BWR-SPP Dataformat.xls

5/19/2018 BWR-SPP Dataformat.xls

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Abstract

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f data considered for power evacuation

Details

Beawar Cement plant details

Ras Cement Plant details

Ras power plant

SMP (Sree Me!a Pro"e#t$ power plant

%enerator details

&'R details

%oernor details

)rans*ormer details

+oad details

)ransmission +ine data


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Excel Sheet

Beawar

Ras Cement

Ras PP

SMP

%en

&'R

%,'

)ra*o2-)ra*o3

+oad

)line


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Plant deta

Grid detai

Grid dema

Overall pl

GRD faul

Grid fre!u

Grid Subs


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ils

)opo!rapi#al details o* SMP plant

.etails on %PP operation plan / #ontrition at pea-opea #onditions

weter SMP is CPP or PP

Power eport *rom SMP is witin te state or otside te state

ls

%rid 'olta!e 'ariation in '

Minimm 'olta!e

Maimm 'olta!e

ominal 'olta!e

nd

Contra#t demand in M'&

Minimm .rawl *rom te !rid in M'&

Maimm .rawl *rom te !rid in M'&

Minimm eport to te !rid in M'&

Maimm eport to te !rid in M'&

nt Power factor measured at Grid bus

level

Minimm

Maimm

enc" variation

Minimm

Maimm

&era!e-ominal

ation details of #eawar $%&'&&()* GSS

in#omin! and ot!oin! transmission lines

loadin! o* S-S

a aailailit in*ormation


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Data Re!uirement+ #eawar ,e

Re!uired data

Complete !enerator details o* 2 19 M: ; 1 6 M: )%s and 1 3M: ; 1 18M: %PPs in

Complete &'R and !oernor model details *or all )%s and %PPs in te *ormat as des#ried in

.etails o* indiidal !enerator trans*ormers and inter#onne#tin! trans*ormers in te *ormat

.etails o* #ement plant loads and !enerator ailiar loads> at respe#tie s se#tions

Cond#tor tpe> len!t and parameters sed in 132' line etween Beawar #ement plant a

.etailed S+. o* te Beawar Cement plant

Cond#tor tpe> len!t and parameters sed in 132' line etween Beawar #ement plant awit )ower #on?!rations> .@C-S@C> ei!t o* ottom #ond#tor and pase spa#in! ( all i* aa


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,hec) list


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Data Re!uirement+ Ras ,eme

Re!uired data

Complete !enerator details o* 4 18 M: )% and 1 25M: %PP in te *ormat as des#ried i

Complete &'R and !oernor model details *or all )%s and %PP in te *ormat as des#ried in

.etails o* indiidal !enerator trans*ormers and inter#onne#tin! trans*ormers in te *ormat

.etails o* #ement plant loads and !enerator ailiar loads> at respe#tie s se#tions

Cond#tor tpe> len!t and parameters sed in 132' line etween Beawar #ement plant a

.etailed S+. o* te Ras Cement plant

+ine C)s> P)s and oter eAipment details o* te 132 ' line etween R&S #ement plant and

Cale len!t> sie> no o* #ores> rns and parameters sed in 132' #ale etween Ras #emedes#ried in seet


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,hec) list


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Data Re!uirement+ Ras pow

Re!uired data

Complete !enerator details o* 2 50 M: )%s and in te *ormat as des#ried in seet at respe#tie s se#tions

.etailed S+. o* te Ras power plant

Cond#tor tpe> len!t and parameters sed in 220' ++, line etween Beawar %SS and M#on?!rations> .@C-S@C> ei!t o* ottom #ond#tor and pase spa#in! ( all i* aailale$ *or p


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,hec) list


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Data Re!uirement+ S-P pow

Re!uired data

Complete !enerator details o* 2 150 M: )%s and in te *ormat as des#ried in seet at respe#tie s se#tions

.etailed S+. and eAipment details o* te SMP power plant

+o#ation o* SMP>

%PP operation plan / #ontrition at pea-opea

:eter SMP is PP -do te want to sell power to State-witin state-otside state

Cond#tor tpe> len!t and parameters sed in 400 ' ++, line etween ,)& and Merta in#on?!rations> .@C-S@C> ei!t o* ottom #ond#tor and pase spa#in! ( all i* aailale$ *or p


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,hec) list


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Sl@ o@ .ata reAired

1 DDD tpe nmer o* te model sed in te &'R

2 .etails and ales o* te limiters sed in &'R i* aailaleeample is

"pical A*R -odel for $&( -/ unit

0i1ure $2 #loc) dia1ram of A*R model for $&(-/ 1enerator

able $2 A*R data

,onstant Name

&'R tpe &s per DDD standards

)re# npt re#ti?er time #onstant

&mpli?er time #onstant1

D#iter time #onstant

Re!lator stailiin! #ir#it time #onstant1

Re!lator stailiin! #ir#it time #onstant2

&mpli?er !ain

'Rmin Minimm ampli?er otpt

'Rma Maimm ampli?er otpt

D*dmin Minimm ?eld olta!e in p

D*dma Maimm ?eld olta!e in p

"pical A*R -odel for $3 -/ unit

)e lo# dia!ram o* &'R model and time #onstant *or 120 M: nit are as per?!re 1 and tale 1 respe#tiel@

)4

)2

)3

)5

1

1

1+ sT k

sT

a

1+-

+

Vref

+

-VT

VRmax


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1+sT sT1+

0i1ure & #loc) dia1ram of A*R model for $3-/ 1enerator

able & 2 A*R Data for $3-/ G

,onstant Description

Re#ti?er time #onstant

&mpli?er time #onstant E 1

D#iter time #onstant

Re!lator stailiin! #ir#it time #onstant

Re!lator stailiin! #ir#it time #onstant

&mpli?er !ain

D#iter Constant

Re!lator stailiin! #ir#it !ain

'se1 Satration *n#tion at 0@75 times maimm ?eld olta!e

'se2 Satration *n#tion at maimm ?eld olta!e

'rma Maimm ampli?er otpt

'rmin Minimm ampli?er otpt

D*dma Maimm ?eld olta!eD*dmin Minimm ?eld olta!e

)re#

)a

)e

)*1

)*2

a

e

*

1

1+sTrec

k

sT

a

a1+

( )( )sk

sT sT1 11 2+ +

Vs

+

-

+

Vref

+

-VT

VRmax

VRmin

-


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own elow

*alue

$&( -/

)FPD 1

0@02

0@01

0@18

1@3

0@11

200

4@3

4@3

0

2@7

Efd

SE

1

+

-


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*alue

0@02

0@02

0@8

1

0@1

25

1

0@01

0@5

0@86

5@58

0

30

Efd

SE

1

k sTe e++

-


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able No 42 Generator Data

Sl No Generator NameG$ 5

1 M: ratin! 18@50 19

2 M'& ratin! 20@56 22

3 o@ o* nits 1 2

4 Rated olta!e in ' 6@6 11

5 Rated power *a#tor 0@9 0@8

6 &rmatre Resistan#e (Ra$ in p 0@0072 0@017

7 e!atie SeAen#e Rea#tan#e 0@22 0@17

8 Gero SeAen#e Rea#tan#e 0@15 0@1

9 .ire#t &is Rea#tan#e (Hd$ in p 1@668 1@35

10 .ire#t &is )ransient Rea#tan#e (Hd


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Sl@ o@ .ata reAired

1 mer o* sta!es in !oernor a#tion

2 .etails and ales o* te limiters sed in %oernor i* aailale

3

urbine Governor -odel + $&(-/

0i1ure $6a72 #loc) dia1ram of 1overnor model for $&( -/ 1enerator

)ale 1 (a$N Steam !oernor data *or 120 M: !enerator

Sl o Constant'ale

120 M:

1 1 (droop$ 0@05

2 )1 (se#$ 0@35

3 )2 (se#$ 0@05

4 )3 (se#$ 0@1

5 Pma (p$ 1@05

6 Pmin (p$ 0@1

7 Cma (Rate o* ale openin!$ p-se# 0@3

8 Cmin (Rate o* ale #losin!$ p-se# 1

a$ %oernorN1$ Mae2$ )pe (Dle#troni# or Dle#trome#ani#al or Dle#trodrali#$

)e lo# dia!ram o* %oernor model and te time #onstants *or 120M: are as per?!res 1 (a$ / ($ / tales 1 (a$ / ($ respe#tiel@

ref

+

1/T31/S

+PrefP5

Pmax

Cmin

P-up

P-dn

1+sT2

0 k1(1+sT1)

-

+

- Pmin

Cmax

P

1/(1+sT1) 1/(1+sT2)

k1+k2 k3+k

(1/1+sT3) (1/1+sT)

k5+k! k"+k#

Ps


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0i1ure $6b72 #loc) dia1ram of turbine model for $&( -/ 1enerator

)ale 1 ($N Steam trine data *or 120 M: !enerator

Sl o .es#ription Constant 'ale1 Power etra#tion at OP trine 1 ; 2 0@3

2 Power etra#tion at P trine 3 ; 4 0@397

3 Power etra#tion at +P trine 5 ; 6 0@303

4 OP se#tion time #onstant )1 0@1

5 P se#tion time #onstant (in#ldin! reeat$ )2 10

6 +P se#tion )ime #onstant )3 0@14

7 ot appli#ale )4 999

urbine Governor -odel + $3-/

0i1ure &2 #loc) dia1ram of turbine model for $3 -/ 1enerator

)e lo# dia!ram o* %oernor model and te time #onstants *or 18M: is as per ?!res

2 / tale 2 respe#tiel@

P

1/(1+sT1) 1/(1+sT2)

k1+k2 k3+k

(1/1+sT3) (1/1+sT)

k5+k! k"+k#

Ps


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)ale 2N Steam trine data *or 18 M: !enerator

Sl@ o@ .es#ription Constant 'ale

1 .roop s 0@05

2 Pase #ompensation 0@1

3 Pase #ompensation 0@03

4 Sero time #onstant 0@1

5 OP se#tion time #onstant )p 0@26

6 %pp 0@1

7 %pdown 1

8 Maimm power limit Pma 1@05

9 Minimm power limit Pmin 0

)1

)2

)3

Rate o* #an!e o* ale,penin! (p-se#$

Rate o* #an!e o* aleClosin! (p-se#$


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8oad D

Sl. No.

Avera1e 8oad -inimum 8o

8oad in A 8oad in A

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8oadName 8oad in

-/8oad in-*AR

8oad in-/


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tails

d Pea) 8oad ,onnected 8oad

8oad in A 8oad in A8oad in-*AR

8oad in-/

8oad in-*AR

8oad in-/

8oad in-*AR


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)rans*ormer .ata

Sl@ o@ 1 1 2 3

)rans*ormer ame 6 M'& &H %)1 %

M'& Ratin! 2@5 2@5 6 20-25-31@5 20-2

Primar 'olta!e in ' 6@9 6@9 11 11

Se#ondar 'olta!e in ' 0@433 0@433 6@9 6@9

Q Positie seA mpedan#e 7@3 7@3 7@121 13@68-12@55-11@84 13@68-1

Q Gero seA mpedan#e

:indin! Con?! .n11 .n11 .n1 .Fn1 .

)pe o* tap #an!e (,n load or ,load$ ,load ,load ,load ,nload ,n

)ap Position

)otal no o* taps 5 5 5 17

ominal tap

Set tap 3 3 4 olt#

Min / Ma )ap ran!e in p (or$ Q -5 to +5% -5 to +5% -5 to +5% -10 to +10% -10 to +10%

)ap 'olta!eMin in '

Ma in '

%R 'ale in ,m 38@1 38@1 3

2@5 & )r01

2@5 & )r02


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hree /indin1 ransformer data

1 Man*a#trer ame

2 Sstation name

3 =rom lo#ation

4 )o lo#ation

5 Primar M'& Ratin!

6 Se#ondar M'& Ratin!

7 )ertiar M'& Ratin!

8 Primar olta!e ratin!

9 Se#ondar olta!e ratin!

10 )ertiar olta!e ratin!

11 Positie SeA@ Per#enta!e mpedan#e (O'+'$

12 Positie SeA@ Per#enta!e mpedan#e (+')'$

13 Positie SeA@ Per#enta!e mpedan#e (O')'$

14 )otal no o* taps

15 )ap ran!e in Q (or$ '

16 )pe o* tap #an!e (,n load or ,load$

17 :indin! Conne#tion (Primar Side$

18 :indin! Conne#tion (Se#ondar Side$

19 :indin! Conne#tion ()ertiar Side$

20 %R ale in oms


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ransmission 8ine ' ,able Data

Sl No 0rom location o location

1

2

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,able t"pe ',onductor

Distance inmeters


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#rea)er 6in)A7

BWR-SPP Dataformat.xls

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