Format Protection Details

8/17/2019 Format Protection Details

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A. SUB-STATION DETAILS

Name of Substation: XYZ

Scheme (Y/N) (Y/N)

AIS 400kV BH 1 1 - - Y 400kV Y

220kV DMT 1 2 1 1 - 220kV Y

132kV MT 1 1 - 1 - 132kV N

66kV - - - - - - -

33kV - - - - - - -

Type !"#$"%&%'(AIS / IS/

Hy$*'+)

V,%&e ,e.e, %*&"!*m&%'

c&p&c'%y

S'%ch' Scheme(BH /DMT / DMB / MT/

SB/Ay %he*)

Type ! B &%+'e*e%

V,%&e ,e.e,"(S6 / MB/

ABB/ VB)5Sh*% %'mec#**e%

+#*&%'(kA5Sec)5 &+

7*.'"' !7I8(Y/N)

N ! ,'eB&y"

N ! T*&"!

$&y"

B#"#p,e*

$&y

B#" T*&"!e*

B&y

B#"*e&c%*

(MVA8) N

! $&y"

A.&',&$--','%y !

Sych*-'"'

!&c','%y

7*.'"' !B#" B&*

p*%ec%'

V,%&e,e.e,

V,%&e ,e.e,

(400/220/33kV51931: MVA) ;

(220/132kV519160MVA)

Type< S6Sh*% %'mec#**e%< 40kA!* 1 Sec

7*.'"' !7I8< Y

MVA8<:0

N !

Type< S6Sh*% %'mec#**e%< 40kA!* 1 Sec7*.'"' !7I8< N

Type< S6Sh*% %'mec#**e%<31:kA !* 1Sec 7*.'"'! 7I8< N


2/16

AIS < A'* I"#,&%e+ S#$"%&%' BH < B*e&ke* H&,! S'%ch' Scheme

IS < &" I"#,&%e+ S#$"%&%' DMT < D#$,e M&' T*&"!e* B#" S'%ch' Scheme ('%h B#"

TS= < T'me Sych*'"' =>#'pme% DMB < D#$,e M&' B#" S'%ch' Scheme ('%h B#" c#p,e*)

D8 < D'"%#*$&ce 8ec*+e* MT < M&' T*&"!e* B#" S'%ch' Scheme ('%h B#" c#p,e*)

=? < =.e% ?e* SB < S',e B#" S'%ch' Scheme

SAS < S#$"%&%' A#%m&%' Scheme

SADA < S#pe*.'"*y %*, &+ D&%& Ac>#'"' Sy"%em ABB < A'* B,&"% '*c#'% B*e&ke*

=MS < =e*y M&&eme% Sy"%em MB < M''m#m ', '*c#'% B*e&ke*

V8?A < V&,.e 8e#,&%e+ ?e&+ Ac'+ VB < V&c##m '*c#'% B*e&ke*

AH < Ampe*e H#* 7I8< 7*e I"e*%' 8e"'"%*=M < =,ec%* Mech&'c&, NA < N% A.&',&$,e

BB< B#" B&* ?BB< ?c&, B*e&ke* B&ck#p


3/16

A. SUB-STATION DETAILS

Station DC battery bank

TS= D8 =? SAS

(Y/N)

(Y/N) (Y/N) (Y/N)

Y - Y Y Y T T V8?A

Y -

N - -

SCADA E!SSASTSED" # EL $etails%&ro'ision of (

7*.'"'! ?BB

Type ! *e,&y"@=M/S%&%'c/N#me*'c&,/

N#me*'c&,(I=61:0)5

m&ke5 m+e, "e%%' ! *e,&y

!* ?BB7*%ec%'

N !B#" 7T /

VT

c*e" *&%'

SADA =MS

B&%%e*y$&k

@V,%&e

(220/110V)5 AH

*&%'

N !S%&%'

D

$&%%e*yB&k(e/%)

N !h&*e*

Se%"

(e/%)

Type !$&%%e*y

(,+e+/

V8?A)

(Y/N5S%&+

&,e/ '$#',%)

(Y/N5S%&+

&,e /' $#',%)

Type<N#m(I=61:0)

M&ke< ABB

M+e,< 8=B 6C0?BB < 200MS

Y5 I-$#',%

Y5 '-$#',%

220V5:00AH

Type<N#m(I=61:0)

M&ke< ABBM+e,< 8=B 6C0Se%%' !

?BB < 200MS


4/16

c#p,e* B#" T*&"!e*)


5/16

DC System Details

Communi)ation DC battery bank

?e&+ &c'+ T T V8?A ?e&+ &c'+

?e&+Ac'+/ N'+ / &y

%he*

%ype

B&%%e*y$&k

@V,%&e5AH

*&%'

N !D

$&%%e*yB&k

(e/%)

N !h&*e*

Se%"(e/

%)

Type !$&%%e*y

(,+e+/V8?A)

?e&+ Ac'+/N' + /

&y %he*%ype

4V51:0AH


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7/16

B. T"ANS!ISSION LINE DETAIL IN S*S

Name of Substation: +,

N&me ! ,'e

D'"%-1 D'"%-2 D'* =/ V S7A8 /

(Y/N) (Y/N) (Y/N) (Y/N) (Y/N) (Y/N) (Y/N) (Y/N)

1 XYZ - AB 400 D 2:0 :0 MVA8 Y

S,N

V,%&e,e.e,(kV)

N !'*-

c#'%"(S/D)

?e%h(km)

+#c%*(AS8 /

AAA / &y%he* %ype)

?'e8e&c%*(MVA8)

Type ! 7*%ec%' &% S#$"%&%' e+ 8e,&y@=M/S%&%'c/N#m/N#m(I=61:0)5 m&ke5 m+e,

"e%%'" ! *e,&y

mm#?'k (7? /

/ MV /

MB/ N?'k)5 N !p*%ec%'&e, &+

N ! +&%&;"peech

ch&e,"

&**'e*

I%e*%*'p!&c','%y&.&',&$,e

* %

/ =/

AS8-M"e

Y (N#m-I=61:0) M&ke<

ABB

M+e,<8=? 6C0Se%%'"

Z1<0-:E5

I"%Z2<120E ?5:00m"

Z3


8/16

2 XYZ - D= 220 D 300 Y

3 XYZ - IH 132 D 120 - N

AS8-Ze$*&

Y (N#m-I=61:0) M&ke<ABB

M+e,<8=? 6C0Se%%'"

Z1<0-:E5I"%Z2<120E ?5:00m"

Z3


9/16

SC Single Circuit FO Fobre Optic

DC Double Circuit MV Microwave

O/C Overcurrent MOB Mobile

E/F Earthfault EM Electro Mechanical

Dir. E/F Directional E/F SA Surge Arrester OV Overvoltage S% I5 S% II5 S% III S% IV c**e"p+" % 4F0 HG5 4HG5 46HG5 44HG

SA! Single hase Auto !eclosure

"/F "n#er Fre$uenc% ?? ?e"% ?'e

#p,' &p&c'%*


10/16

(Y/N)

Y

SA

p*.'+e+

Type !SA

(&p,e""

M /&ppe+S') 5*&%e+

.,%&e(kV)

N !T c*e" *&%'

N ! 7T /VT c*e" *&%'5

c&p&c'%&ce ! VT ('!p*.'+e+)5VT ('%h /

'%h#%)

&p,e""M5

3F0kV

: c*e"2000-1000-

:00/1-1-1-1-1

VT 5 3c*e"400kV/S>*%(3)<

110V/S>*%(3)500pVT('%h)


11/16

Y

Y

&p,e""M5

1FkV

: c*e"1600-00-400/1-1-1-1-1

VT5 3c*e"220kV/S>*%(3)<110V/S>*%(3)54400pVT('%h)

&p,e""M5

120kV

: c*e"1200-600-300/1-1-1-1-1

VT5 3c*e"132kV/S>*%(3)<110V/S>*%(3)54400pVT('%h

#% )


12/16


13/16

C. T"ANSO"!E" DETAILS


D' 8=

(Y/N) (Y/N) (Y/N) (Y/N) (Y/N) (Y/N) (Y/N) (Y/N)

1 31: MVA Y&0+11 12: Y Y Y Y

2 160 MVA Y&0+11 12: Y N Y Y

SA S#*e A**e"%e* O& Overloa#

D' D'*e%'&, '() 'in#ing te*perature )n#icator

O/C Overcurrent O() Oil te*perature )n#icator

E/F Earthfault !D ressure !elief #evice

OF Overflu+ OS! Oil Surge !ela%

!EF !estricte# Earth fault O&(C On &oa# (ap Changer

S,N

T*&"!*me*De%&',"

(3-7h&"e /1-ph&"e5

T '+' /A#%

%*&"!*me*)

MVA*&%'

V,%&e8&%'

?T(T&p

8&e N

!"%ep")

Vec%**#p

Type !,'(NAN/NA/

A/NAN1/NAN2/D

A)

EImpe+-&ce

Te*%'&*y'+'7*.'+e+

Type ! 7*%ec%' 8e,&y@=M/S%&%'c/N#m/N#m(I=61:0)5

m&ke5 m+e, %ype ! *e,&y

B&ck #pD'* / =/

Te*%'&*y7*%ec-

%'7*.'+e+

?A,&*m

B#chh,G

3-7h&"e5 A#% T*&"!*me*

400/220/33kV

;/-10E 5

16

S%ep"

NAN/NA/A

Y5 N#m(I=61:0)M&ke<

ABBM+e,<8=T6C0

Y5 N#m(I=61:0)M&ke< ABB

M+e,<Se%%'"

/

=/

Y5N#m(I=61:0)

M&ke<ABBM+e,<

Y5N#m(I=61:0)

M&ke<ABBM+e,<Se%%'"

3-7h&"e5 A#% T*&"!*me*

220/132/11kV

- : %;

1:E 516

S%ep"

NAN/NA/A

Y5 N#m(I=61:0)M&ke<ABB

M+e,<8=T6C0

Y5 N#m(I=61:0)M&ke< ABBM+e,<

Se%%'"/

=/

Y5N#m(I=61:0)M&ke<

ABBM+e,<

Y5N#m(I=61:0)M&ke<

ABBM+e,<Se%%'"


14/16

7*.'"' !

TI TI 78D

(Y/N) (Y/N) (Y/N) (Y/N) (Y/N)

Y Y Y Y

Y Y Y Y

S8!*

?T

SA (M/&y %he*

%ype)5 *&%e+.,%&e

Y5 M53F0 kV

(400kV"'+e)

1FkV( 220kV

"'+e)

Y5 M51F kV

(220kV"'+e)

120kV( 132kV

"'+e)


15/16

D. "EACTO" DETAIL


7*.'"' !

D' 8= B#chh,G TI TI M

(Y/N) (Y/N) (Y/N) (Y/N) (Y/N) (Y/N) (Y/N)

1 - Y Y Y Y

2 - Y Y Y Y

SA S#*e A**e"%e*D' D'*e%'&,

O/C Overcurrent

E/F Earthfault

'() 'in#ing te*perature )n#icator

O() Oil te*perature )n#icator

MO, Magnetic Oil ,auge

MO Metal O+i#e

SiC Silicon Carbi#e

S,N

?'e 8e&c%* De%&',"@N&me ! ?'e5

MVA85 V,%&e?e.e,(kV)5 3-7h&"e /1-7h&"e5 S'%ch&$,e /

N-"'%ch&$,e

N8(MVA8) @'

c&"e !,'e

*e&c%*

B#" 8e&c%* De%&',"@MVA85

V,%&e ?e.e,(kV)53-7h&"e /

1-7h&"e

Type ! 7*%ec%' 8e,&y@=M/S%&%'c/N#m/ N#m(I=61:0)5m&ke m+e, "e%%' ! *e,&y

Impe+&ce* B&ck #p

/ =/

XYZ- AB ?Ie5 :0MVA85400kV5 3 ph&"e5S'%ch&$,e

Y Type<

N#m(I=61:0)

M&ke<

M+e,<

Y Type<

N#m(I=61:0)

M&ke<

M+e,<

Y Type<

M&ke<M+e,<

Se%%'/<=/<

B#" 8e&c%*5:0MVA85 400kV5 3ph&"e

Y Type<

N#m(I=61:0)

M&ke<

M+e,<

Y Type<

N#m(I=61:0)

M&ke<

M+e,<

Y Type<

M&ke<M+e,<

Se%%'/<=/<


16/16

(Y/N)

Y5 M5 3F0kV

SA !* *e&c%* N8(' c&"e

! ,'e *e&c%*) &+ %he%ype(&p,e"" M/ &ppe+

S')5 *&%e+ .,%&e

Y5 M5 3F0kV 120kV(!* N8)

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