V E N T A N A S

( 8 0 2 M C M A A A C )

2 1 , 4 k m

1

2

L O S V I L O S

1 2 , 5 M V A

2 2 0 k V

( B 1 )

( B 2 )

1 0 1 , 9 6 k m

( A A A C F l i n t )

7 5 / 7 5 / 1 2

2 2 0 k V

M V A

Q U I L L O T A

1 5 0 M V A

H 3

H T 3

H 2

P O L P A I C O

L A S V E G A S

1 2 k V

( A A A C B U T T E )

8 , 0 2 k m

3 3 M V A

0,42

km

(312

,8 A

ASC

)

( A A A C B U T T E )

2 0 , 9 2 k m

( C H I L Q U I N T A )

S A N F E L I P E

3 3 M V A

4,5

km

( A A A C B U T T E )

2,2

km

1 1 , 4 7 k m

2 0 , 7 7 k m

2

1

M V A

7 5 / 7 5 / 1 2

H T 4

H T

1

2

1 2

1

2

L A C A L E R A

( C H I L Q U I N T A )

C E R R O C A L E R A

C A L E R A C E N T R O

( C O L B U N )

6 6 k V

( D I V . M . A N D I N A )

S A L A D I L L O

L O S Q U I L O S

M V A

F . P . = 0 , 8 5

1 3 , 8 5 M V A

6 , 6 k V

1 3 , 5

M V A

1 3 , 5

M V A2 2 , 0 8

1 3 , 8 5

1 0 M V A

F . P . = 0 , 8 5

6 , 6 k V

1 0 M V A

F . P . = 0 , 8 5

6 , 6 k V

0,30

km

6 6 k V

1 1 0 k V

4 0 / 4 0 / 1 0 M V A

1 2 k V

1 2 k V

A C O N C A G U A

( C O L B U N )

B L A N C O

J U N C A L

3 0 / 3 3 M V A

F . P . = 0 , 9

F . P . = 0 , 9

1 2 k V

5 1 / 5 6 M V A

6 6 k V

4 0 / 4 0 / 1 0 M V A

110 kV

1 1 0 k V

1 8 / 2 4 / 3 0 M V A

1 1 0 / 6 6 k V

( C O L B U N )

E S P E R A N Z A

2 2 0 k V

7 5 / 9 5 M V A

2 2 0 / 1 1 0 / 1 2 k V

L O S M A Q U I S

6 , 4 k m

A A A C A L L I A N C E

L A S T O R T O L A S

M A R B E L L A

H 2 H 1

H 4 H 3 H 9 H 7 H 8

H 1 1 H 1 2

T O R Q U E M A D A

H O R N I T O S

C O L M I T O

( T E R M O E L E C T R I C A C O L M I T O )

( A E S G E N E R )

( A E S G E N E R )

SAN

RAF

AEL

CO

RM

ECAN

ICA

44/1

2 kV

1 1 0 / 1 3 , 8 k V

1 3 , 5 / 1 8 / 2 2 , 5 M V A

10M

VA

2180

kVA

r

SAN

VIC

ENTE

SAN

EST

EBAN

1 1 0 / 2 4 , 5 - 1 3 , 2 k V

1 5 / 2 0 / 2 5 M V A

3000

kVA

r

3000

kVA

r

SAN

FEL

IPE

TOC

OR

NAL

PUTA

END

O

PALO

MAR

1 1 0 / 1 3 , 2 k V

1 5 / 2 0 / 2 5 M V A

C . D . B . C .

1800

kVA

r

1200

kVA

r

1200

kVA

r

BUC

ALEM

U

TR

AS

LA

VI

A

1 1 0 / 1 3 , 2 k V

1 5 / 2 0 / 2 5 M V A

C . D . B . C .

1200

kVA

r

1200

kVA

r

1200

kVA

r

S A U C E A N D E S

R U N G U E

1 1 0 / 6 6 k V

4 5 / 5 6 M V A

3 0 / 3 3 M V A

L O S E S P I N O S

J 1 0 J 1 1 J 1 2

J 7 J 8 J 9

J 4

J 5

J 6

J 1 J 2 J 3

2

1

2 1

H T

P A C H A C A M A

S A N P E D R O

1 3 , 8 k m

( A C A R 5 5 8 , 8 m m )

P U N T A P E U C O

( A E S G E N E R )

( C O L B U N )

( C O L B U N )

( F F C C )

( R I O T R A N Q U I L O )

S A N R A F A E L

( C H I L Q U I N T A )

( C H I L Q U I N T A )

( C H I L Q U I N T A )

C H A G R E S( C O L B U N )

( T R A N S E L E C )

( F F C C )

( C H I L Q U I N T A )

( C H I L Q U I N T A )

( A E S G E N E R )

( T R A N S E L E C )

( T R A N S E L E C )

( C R I S T A L E R A S D E C H I L E )

S A N L U I S

1 2

S A N T A F I L O M E N A

C O R D I L L E R A A N D I N A

( C O D E L C O D I V I S I O N A N D I N A )

M I N A

( D I V . M . A N D I N A )

6 6 k V

S U P E R I N T E N D E N C I A P L A N T A

P R O D U C T O S C O M E R C I A L E S

1 3 , 2 k V

( T R A N S N E T )

2,20

km

(ASC

159

0 M

CM

)

( A A A C C A I R O )

(AAA

C B

UTT

E)

( A A A C B U T T E )

1 4 , 2 0 k m

N O G A L E S

( T R A N S E L E C )

( P O T E N C I A )

( T R A N S Q U I L L O T A )

( M L P )

4 8 M V A

2 2 0 / 1 1 0 k V

J T 4J T

J S J R

1

2

J 4J 3J 2J 1

J 7J 8 J 5 J 6

( 2 )( 1 )

H 5

H 4

H 6

H 2

H 3

H 1

H T 1

H T 2

H 7

S P

B T 1

B T 2

F 1

F 2

F 3

F 5

F 4

F 6

F 8

F 7

F . P . = 0 , 8

2 x ( 1 , 1 2 M V A )

1 2 k V

110

kV

1 1 0 / 1 3 , 2 k V

2 5 M V A

1 1 0 / 4 4 k V

2 8 M V A

2 x ( 4 4 / 0 , 1 1 5 k V )

1

2

110

kV

( 2 )( 1 )

A 5

A 6

A 2 3

A 4

A 2

A 1

1

2

2 5 M V A

12 k

V

2 2 , 5 M V A

A 7

A 8

A 1 0

C T 1

C T 2

C E M E N T O

M E L O N 2

4 5 M V A

6 6 / 6 6 k V

C E M E N T O

M E L O N 1

1 2 k V

H 1

B 1 B 2

T A P S A N F E L I P E 1 1 0 k V

( C H I L Q U I N T A )

T A P S A N F E L I P E 4 4 k V

4 4 / 1 3 , 2 k V

B 3

B T 5G 1G 2G 3

J 4

J 2

J 1

2 1

( C H I L Q U I N T A )

T A P S A N R A F A E L 1 1 0 k V

( A A A C B U T T E )

1 1 , 7 7 k m

( A A A C B U T T E )

9 k m

T A P L O S M A Q U I S

( C H I L Q U I N T A )

T A P S A N R A F A E L 4 4 k V

( A N G L O A M E R I C A N L O S B R O N C E S )

220

kV

A T 3 J T 3

5 M V A

2 2 0 / 1 3 , 8 k V

C T 3

F . P . = 0 , 8 5

1 2 5 M V A

1 6 0 M V A

C . L O S V I E N T O S

1 5 k V

( A A A C C A I R O )

1 1 k m

( A A A C B U T T E )

0 , 2 k m

(AAA

C C

AIR

O)

8 km

( A C S R I b b i s )

1 , 3 k m

( A A A C B U T T E )

2 3 , 9 k m

( A A C M A R I G O L D )

7 7 , 1 8 k m

H 3

H 4

H 2

H 1

H T

B T

B 3B 2B 1

B 5

B 6

B 4

B 3

1 2 M V A

4 , 2 M V A

( D I V . M . A N D I N A )

R E F U G I O

B T 6C T 6

H 2

8 9 H 3

6 6 k V

C R I S T A L E R A S

J 3

J 4

J S

J 1

J 6

J 2

J 5

J T 1

2 2 0 / 2 3 / 1 3 , 2 k V

J R 1

T 1 1 T 1 2

L 1 L 2 EL 2 A

A

( 3 )

( 1 )

( 2 )

1 1 0 k V

J 3

J R 2

T R 4

J T 4

1 0 0 M V A

2 2 0 / 1 9 k V

( 1 0 0 , - 6 5 ) M V A r

1 2

J T 1

J T 2

( 2 )( 1 )

J 9

J 8

J 5

J S

J R

J 7

J 6

J 4

J 1 3

J 1 4

J 1 5

J C E 1

1 0 0 M V A r

J 1

1

2

2

1

8 9 H 28 9 H 1

H 8

3 0 M V A

B 1 0

1 1 0 k V

6 6 k V

1 1 0 / 6 6 / 1 2 k V

12

B 6 - 2 B 6 - 1

B 1

B 4

B 2 B 3

8 9 B 9

12

8 9 B T

H 6

H 4 H 3

H S

8 9 J T 1

H T 3

1 1 0 / 4 4 k V

2 8 M V A

1

2

3 8 , 9 5 k m

( A A A C G r e e l e y )

C H A C A B U Q U I T O

1 1 0 / 6 , 6 k V

3 3 M V A

T O T O R A L I L L O

( C O L B U N )

( C O L B U N )

H 2 AH 2

H T

(AN

AHEI

N)

0,8

km

(AAA

C B

UTT

E)0,

8 km

1

2

8 9 H S 1 8 9 H S 2

( 2 )( 1 )

44 k

V

H 1H 2

C T 1C T 2

1 2

H 3 H 4

H S 1

H S 2

H 1 H 2

H T 3 H T 4 A 1 1H T 5 H T 1 H T 2

A 1

A 0

T0 220/

110/

12 k

V30

0 M

VA

A 1 2

( 2 )

( 1 )

1 1 0 k V

73,9

2 M

VA

73,9

2 M

VA

200

MVA

200

MVA

20 M

VA

2 5 7 M V A

F . P . = 0 , 8 5

F . P . = 0 , 8 5

1 3 5 , 3 M V A

1 8 k V1 3 , 8 k V

(S/E

GN

L Q

)

U 1 U 2

B R

M I R A F L O R E S

2 5 M V A

M V A

2 2 , 4

1 3 , 2 k V

B E

1 1 0 k V

H T 3

C T 3

M V A

2 0

( C H I L Q U I N T A )

A 4 A 3 A 2 A 1

H T 1 H T 2

T 1 C T 2

H 1 1

H 1 0

A 5A 6

1 3 , 2 k V

A G U A S A N T A

( C H I L Q U I N T A )

P O L P A I C O

( T R A N S E L E C )

220

kV

500

kVA T 3 J T 3

5 M V A

2 2 0 / 1 3 , 8 k V

C T 3

1

2

K R

K S

K 2

K 1

- 8 4 M V A r

K Z 1

K Z 2

- 8 4 M V A r

K T 1

( A ) ( B )

K T 2

T R 1

7 5 0 M V A

T R 2

7 5 0 M V A

J T 1

J T 2

( 2 )( 1 )

J 9

J 8

J 5

J S

J R

J 7

J 6

J 4

J 2

J 1 2

J 1 3

J 1 4

J 1 5

J C E 1

1 0 0 M V A r

J 1

12

E L S A L T O

( C H I L E C T R A )

C E R R O N A V I A

( T R A N S E L E C )

M A U C O

( E N A P R E F I N E R I A A C O N C A G U A )

C O N C O N

( C H I L Q U I N T A )

N U E V A V E N T A N A S

( E L E C T R I C A V E N T A N A S )

M I R A F L O R E S

( C H I L Q U I N T A )

S A N P E D R O

( A E S G E N E R )

V E N T A N A S

( A E S G E N E R )

S A N P E D R O

( A E S G E N E R )

P O L P A I C O

( T R A N S E L E C )

( A N G L O A M E R I C A N C H A G R E S )

F U N D I C I O N C H A G R E S

( A N G L O A M E R I C A N C H A G R E S )

T A P F . C H A G R E S

L O S M A Q U I S

P I U Q U E N E S

( M I N E R A P E L A M B R E S )

L A C A L E R A

( C H I L Q U I N T A )

P A C H A C A M A

( C H I L Q U I N T A )

20M

VA

1 2 k V

LON

CU

RA

PUER

TO V

ENTA

NA

QU

INTE

RO

22,5

MVA

Q U I N T E R O

( C H I L Q U I N T A )

1200

kVA

r

AREN

ALES

MIN

ERA

MAI

TEN

ES

C 5

C T 1C T 2

N O G A L E S

( T R A N S E L E C )

S / E Q u i l l o t a

P O L P A I C O

( T R A N S E L E C )

Q U I L L O T A

( T R A N S E L E C )

H a c i a

S / E N u e v a V e n t a n a sH a c i a

S / E L a s P a l m a sH a c i a

S / E C h o a p aH a c i a

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