=

3

h7-AP=-0,0..

Q=-3,0..=

3

h5-A

P=-0,0..Q=-3,0..

=

3

h13-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h4-A

P=-0,0..Q=-3,0..

=

3

h11-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h7-CP=-0,00 MW

Q=-3,00 Mvar=

3

h5-CP=-0,00 MW

Q=-3,00 Mvar=

3

h4-CP=-0,00 MW

Q=-3,00 Mvar=

3

h3--

CP=-0,00 MWQ=-3,00 Mvar

=

3

h2-CP=-0,00 MW

Q=-3,00 Mvar=

3

h13-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h11-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h7-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h5-B P=-0,00 MW

Q=-3,00 Mvar=

3

h3-A

P=-0,0..Q=-3,0..

=

3

h2-AP=-0,00 MW

Q=-3,00 Mvar=

3

G ~ AN

TA C

S1_

A


loading=14,13 %

TRANFORMADOR CS1

P=0,03 MWQ=-2,06 Mvar

loading=14,31 %


loading=14,31 %

1

Interrupt..


= = = = = =

0


P=45,82 MWQ=-7,08 Mvar

loading=29,55 %

P=-45,73 MWQ=0,73 Mvar

loading=29,55 %

Interrupt..



loading=31,84 %

P=47,09 MWQ=10,50 Mvar

loading=31,84 %

0


loading=73,21 %

P=-109,56 MWQ=-1,56 Mvar

loading=73,21 %

0

Lne

Viz

carr

a- A

ntam

ina_

L225

6

P=-78,61 MWQ=-11,92 Mvar

loading=34,43 %


Lne

Viz

carr

a- A

ntam

ina_

L225

5

P=-78,61 MWQ=-11,92 Mvar

loading=34,43 %


PA

RA

GS

HA

L-2

254

P=-70,..Q=-7,1..loadin..

P=70,91 MWQ=-7,80 Mvar

loading=37,46 %



P=-77,99 MWQ=13,52 Mvar

loading=42,99 %


P=-12,50 MWQ=-8,50 Mvar

loading=17,38 %

P=12,57 MWQ=-38,25 Mvar

loading=17,38 %


P=-12,50 MWQ=-8,50 Mvar



KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2269

P=-12,57 MWQ=-31,58 Mvar

loading=19,57 %

P=12,74 MWQ=4,71 Mvar

loading=19,57 ..

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2270


P=12,74 MWQ=4,71 Mvar

loading=19,57 ..


P=-5,60 MWQ=-25,90 Mvar

loading=14,15 %

P=5,64 MWQ=11,65 Mvar

loading=14,15 %

TIN

GO

MA

RIA

-VIZ

CA

RR

A -

L225

2

P=89,39 MWQ=-17,66 Mvar

loading=46,89 %

P=-87,80 MWQ=2,55 Mvar

loading=46,89 %


P=55,71 MWQ=2,20 Mvar

loading=32,72 %

P=-55,12 MWQ=-21,06 Mvar

loading=32,72 %

G~Aguayt G1

P=90,00 MWQ=-7,71 Mvar

loading=75,78 %

Tran

sfor

m..

P=-89,39 MWQ=17,66 Mvar

loading=89,44 %

P=90,00 MWQ=-7,71 Mvar

loading=89,44 %

0

Com

pens

ac..

P=0

,00.

.Q

=-20

,..=

1

Load ASDs_C


=

Load ANTAMINA _C

P=24,99 MWQ=15,49 Mvar

=

Carga Gen..

P=24,00 MWQ=-0,00 Mva..

=

M~M

áqui

na A

sínc

rona

C

P=15,89 MWQ=9,87 Mvar

loading=84,81 %

Carga Gen..

P=25,00 MWQ=7,29 Mvar

=


===

M~m

sy m

obol

4


loading=83,61 %

Carga Gen..

P=12,00 MWQ=5,81 Mvar

=

M~m

sy m

olsa

g 2

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

Carga Gen..


=

TR ASIN C

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

2

Carga Gen..


=

TR MOLBOL-C

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %


loading=74,48 %

-2

Compensac..

P=-0,00 MWQ=23,19 Mvar

=

1

Carga Gen..

P=25,00 MWQ=12,11 Mvar

=

TR-MOLSAG C


P=14,42 MWQ=11,83 Mvar

loading=46,62 %

-2

Compensac..

P=-0,00 MWQ=4,89 Mvar

=

1

Compensac..

P=0,00 MWQ=139,66 Mvar

=

1

Carga Gen..


=

Red Exter..


H11VIZCA

P=-0,00 MWQ=-9,40 Mva..

=1

PA

CH

AC

HA

CA

ON

U L

2224

P=-90,50 MWQ=15,82 Mvar

loading=36,19 %





H7 VIZCA

P=0,00 MWQ=-27,83 Mva..

=1


P=61,08 MWQ=-21,55 Mvar

loading=25,36 %

P=-59,57 MWQ=7,13 Mvar

loading=25,36 %

H5 VIZCA

P=-0,00 MWQ=-48,26 Mva..

=1

SVSCompensad..

P=-0,00 MWQ=76,08 Mva..

=

Inte

rrup

t..

Inte

rrup

t..


=

Load ANTAMINA _B


=

M ~M

áqui

na A

sínc

rona

B

P=17,50 MWQ=10,85 Mvar

loading=74,68 %

Tran

sfor

m..

P=0,08 MWQ=-8,94 Mvar

loading=4,18 %

P=-0,00 MWQ=9,41 Mvar

loading=4,18 %

0

TR ASIN B

P=17,51 MWQ=12,48 Mvar

loading=71,69 %


2

M ~m

sy m

obol

3


loading=83,61 %

TR MOLBOL-B3



loading=74,48 %

-2

M ~m

sy m

obol

2


loading=83,61 %

TR-MOLBOL_B2


loading=74,48 %

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

G ~A

NTA

CS

2_B

P=0,00 MWQ=11,73 Mvar

loading=78,20 %



P=0,00 MWQ=11,73 Mvar

loading=76,88 %

2

P=25,14 MWQ=63,16 Mvar

loading=0,00 %

P=49,48 MWQ=9,41 Mvar

loading=0,00 %

P=5,60 MWQ=25,90 Mvar

loading=0,00 %

DIg

SILE

NT




Lt Vizac-Conoc - Sin considerar el Proyecto Estiaje Minima Demanda 2013


Proyecto:ANTAMINA

Gráfica: Red

Fecha:

Anexo:



VIZCARRA

C3

Ul=4,211 kVu=1,012 p.u.phiu=-52,1..

C2Ul=3,260 kVu=1,042 p.u.phiu=-52,6..

C1Ul=4,989 kVu=1,008 p.u.phiu=-52,1..

B3

Ul=4,194 kVu=1,008 p.u.phiu=-52,4..

B2Ul=3,260 kVu=1,042 p.u.phiu=-52,6..

B1 Ul=3,260 kVu=1,042 p.u.phiu=-52,6..

A3Ul=4,010 kVu=0,964 p.u.

phiu=-48,741 deg

A2Ul=3,111 kVu=0,994 p.u.

phiu=-49,630 deg

A1Ul=4,715 kVu=0,952 p.u.

phiu=-49,169 deg

CS2

Ul=6,714 kVu=1,017 p.u.phiu=-169,2..

CS1

Ul=6,517 kVu=0,987 p.u.

phiu=-165,645 deg


phiu=-18,968 deg


phiu=-15,590 deg


phiu=-18,968 deg


phiu=144,679 deg

ANTA 220kV B

Ul=222,224 kVu=1,010 p.u.

phiu=136,908 deg

ANTA 220kVUl=222,224 kVu=1,010 p.u.

phiu=136,908 deg


phiu=143,656 deg


phiu=147,891 deg


phiu=136,952 deg

VIZCARRA

Ul=224,400 kVu=1,020 p.u.

phiu=139,282 deg


phiu=148,347 deg


phiu=149,000 deg


phiu=149,092 deg

AGUA 13.8kV

Ul=13,938 kVu=1,010 p.u.

phiu=125,702 deg

2

Ul=16,417 kVu=1,026 p.u.

phiu=169,277 d..1

Ul=16,417 kVu=1,026 p.u.

phiu=169,277 d..


phiu=169,277 deg



phiu=138,378 deg

PARAMONGA/A

Ul=215,619 k..



phiu=139,130 deg


phiu=139,326 deg


=

Load ANTAMINA _A


=

M~M

áqui

na A

sínc

rona

A

P=15,89 MWQ=9,87 Mvar

loading=75,17 %

M~m

sy m

obol

1


loading=83,61 %


P=-42,70 MWQ=1,27 Mvar

loading=27,80 %

P=42,79 MWQ=-7,75 Mvar

loading=27,80 %

M~m

sy m

olsa

g 1

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

TR ASIN A

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

0

TR MOLBOL-A



loading=74,78 %

-1

TR-MOLSAG A

P=-14,40 MWQ=-10,40 Mvar

loading=46,84 %

P=14,41 MWQ=11,97 Mvar

loading=46,84 %

0


P=-42,70 MWQ=1,27 Mvar

loading=27,80 %

P=42,79 MWQ=-7,75 Mvar

loading=27,80 %

h4-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h3-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h2-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h13-

AP=-0,0..Q=-3,0..

=

3

h11-

AP=-0,0..Q=-3,0..

=

3

h7-AP=-0,0..

Q=-3,0..=

3

h5-A

P=-0,0..Q=-3,0..

=

3

h13-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h4-A

P=-0,0..Q=-3,0..

=

3

h11-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h7-CP=-0,00 MW

Q=-3,00 Mvar=

3

h5-CP=-0,00 MW

Q=-3,00 Mvar=

3

h4-CP=-0,00 MW

Q=-3,00 Mvar=

3

h3--

CP=-0,00 MWQ=-3,00 Mvar

=

3

h2-CP=-0,00 MW

Q=-3,00 Mvar=

3

h13-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h11-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h7-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h5-B P=-0,00 MW

Q=-3,00 Mvar=

3

h3-A

P=-0,0..Q=-3,0..

=

3

h2-AP=-0,00 MW

Q=-3,00 Mvar=

3

G ~ AN

TA C

S1_

A


loading=14,13 %

TRANFORMADOR CS1

P=0,03 MWQ=-2,06 Mvar

loading=14,31 %

P=-0,00 MWQ=2,12 Mvar

loading=14,31 %

1

Interrupt..


= = = = = =

0


P=43,21 MWQ=-7,75 Mvar

loading=28,06 %

P=-43,13 MWQ=1,35 Mvar

loading=28,06 %

Interrupt..



loading=31,84 %

P=47,09 MWQ=10,50 Mvar

loading=31,84 %

0


loading=73,21 %

P=-109,56 MWQ=-1,56 Mvar

loading=73,21 %

0

Lne

Viz

carr

a- A

ntam

ina_

L225

6

P=-78,61 MWQ=-11,92 Mvar

loading=34,43 %


Lne

Viz

carr

a- A

ntam

ina_

L225

5

P=-78,61 MWQ=-11,92 Mvar

loading=34,43 %


PA

RA

GS

HA

L-2

254

P=-62,..Q=-6,3..loadin..

P=63,16 MWQ=-9,80 Mvar

loading=33,66 %



P=-73,63 MWQ=14,65 Mvar

loading=41,16 %


P=-12,50 MWQ=-8,49 Mvar

loading=17,32 %

P=12,57 MWQ=-37,97 Mvar

loading=17,32 %


P=-12,50 MWQ=-8,49 Mvar



KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2269

P=-12,57 MWQ=-31,43 Mvar

loading=19,55 %

P=12,74 MWQ=4,72 Mvar

loading=19,55 ..

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2270


P=12,74 MWQ=4,72 Mvar

loading=19,55 ..


P=-5,60 MWQ=-25,77 Mvar

loading=14,12 %

P=5,64 MWQ=11,60 Mvar

loading=14,12 %

TIN

GO

MA

RIA

-VIZ

CA

RR

A -

L225

2

P=97,30 MWQ=-17,89 Mvar

loading=50,97 %

P=-95,41 MWQ=5,44 Mvar

loading=50,97 %


P=55,71 MWQ=2,35 Mvar

loading=32,81 %

P=-55,12 MWQ=-21,04 Mvar

loading=32,81 %

G~Aguayt G1

P=98,00 MWQ=-6,20 Mvar

loading=82,38 %

Tran

sfor

m..

P=-97,30 MWQ=17,89 Mvar

loading=97,22 %

P=98,00 MWQ=-6,20 Mvar

loading=97,22 %

0

Com

pens

ac..

P=0

,00.

.Q

=-20

,..=

1

Load ASDs_C


=

Load ANTAMINA _C

P=24,99 MWQ=15,49 Mvar

=

Carga Gen..

P=24,00 MWQ=-0,00 Mva..

=

M~M

áqui

na A

sínc

rona

C

P=15,89 MWQ=9,87 Mvar

loading=84,81 %

Carga Gen..

P=25,00 MWQ=7,29 Mvar

=


===

M~m

sy m

obol

4


loading=83,61 %

Carga Gen..

P=12,00 MWQ=5,81 Mvar

=

M~m

sy m

olsa

g 2

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

Carga Gen..


=

TR ASIN C

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

2

Carga Gen..


=

TR MOLBOL-C

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %


loading=74,48 %

-2

Compensac..

P=-0,00 MWQ=23,05 Mvar

=

1

Carga Gen..

P=25,00 MWQ=12,11 Mvar

=

TR-MOLSAG C


P=14,42 MWQ=11,83 Mvar

loading=46,62 %

-2

Compensac..

P=-0,00 MWQ=4,86 Mvar

=

1

Compensac..

P=-0,00 MWQ=138,80 Mvar

=

1

Carga Gen..


=

Red Exter..


H11VIZCA

P=-0,00 MWQ=-9,44 Mva..

=1

PA

CH

AC

HA

CA

ON

U L

2224

P=-86,09 MWQ=17,27 Mvar

loading=34,79 %





H7 VIZCA

P=0,00 MWQ=-27,93 Mva..

=1


P=57,61 MWQ=-22,64 Mvar

loading=24,35 %

P=-56,15 MWQ=8,00 Mvar

loading=24,35 %

H5 VIZCA

P=-0,00 MWQ=-48,42 Mva..

=1

SVSCompensad..

P=-0,00 MWQ=72,62 Mva..

=

Inte

rrup

t..

Inte

rrup

t..


=

Load ANTAMINA _B


=

M ~M

áqui

na A

sínc

rona

B

P=17,50 MWQ=10,85 Mvar

loading=74,68 %

Tran

sfor

m..


P=-0,00 MWQ=13,17 Mvar

loading=5,83 %

0

TR ASIN B

P=17,51 MWQ=12,48 Mvar

loading=71,69 %


2

M ~m

sy m

obol

3


loading=83,61 %

TR MOLBOL-B3



loading=74,48 %

-2

M ~m

sy m

obol

2


loading=83,61 %

TR-MOLBOL_B2


loading=74,48 %

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

G ~A

NTA

CS

2_B

P=0,00 MWQ=11,73 Mvar

loading=78,20 %



P=0,00 MWQ=11,73 Mvar

loading=76,88 %

2

P=25,14 MWQ=62,86 Mvar

loading=0,00 %

P=49,48 MWQ=9,44 Mvar

loading=0,00 %

P=5,60 MWQ=25,77 Mvar

loading=0,00 %

DIg

SILE

NT


phiu=98,072 deg

IPCCS_220kVUl=220,433 kVu=1,002 p.u.

phiu=130,067 deg

c2Ul=221,077 kVu=1,005 p.u.phiu=130,536 ..

c1Ul=220,563 kVu=1,003 p.u.phiu=129,844 ..




Lt Vizac-Conoc - considerar el Proyecto Estiaje Manima Demanda 2013


Proyecto:ANTAMINA

Gráfica: Red

Fecha:

Anexo:



VIZCARRA

C3

Ul=4,211 kVu=1,012 p.u.phiu=-59,4..

C2Ul=3,260 kVu=1,042 p.u.phiu=-59,9..

C1Ul=4,989 kVu=1,008 p.u.phiu=-59,5..

B3

Ul=4,194 kVu=1,008 p.u.phiu=-59,7..

B2Ul=3,260 kVu=1,042 p.u.phiu=-59,9..

B1 Ul=3,260 kVu=1,042 p.u.phiu=-59,9..

A3Ul=4,010 kVu=0,964 p.u.

phiu=-56,046 deg

A2Ul=3,111 kVu=0,994 p.u.

phiu=-56,935 deg

A1Ul=4,715 kVu=0,952 p.u.

phiu=-56,474 deg

CS2

Ul=6,814 kVu=1,032 p.u.phiu=-176,6..

CS1

Ul=6,805 kVu=1,031 p.u.

phiu=-173,132 deg


phiu=-26,297 deg


phiu=-22,895 deg


phiu=-26,297 deg


phiu=142,855 deg

ANTA 220kV B

Ul=220,666 kVu=1,003 p.u.

phiu=129,634 deg

ANTA 220kVUl=220,666 kVu=1,003 p.u.

phiu=129,634 deg


phiu=141,372 deg


phiu=147,470 deg


phiu=134,664 deg

VIZCARRA

Ul=224,400 kVu=1,020 p.u.

phiu=133,038 deg


phiu=148,146 deg


phiu=149,000 deg


phiu=142,848 deg

AGUA 13.8kV

Ul=13,938 kVu=1,010 p.u.

phiu=119,458 deg

2

Ul=16,680 kVu=1,043 p.u.

phiu=163,025 d..1

Ul=16,680 kVu=1,043 p.u.

phiu=163,025 d..


phiu=163,025 deg



phiu=135,970 deg

PARAMONGA/A

Ul=223,031 k..



phiu=136,825 deg


phiu=137,001 deg

Com

pens

ac..

P=-0,00 MWQ=-0,92 Mva..

=

1

LOA

D IP

CC

S

P=55,00 MWQ=34,09 Mva..

=

Transform..



0

Transform..



0

8 Km IPCCS L1


P=-100,41 MWQ=-23,68 Mva..loading=57,2..

8 Km IPCCS L2



43.2

0Km

Lne

Viz

carr

a -P



7.59

Km

Lne

Ant

amin

a-P

O




=

Load ANTAMINA _A


=

M~M

áqui

na A

sínc

rona

A

P=15,89 MWQ=9,87 Mvar

loading=75,17 %

M~m

sy m

obol

1


loading=83,61 %


P=-61,77 MWQ=7,37 Mvar

loading=40,38 %

P=61,95 MWQ=-13,04 Mvar

loading=40,38 %

M~m

sy m

olsa

g 1

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

TR ASIN A

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

0

TR MOLBOL-A



loading=74,78 %

-1

TR-MOLSAG A

P=-14,40 MWQ=-10,40 Mvar

loading=46,84 %

P=14,41 MWQ=11,97 Mvar

loading=46,84 %

0


P=-61,77 MWQ=7,37 Mvar

loading=40,38 %

P=61,95 MWQ=-13,04 Mvar

loading=40,38 %

h4-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h3-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h2-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h13-

AP=-0,0..Q=-3,0..

=

3

h11-

AP=-0,0..Q=-3,0..

=

3

h7-AP=-0,0..

Q=-3,0..=

3

h5-A

P=-0,0..Q=-3,0..

=

3

h13-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h4-A

P=-0,0..Q=-3,0..

=

3

h11-

CP=-0,00 MWQ=-3,00 Mvar

=

3

h7-CP=-0,00 MW

Q=-3,00 Mvar=

3

h5-CP=-0,00 MW

Q=-3,00 Mvar=

3

h4-CP=-0,00 MW

Q=-3,00 Mvar=

3

h3--

CP=-0,00 MWQ=-3,00 Mvar

=

3

h2-CP=-0,00 MW

Q=-3,00 Mvar=

3

h13-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h11-

B P=-0,00 MWQ=-3,00 Mvar

=

3

h7-B

P=-0,00 MWQ=-3,00 Mvar

=

3

h5-B P=-0,00 MW

Q=-3,00 Mvar=

3

h3-A

P=-0,0..Q=-3,0..

=

3

h2-AP=-0,00 MW

Q=-3,00 Mvar=

3

G ~ AN

TA C

S1_

A

P=0,00 MWQ=10,17 Mvar

loading=67,79 %

TRANFORMADOR CS1

P=0,07 MWQ=-9,58 Mvar

loading=65,75 %

P=0,00 MWQ=10,17 Mvar

loading=65,75 %

1

Interrupt..


= = = = = =

0


P=62,56 MWQ=-13,10 Mvar

loading=40,77 %

P=-62,39 MWQ=7,52 Mvar

loading=40,77 %

Interrupt..



loading=31,38 %

P=47,13 MWQ=2,91 Mvar

loading=31,38 %

0


loading=73,32 %

P=-109,58 MWQ=6,01 Mvar

loading=73,32 %

0

Lne

Viz

carr

a- A

ntam

ina_

L225

6

P=-112,38 MWQ=-19,18 Mvar

loading=49,71 %

P=113,17 MWQ=17,76 Mva..loading=49,..

PA

RA

GS

HA

L-2

254

P=-118..Q=3,00..loadin..

P=120,77 MWQ=-6,59 Mvar

loading=63,45 %


loading=58,58 %

P=-106,06 MWQ=23,43 Mvar

loading=58,58 %


P=-12,50 MWQ=-8,76 Mvar

loading=18,38 %

P=12,57 MWQ=-42,89 Mvar

loading=18,38 %


P=-12,50 MWQ=-8,76 Mvar



KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2269

P=-12,57 MWQ=-23,86 Mvar

loading=14,79 %

P=12,65 MWQ=-5,81 Mvar

loading=14,79 ..

KIM

AN

AY

LLU

- CO

NA

CO

CH

A L

2270


P=12,65 MWQ=-5,81 Mvar

loading=14,79 ..


P=-5,60 MWQ=-27,38 Mvar

loading=14,47 %

P=5,65 MWQ=12,21 Mvar

loading=14,47 %

TIN

GO

MA

RIA

-VIZ

CA

RR

A -

L225

2

P=97,30 MWQ=-17,89 Mvar

loading=50,97 %

P=-95,41 MWQ=5,44 Mvar

loading=50,97 %


P=55,50 MWQ=-19,24 Mvar

loading=31,68 %

P=-54,95 MWQ=-0,60 Mvar

loading=31,68 %

G~Aguayt G1

P=98,00 MWQ=-6,20 Mvar

loading=82,38 %

Tran

sfor

m..

P=-97,30 MWQ=17,89 Mvar

loading=97,22 %

P=98,00 MWQ=-6,20 Mvar

loading=97,22 %

0

Com

pens

ac..

P=0

,00.

.Q

=-25

,..=

1

Load ASDs_C


=

Load ANTAMINA _C

P=24,99 MWQ=15,49 Mvar

=

Carga Gen..

P=24,00 MWQ=-0,00 Mva..

=

M~M

áqui

na A

sínc

rona

C

P=15,89 MWQ=9,87 Mvar

loading=84,81 %

Carga Gen..

P=25,00 MWQ=7,29 Mvar

=


===

M~m

sy m

obol

4


loading=83,61 %

Carga Gen..

P=12,00 MWQ=5,81 Mvar

=

M~m

sy m

olsa

g 2

P=14,40 MWQ=10,40 Mvar

loading=78,95 %

Carga Gen..


=

TR ASIN C

P=-15,89 MWQ=-9,87 Mvar

loading=64,89 %

P=15,90 MWQ=11,22 Mvar

loading=64,89 %

2

Carga Gen..


=

TR MOLBOL-C

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %


loading=74,48 %

-2

Compensac..

P=-0,00 MWQ=24,67 Mvar

=

1

Carga Gen..

P=25,00 MWQ=12,11 Mvar

=

TR-MOLSAG C


P=14,42 MWQ=11,83 Mvar

loading=46,62 %

-2

Compensac..

P=-0,00 MWQ=5,41 Mvar

=

1

Compensac..

P=0,00 MWQ=133,50 Mvar

=

1

Carga Gen..


=

Red Exter..


H11VIZCA

P=-0,00 MWQ=-9,74 Mva..

=1

PA

CH

AC

HA

CA

ON

U L

2224

P=-119,01 MWQ=21,53 Mvar

loading=47,77 %





H7 VIZCA

P=0,00 MWQ=-28,83 Mva..

=1


P=83,35 MWQ=-25,78 Mvar

loading=34,33 %

P=-81,40 MWQ=15,16 Mvar

loading=34,33 %

H5 VIZCA

P=-0,00 MWQ=-49,99 Mva..

=1

SVSCompensad..

P=-0,00 MWQ=39,87 Mva..

=

Inte

rrup

t..

Inte

rrup

t..


=

Load ANTAMINA _B


=

M ~M

áqui

na A

sínc

rona

B

P=17,50 MWQ=10,85 Mvar

loading=74,68 %

Tran

sfor

m..

P=0,09 MWQ=-47,20 Mvar

loading=21,23 %

P=0,00 MWQ=48,69 Mvar

loading=21,23 %

0

TR ASIN B

P=17,51 MWQ=12,48 Mvar

loading=71,69 %


2

M ~m

sy m

obol

3


loading=83,61 %

TR MOLBOL-B3



loading=74,48 %

-2

M ~m

sy m

obol

2


loading=83,61 %

TR-MOLBOL_B2


loading=74,48 %

P=-8,50 MWQ=-5,18 Mvar

loading=74,48 %

-2

G ~A

NTA

CS

2_B

P=0,00 MWQ=14,70 Mvar

loading=97,97 %



P=0,00 MWQ=14,70 Mvar

loading=94,89 %

2

P=25,15 MWQ=47,72 Mvar

loading=0,00 %


P=5,60 MWQ=27,38 Mvar

loading=0,00 %

DIg

SILE

NT

Anexo Nº 01 - Resultados Del Flujo de Potencia

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