Caida de Tension San Ignacio

8/18/2019 Caida de Tension San Ignacio

1/18

CALCULO DE CAIDAD DE TENSION

Programa de Cálculo de Redes de Baja Tensión

Datos Tipo de red: Rural

Nivel de potencia: Bajo 0.50 ! C. de T. má". total: 5.0#

cos $: 0.%5 & ! C. de T. má". en l'nea: (.)#

N* tramos: &+ C. de T. má". en acom.: 0.,#

Nudo inicial Nudo $nal Tipo Tensión -/ N* clientes tramo ongitud tramo -m/

TF1 5 'nea &1 )(0 Cu + " 2&30 4 &.5 ).

5 'nea &1 )(0 Tr'p. &30 &) 5% (.

4 'nea &1 )(0 Tr'p. &30 0 ).

4 , 'nea &1 )(0 Tr'p. &30 5 &4 ).

, &0 'nea &1 )(0 Tr'p. &30 ) )4 0.

TF1 5 'nea &1 )(0 Cu + " 2&30 4 &.5 ).

5 ( 'nea &1 )(0 Tr'p. &30 &0 (5 +.

( && 'nea &1 )(0 Tr'p. &30 5 0 ).

&& &) 'nea &1 )(0 Tr'p. &30 ( 5& &.

TF1 5 'nea &1 )(0 Cu + " 2&30 4 &.5 ).

5 &4 'nea &1 )(0 Tr'p. &30 , 5) ).

&4 &, 'nea &1 )(0 Tr'p. &30 4 (0 ).

&, &% 'nea &1 )(0 Tr'p. &30 ) +4 0.

TF1 5 'nea &1 )(0 Cu + " 2&30 4 &.5 ).

5 &+ 'nea &1 )(0 Tr'p. &30 , +4 ).

&+ &( 'nea &1 )(0 Tr'p. &30 && 0 +.

&( &5 'nea &1 )(0 Tr'p. &30 + 0 &.

DISEÑO ELECTRIFICACION SAN IGNACIO

'nea oacometida

Tipo conductortramo

Potencia-


2/18

Nom6re

& Cu ) " 2 ).5(+ 0.& 55 ,.+4 2, 7!8 Co6re ) " 2,

) Cu + " 2 ).5(+ 0.& 55 ,.+4 2, 7!8 Co6re + " 2,

+ Cu ) " 2 &.00 0.& 45 &+.+0 2 7!8 Co6re ) " 2

( Cu + " 2 &.00 0.& 45 &+.+0 2 7!8 Co6re + " 2

5 Cu + " 2 &.00 0.& %5 )&.&5 2( 7!8 Co6re + " 2(

Cu ( " 2 &.00 0.& %5 )&.&5 2( 7!8 Co6re ( " 2(

4 Cu + " 2 0.55( 0.& &+0 ++.+ 2) 7!8 Co6re + " 2)

, Cu ( " 2 0.55( 0.& &+0 ++.+ 2) 7!8 Co6re ( " 2)

% Cu + " 2 0.+4% 0.& &40 5+.5& 2&30 7!8 Co6re + " 2&30

&0 Cu ( " 2 0.+4% 0.& &40 5+.5& 2&30 7!8 Co6re ( " 2&30

&& Cu + " 2 0.)44 0.& &%5 4.(( 2)30 7!8 Co6re + " 2)30

&) Cu ( " 2 0.)44 0.& &%5 4.(( 2)30 7!8 Co6re ( " 2)30

&+ Cu + " 2 0.)+% 0.& ))5 ,5.0+ 2+30 7!8 Co6re + " 2+30

&( Cu ( " 2 0.)+% 0.& ))5 ,5.0+ 2+30 7!8 Co6re ( " 2+30

&5 Cu + " 2 0.&,% 0.& )0 &04.)) 2(30 7!8 Co6re + " 2(30

& Cu ( " 2 0.&,% 0.& )0 &04.)) 2(30 7!8 Co6re ( " 2(30

&4 Cu + " 2 0.&(, 0.& )%0 &)., 2)50 9C9 Co6re + " 2)50

&, Cu ( " 2 0.&(, 0.& )%0 &)., 2)50 9C9 Co6re ( " 2)50

&% Cu + " 2 0.&)+ 0.& +)0 &5).0& 2+00 9C9 Co6re + " 2+00

Nom rea6reviado

a a 50 *C-omios3

in ucti

va;ntensi a

má" -7/

nominal nominal -7!8


3/18

)0 Cu ( " 2 0.&)+ 0.& +)0 &5).0& 2+00 9C9 Co6re ( " 2+00

)& Cu + " 2 0.&05 0.& +50 &44.+5 2+50 9C9 Co6re + " 2+50

)) Cu ( " 2 0.&05 0.& +50 &44.+5 2+50 9C9 Co6re ( " 2+50

)+ Cu + " 2 0.0%) 0.& +,0 )0)., 2(00 9C9 Co6re + " 2(00

)( Cu ( " 2 0.0%) 0.& +,0 )0)., 2(00 9C9 Co6re ( " 2(00

)5 Cu + " 2 0.04( 0.& (+0 )5+.+ 2500 9C9 Co6re + " 2500

) Cu ( " 2 0.04( 0.& (+0 )5+.+ 2500 9C9 Co6re ( " 2500

)4 Cu + " 2 0.0) 0.& (45 +0(.0+ 200 9C9 Co6re + " 200

), Cu ( " 2 0.0) 0.& (45 +0(.0+ 200 9C9 Co6re ( " 200

)% Cu + " 2400 0.& 2400 9C9 Co6re + " 2400

+0 Cu ( " 2400 0.& 2400 9C9 Co6re ( " 2400

+& Cu + " 2 0.0(% 0.& 5+5 +,0.0+ 2450 9C9 Co6re + " 2450

+) Cu ( " 2 0.0(% 0.& 5+5 +,0.0+ 2450 9C9 Co6re ( " 2450

++ Cu + " 2 0.0+4 0.& &5 50.4& 2&000 9C9 Co6re + " 2&000

+( Cu ( " 2 0.0+4 0.& &5 50.4& 2&000 9C9 Co6re ( " 2&000

+5 Tr'p. 2) 0.%( 0.& &50 ++.) 2) 7!8 Tr'ple" 2)

+ Cuád. 2 0.%( 0.& &50 ++.) 2) 7!8 Cuádruple" 2)

+4 Tr'p. &30 0.0( 0.& )05 5+.5& 2&30 7!8 Tr'ple" &30

+, Cuád. 2 0.0( 0.& )05 5+.5& 2&30 7!8 Cuádruple" 2&30

+% Tr'p. )30 0.& &,0.00 2)30 7!8 Tr'ple" )30

(0 Cuád. 2)30 0.& &55.00 2)30 7!8 Cuádruple" 2)30

(& Tr'p. +30 0.+,& 0.& )(0 ,5.0) 2+30 7!8 Tr'ple" +30

() Cuád. 2 0.+,& 0.& )(0 ,5.0) 2+30 7!8 Cuádruple" 2+30

(+ Tr'p. (30 0.+0) 0.& +00 &04.)0 2(30 7!8 Tr'ple" (30

(( Cuád. (3 0.+0) 0.& )45 &04.)0 2(30 7!8 Cuádruple" (30

(5 Tr'p. ++ 0.&,% 0.& +40 &40.(5 2++=( 9C9 Tr'ple" ++.(

( Cuád. ++ 0.&,% 0.& +40 &40.(5 2++=( 9C9 Cuádruple" ++=(

(4 Cond. 2 ).)&( 0.& &&0 &+.)% 2, 7!8 Conductor 2 7C


4/18

TF1

as secciones de los conductores son correctas

a c.d.t. en el cond. de l'nea o en el cond. de acom. es superior a la permitida

&&.(0( +.%0 0.00 0.0& >?@

&4.%,) )(&.%0 0.5+5 0.5( >?@

&0.0,, &+,.00 0.+05 0.,5 >?@

,.44) +(.00 0.045 0.%) >?@

+.%(4 )(.+0 0.05( 0.97 Ok!

&&.(0( +.%0 0.00 0.0& >?@

&5.+5& &54.50 0.+(, 0.+5 >?@

,.44) &)0.00 0.)5 0.) >?@

4.(5 ,.40 0.&%) 0.81 Ok!

&&.(0( +.%0 0.00 0.0& >?@

&).4&% &50.,0 0.+++ 0.+( >?@

&&.(0( &0(.00 0.)+0 0.54 >?@

+.%(4 ++.+0 0.04( 0.64 Ok!

&&.(0( +.%0 0.00 0.0& >?@

&).4&% &04.+0 0.)+4 0.)( >?@

&.4 )),.00 0.50( 0.45 >?@

5.40) 4,.00 0.&4) 0.92 Ok!

a c.d.t. tanto en el cond. de l'nea como en el cond. de acom. es superior a lapermitida

;ntensidad tramo-7/

9omento -P " /-! " m/

C. de T. tramo-#/

C. de T. nudo $nal-#/


5/18


6/18


7/18

>N8. Clientes

48 0

34 0

50 451 6

45 7

59 12

60 6

17 3

19 2

27 2

60 5

51 4

37 4

60 7

60 3

50 4

52 8

40 3

37 2

26 4

TOTAL 86


8/18


9/18


10/18

CALCULO DE CAIDAD DE TENSION

Programa de Cálculo de Redes de Baja Tensión

Datos

Tipo de red: Rural

Nivel de potencia: Bajo 0.&+ ! C. de T. má". total: 5.0#

cos $: 0.%5 0 ! C. de T. má". en l'nea: (.)#

N* tramos: &+ C. de T. má". en acom.: 0.,#

Nudo inicial Nudo $nal Tipo Tensión -/ N* uminarias tramo ongitud tramo -m/

TF1 5 'nea &1 )(0 Cu + " 2&30 & &.5

5 'nea &1 )(0 Cond. 2 & 5%

4 'nea &1 )(0 Cond. 2 & 0

4 , 'nea &1 )(0 Cond. 2 ) &4

, &0 'nea &1 )(0 Cond. 2 & )4

TF1 5 'nea &1 )(0 Cu + " 2&30 & &.5

5 ( 'nea &1 )(0 Cond. 2 ) (5

( && 'nea &1 )(0 Cond. 2 & 0

&& &) 'nea &1 )(0 Cond. 2 & 5&

TF1 5 'nea &1 )(0 Cu + " 2&30 & &.5

5 &4 'nea &1 )(0 Cond. 2 & 5)

&4 &, 'nea &1 )(0 Cond. 2 ) (0

&, &% 'nea &1 )(0 Cond. 2 & +4

TF1 5 'nea &1 )(0 Cu + " 2&30 & &.5

5 &+ 'nea &1 )(0 Cond. 2 ) +4

&+ &( 'nea &1 )(0 Cond. 2 & 0

&( &5 'nea &1 )(0 Cond. 2 & 0

DISEÑO ELECTRIFICACION SAN IGNACIO

'nea oacometida

Tipo conductortramo


11/18

Nom6re

& Cu ) " 2, ).5(+ 0.& 55 ,.+4 2, 7!8 Co6re ) " 2,

) Cu + " 2, ).5(+ 0.& 55 ,.+4 2, 7!8 Co6re + " 2,

+ Cu ) " 2 &.00 0.& 45 &+.+0 2 7!8 Co6re ) " 2

( Cu + " 2 &.00 0.& 45 &+.+0 2 7!8 Co6re + " 2

5 Cu + " 2( &.00 0.& %5 )&.&5 2( 7!8 Co6re + " 2(

Cu ( " 2( &.00 0.& %5 )&.&5 2( 7!8 Co6re ( " 2(

4 Cu + " 2) 0.55( 0.& &+0 ++.+ 2) 7!8 Co6re + " 2)

, Cu ( " 2) 0.55( 0.& &+0 ++.+ 2) 7!8 Co6re ( " 2)

% Cu + " 2&30 0.+4% 0.& &40 5+.5& 2&30 7!8 Co6re + " 2&3

&0 Cu ( " 2&30 0.+4% 0.& &40 5+.5& 2&30 7!8 Co6re ( " 2&3

&& Cu + " 2)30 0.)44 0.& &%5 4.(( 2)30 7!8 Co6re + " 2)3

&) Cu ( " 2)30 0.)44 0.& &%5 4.(( 2)30 7!8 Co6re ( " 2)3

&+ Cu + " 2+30 0.)+% 0.& ))5 ,5.0+ 2+30 7!8 Co6re + " 2+3

&( Cu ( " 2+30 0.)+% 0.& ))5 ,5.0+ 2+30 7!8 Co6re ( " 2+3

&5 Cu + " 2(30 0.&,% 0.& )0 &04.)) 2(30 7!8 Co6re + " 2(3

& Cu ( " 2(30 0.&,% 0.& )0 &04.)) 2(30 7!8 Co6re ( " 2(3

&4 Cu + " 2)50 0.&(, 0.& )%0 &)., 2)50 9C9 Co6re + " 2)

Nom rea6reviado

a a 50 *C-omios3

in ucti

va;ntensi a

má" -7/

nominal nominal -7!8


12/18

&, Cu ( " 2)50 0.&(, 0.& )%0 &)., 2)50 9C9 Co6re ( " 2)

&% Cu + " 2+00 0.&)+ 0.& +)0 &5).0& 2+00 9C9 Co6re + " 2+

)0 Cu ( " 2+00 0.&)+ 0.& +)0 &5).0& 2+00 9C9 Co6re ( " 2+

)& Cu + " 2+50 0.&05 0.& +50 &44.+5 2+50 9C9 Co6re + " 2+

)) Cu ( " 2+50 0.&05 0.& +50 &44.+5 2+50 9C9 Co6re ( " 2+

)+ Cu + " 2(00 0.0%) 0.& +,0 )0)., 2(00 9C9 Co6re + " 2(

)( Cu ( " 2(00 0.0%) 0.& +,0 )0)., 2(00 9C9 Co6re ( " 2(

)5 Cu + " 2500 0.04( 0.& (+0 )5+.+ 2500 9C9 Co6re + " 25

) Cu ( " 2500 0.04( 0.& (+0 )5+.+ 2500 9C9 Co6re ( " 25

)4 Cu + " 200 0.0) 0.& (45 +0(.0+ 200 9C9 Co6re + " 2

), Cu ( " 200 0.0) 0.& (45 +0(.0+ 200 9C9 Co6re ( " 2

)% Cu + " 2400 0.& 2400 9C9 Co6re + " 24

+0 Cu ( " 2400 0.& 2400 9C9 Co6re ( " 24

+& Cu + " 2450 0.0(% 0.& 5+5 +,0.0+ 2450 9C9 Co6re + " 24

+) Cu ( " 2450 0.0(% 0.& 5+5 +,0.0+ 2450 9C9 Co6re ( " 24

++ Cu + " 2&000 0.0+4 0.& &5 50.4& 2&000 9C9 Co6re + " 2&

+( Cu ( " 2&000 0.0+4 0.& &5 50.4& 2&000 9C9 Co6re ( " 2&

+5 Tr'p. 2) 0.%( 0.& &50 ++.) 2) 7!8 Tr'ple" 2)

+ Cuád. 2) 0.%( 0.& &50 ++.) 2) 7!8 Cuádruple" 2

+4 Tr'p. &30 0.0( 0.& )05 5+.5& 2&30 7!8 Tr'ple" &30

+, Cuád. 2&30 0.0( 0.& )05 5+.5& 2&30 7!8 Cuádruple" 2

+% Tr'p. )30 0.& &,0.00 2)30 7!8 Tr'ple" )30

(0 Cuád. 2)30 0.& &55.00 2)30 7!8 Cuádruple" 2

(& Tr'p. +30 0.+,& 0.& )(0 ,5.0) 2+30 7!8 Tr'ple" +30

() Cuád. 2+30 0.+,& 0.& )(0 ,5.0) 2+30 7!8 Cuádruple" 2

(+ Tr'p. (30 0.+0) 0.& +00 &04.)0 2(30 7!8 Tr'ple" (30

(( Cuád. (30 0.+0) 0.& )45 &04.)0 2(30 7!8 Cuádruple" (3

(5 Tr'p. ++.( 0.&,% 0.& +40 &40.(5 2++=( 9C9 Tr'ple" ++.(

( Cuád. ++=( 0.&,% 0.& +40 &40.(5 2++=( 9C9 Cuádruple" +

(4 Cond. 2 ).)&( 0.& &&0 &+.)% 2, 7!8 Conductor 2 7

(, Cond. 2( &.+)% 0.& &(5 )&.& 2 7!8 Conductor 2( 7

50 Cond. 2) 0.,++ 0.& &%5 ++.& 2( 7!8 Conductor 2) 7

5) Cond. 2&30 0.55& 0.& )55 5+.(, 2) 7!8 Conductor 2&30

5+ Cond. 2)30 0.(+% 0.& )%5 4.() 2&30 7!8 Conductor 2)30

5( Cond. 2+30 0.+(, 0.& +(0 ,5.0+ 2&30 7!8 Conductor 2+30

55 Cond. 2(30 0.)4 0.& +%0 &04.)+ 2)30 7!8 Conductor 2(30


13/18

TF1

as secciones de los conductores son correctas

a c.d.t. en el cond. de l'nea o en el cond. de acom. es superior a la permitida

0.&+ 0.540 0.)0 0.000 0.00 >?@

0.&+ 0.540 4.4 0.00 0.0 >?@

0.&+ 0.540 4.,0 0.0& 0.&) >?@

0.)+ &.0) +.%, 0.0+& 0.&5 >?@

0.&+ 0.540 +.5& 0.0)4 0.18 Ok!

0.&+ 0.540 0.)0 0.000 0.00 >?@

0.)+ &.0) &0.5+ 0.0,) 0.0, >?@

0.&+ 0.540 4.,0 0.0& 0.&( >?@

0.&+ 0.540 .+ 0.05) 0.20 Ok!

0.&+ 0.540 0.)0 0.000 0.00 >?@

0.&+ 0.540 .4 0.05+ 0.05 >?@

0.)+ &.0) %.+ 0.04+ 0.&+ >?@

0.&+ 0.540 (.,& 0.0+, 0.16 Ok!

0.&+ 0.540 0.)0 0.000 0.00 >?@

0.)+ &.0) ,. 0.0, 0.04 >?@

0.&+ 0.540 4.,0 0.0& 0.&+ >?@

0.&+ 0.540 4.,0 0.0&0.19 Ok!

a c.d.t. tanto en el cond. de l'nea como en el cond. de acom. es superior a lapermitida

Potencia tramo-!/

;ntensidad tramo-7/

9omento -P " /-! " m/

C. de T. tramo-#/

C. de T. nudo $nal-#/


14/18

0

0

0

0

0

0

0

0

0


15/18

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

00

00

)

&30

)30

+30

0

=(


16/18

PT>N8. Clientes A9;N7R;7

P1 48 0

P2 34 0 &

P3 50 4 &

P4 51 6 &

P5 45 7 &

P6 59 12 &

P7 60 6 &

P8 17 3 &

P9 19 2 &

P10 27 2 &

P11 60 5 &

P12 51 4 &

P13 37 4 &

P14 60 7 &

P15 60 3 &

P16 50 4 &

P17 52 8 &

P18 40 3 &

P19 37 2 &

P20 26 4 &

TOTAL 86 &%


17/18


18/18

Caida de Tension San Ignacio

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