Text

Voltage Drop Analysis Computations, Revision 1
	ML20125B993
Person / Time
Site:	Cooper
Issue date:	10/31/1979
From:	Mccarthy J; BURNS & ROE CO.
To:	;
Shared Package
ML20125B991	List: ML20125B988; ML20125B993;
References
	TAC-13148, NUDOCS 8001020489
	Download: ML20125B993 (94)
	v • d • e

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BURNS AND ROE,INC. y tadquarf srs Of fice-Oradell, N J. - W.O. No. __NM ~~ Date i O I N ll#.) Book No. Pags No. I Drawing No._., Ca No. 2.15.o1 Sheet 3_ Cont. on Sheet.lO By M Checked . Nb Approved - yiti, Mppo/ ckis - voLTAc er me.ow STorr( - LeAw sseeT e t ' _. SuhaAART on VoLTAcAe rRo? comp 0TA pods I .i. _ _.. _. [__ . TAe>LE. T-2 '2 KV bJoRMAL STATioW PcWec 3 iL i... l __.. -...L.- L., .. i _. i I foMOTCR TcFJ4.Vd.T/g PLAWT OPERA'TitJ motor STARTIMcnCASES I coWdtit oN.) Fom maw UdesWoLTA6# "Tm. TAP: o% / VJITH ALL cTER LoAts R.Nh I RUM START CASEto: OcRtAAL GTA.pog SuacASE t' Tv6 ctRc.wra.Pam l ioc.0 M cc6 56 Liga VoLTAc,E 2: OWE coe sessicRm l 1o617 9S'90 i 8 p g cqg (z?..c3 gol :: S*. ONE REN-T.RGamcM lo 7 15 91.@ 5 -l-5 / o@R WotAtJAbild 4:RRm M ON' RH 6tsA l loc' M 807 - 5:R4.ctd etc,WTn FPtA. ice.64 1o I.oro 4 Fl AMT od rot 6TA4deY Gei6.W c,Lt >.5 SEAL PPI Al 109 2/. 1o5 35 I. (,. C A % l\\ ! NORW)#4. ST;Tio'l Od B C A M I TW o Ct':!c W TR.Fut M 'oo 91 0156 4 io o.i9 [ c33,,,3,3 LlW3 McLTAce low '2. OMG coiJD. Doc 5TER PP. (? \\.GKV WoMsWAt ) 3' 04e. R EAc.T. REcte.c,h% sot.L 7 f g,o,,p:, c'z pt A Q 7 W o g ytA L, 4!cdG. CCP pvt /.P 95.o5 M.!M ^ opeg,jgo Q 51 DM. Rll PANcd.dct 98 9B oj i. 33 6 '.6 W.C, lad > SGAL PP L A %n9 99 5 7: RHR WC.V. PMt% eef?. 9"i.4.5 . R E M AC KG '. VoLTAC,5 LeOL9 U@s g ~ ALL c.AGS G LisTsg:> . A'S o s/E . ARE. Ac.c.ePTAsLe = iic)*/, oF h!AME PLTE CATWe'n .. _ _.-2o*/3 01: M A t #c: PLATE FATIM r Fog ROrdtatedc, l l i r I l --- 7. - F--. i .. _ _......;._...__4 L.. yDr^ p . ~ -.~ I E- _!. d. d d h._- -. 4 -;90000293 .r ......i. i i (

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BURNS AND ROE,INC. Head uarters Of fice-Oradell, NJ. W.O. No. ?AOI

7 l Date I

i b ~I> Book No. Page No. I "I 75

d'I Drawing No.

('ilc. No. t -2.. I B ' O \\ Sheet % Cont. on Sheet II By P6 Checked - 8 Approved { ritie M Ft't>/ c M C N/ oLT/-vMe. drop CTooY - L&Ao SanGT

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"MM &'W 5 I ' GUlDEllllES FOR VOLTAGE DROP cal.CULATIONS e/4.c.t 2. E c> t, w g, sg n ~~ c e-T.. a wet.R l, Separa'te analyses should be performed assuming the power source (' l. ) to safety buses is (a) the unit auxiliary transform 2r; (b the startup trartsformer; and.(c) other available connections to the of fsite network one by one assuming the need for electric (e.g., unit . power.is initiated by-(l) an anticipated transienttrip) demand situation. 4 For multi-unit stations a separate analysis shoul 2. and simulteneous snutdown of'a!!.other unite, at unit trip.) and simultaneous shutdown of all other un{ts at that station, whichever presents ~ the largest lcad derand situation. ~ All actions the electric power system is desioned to automatically initiate should be' assumed to occur as designed (e.g., automatic 3. bulk or sequential loading or automatic transfers of bulk loads Included should be consideration f rom one transformer to another). of starting of large non-safety loads (e.g., condensate pumps). Minual load ' shedding should not be assumed. 4. For each event ainlyzed, the maximum load necessitated.by the event and the mode of operation of the plant at the time of the ( 5. event should be assumed in addition to all loads cd.used.by expected automatic actions and manual actions permitted by adninistrative procedures. The voltage at the terminals of each safety load s 6. based on the assismption that the grid voltage is at the expected value". based on the least of the following: ~ The minimum steady-state voltage experiencee at the connection a. to -the of fsite circuit. ihe minimum;. voltage expected at 'the connection t0 the offsite circuit due -to contingency plans which ray resul; -in redJced b. ~ voltage from this grid. sta:ility analy' sis, j 'The minimum predic'ted grid voltage f rom gri: c. (e.g., load flow studi es ). actions, including any proposed " Limiting Co for Technical Specifications, in response to egerie cin; voltnge at the connection to the offsite circuit which is leis tnan the l "minir.am expected value." reggrdshculdbeprovided. 9 000 E L ~.

c.s s.u . u ~. p,,, ',, . ~ The-. oltage analysis should inc1'ude document'ition -for eac'h condition. ( .7. analyzed, of the voltage at the input and output of each transformer v . and at each int.crmediate bus between the connection to the of fsite circuit and the terminals of each safety load. The analysis should document the voltage setpoint and any in' he or adjustable (with nominal setting) time oelay for relays which 8.. (1) initiate or execute automatic transfer of loads from one source l to another; (2) initiate or axecute automatic 1oad shedding; or (3) initiate or execute-automatic load sequencing. l f each safety load should .The calculated voltages at the temina s o be compared witn the required voltage range for r.onr.al oper 9. and starting of that load. voltage require irrenediate remedial action and notification of HRC. For each case evaluated the calculated voltages on each safety bus-should be compared with the voltsge-time settings for the under-10. kiy identified inadequacies voltage relays on these safety buses, in undervoltage relay settings require immediate remedial action and notification of HRC. i To provide assurance that actions taken,to assur'e adequate voltage 11. { levels for safety loads do not result in excessive voltage, assuming the maximum expected value of voltage at'the connection to the offsite circuit, a dctermination should be made of the maximum voltage expected at the terminals of each, safety 1oad and its starting circuit. If this voltage exceeds the may.imuin - voltage rating of any item of safety equipment ignediate remedial action is required and.NRC shall be notified. Voltage-time settin'gs for undervoltage relays shall be selected. so as to avoid spurious separation of safety buses from offsite 12. power during plant startup, normal operation and shutdown.due to startup and/or operation of electric loads. Analysis tiocu~entation.should include o statement..of the assur:ptions 13. for each case analyzed. 90000296 }D T)) ' 3 Y @ D Aw w Ju. o M.J..\\lj h. ( ( t

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BURNS AND ROE,INC. H:adqyarters of fice-Orediti, N.I. W.O. No. E. d.O I

M Date 9f D

~18 / 3 Book No. Page No. - 7 CC % - .No. _~2..t5. Cl Sheet Cont. on Sheet Drawing No. CapIVA.b By P4 Crwcked Approved Title bJrpo / cdC - VoLTAd%i-D;;to F> GT U o s ' c cM PUTA*'TiodS e t*'~* I r_.

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/ 9 Form On C002-2 (LDB)

BURNS AND ROE, INC. Headqu. ders Of fice-Oradtil. NJ. W.O. No. N O I ~2.~7 Data N 3, ~7 *> Book No. Page No. E c C: 9 2, Drawing No. __._ C$. Nd.

2 * \\;5 > d I Sheet Cont. on Sheet N

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BURNS AND ROE, INC. H;adq rrers Of fice-Oradstl. NJ. W.O. No. __ O l'" M Date D/3 ~7 #> Book No. Page No. d OF 93 Drawing No._ C(Ic. No. __t ' 19 ' O l Sheet Cont. on Sheet By M Checked era Approved r Title MN / d4 *" VOLTA M DRc3P '$TUDY CO @ @ TtO M (k

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BURNS AND ROE,INC. Heado arttrs Of fic2-Oradelt,NJ. 1O[26 Book No. Page No. D SP M' N O!~ M Date W.O. No. Drawing No. Calc No. "'1 ' I D

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.tuu 6.50 0.0103 n.9079 I o 4.16 1 CSP-14*l 1250.0 1990.0

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.9no .eisu .200 6.50 0.0105 0.0079 l i } .I 4.. 2o +.16 1 55d-lH - 300.0 0.0 +.00 400 .s45 0- .200 6.00 n.14 e 1. 'O.0430 d 2o 4.16 1 55d-10 3u0.0 0.9

.00

.939 .nsu .200 6.00 0.!*21 0.9416 3 7g 4 20 4.16 1 RHef-Ill*2 1250.0 1090.0

.00 9 f' 4

.H50 .20u 6.50 0.01n5 0.0019 h I 2 20 4.16 1 CSP-l p ! --~ 125 0. 0 - 19 9 0. 0 4.00 .700 .oSG -.20u-6.50 - 0.010% 0.0079 J# e oI 'J. 4 8 I Clit)PI A* 3 250.0 0.0 0.46 .900 .H50 .200 5 60 0.0064 0.ood5 1 2 0 1 0.46 1 SACPIA 125.0 0.0 0.40 .940 .850 .200 6.50-u.0112 0.0011 i' i 4 0 1 0.44 4 MCC-M - - - - -600.0 - 0.46s .45# 0.0010 0.0015 4 0 1 0.43 4 MCC-L 4F5.0 0.48 .uSO 0.0025 0.0026 i i 4 02 0. 4 56 1 CROP 18*4 250.0 0.0 J.46 .9pn .850 .200 5 60 0.006H ~ o.oud$ y; ) O d u.*8 1 54CP ] R -- -125.0 0.0 U.46 .90n .H50 ' 20u e.nu 0.0112 0.uuTF 0 2 0.48 4 HCC-T 100.0 0.43 . itS u G.0016 0.u016 d 02 o.46 4 NCC-S 4o0.0 U.48 . ei5 0 .un21 0.0u2F' -l ~.) ) t 'e , ~. g o I O-i,'l 3 o c. O g ,-)- 1 O [- (.N y,3 i .......w-h en -,m ~ w w- -mm

1 P el =4 7. af s.C Toa nai s. ' *) k if 4. ants .4r aC f niert I a,e e5 6 - 46 >1si .riy. t of wI gg gg - - - .,e . g. 4 _. o.u_-.----... u.. l t 2

2. 0 0.0 s,. 9

$P.E V.) Q I C3 T s,*a t sitTIra sEnVICF T a n Ns Fr.be'47_H 4'la Cai4LE OAtA h-9 ---C A4LE-W ALUE5 - t ob44s l- - - ~ ~ - - i-- 3 IEH4 B'85 4VA 4tACTANCE

/d I OLFN APJCf HEACIAMCE HESIStaNCE-KV.

2 o1 2.00 'i.Fi 4

6. tio -

T. *> o % 0 no -0.00 4.16 p 2 0 2 2.00 S.1> 6 ei. t: 0

f. >u 4

.0.00 v.on 4.16 3 u ll a AU A [L I Auf-Td ANSFORM4--TOLER ANCE--OSEn--- - 2-WINtilNG 3-dI4ulNG 7.50 % 10.00 5 // }EA C> i-. - { liv.8T UNIT AtlAILIARY TRANSFORetER unTA 44EAKER CAPAulLli!ES (KAl J' -5 dEACTA*CE~ - - - -- - I N T.-- - - - - 10 M. +1'4 NJLT wnG T E R'4 FVA XHL 4 44 AL4 A/4 LV MV t_ V MV LV adv ,, - -- C V ire - 7<00 9r9 e,e 25.00

0. ;;

e - 0.0 0.0 3.4 -0. it

e...

I-I etur.AE4 RIME Data T E H 4 - -- BUS--BOS 1 V T41PPldG-TI*E -Coa r aC I-P aa i Ids-T I-tE (CYCLESI (CYCLESI ). 3 p. g _ n _ __ _ g, g g, - - 5. 0 3.0-2 ?O 4.15 5.0 3.0 2 0 1 0.46 2.0 2.0 -- / J.46 d.u- --2.d- 'l 4

=_ee o

e k O 1 O j O ,, J e u O . J.- b _.. -.._. _ hr i ie L m we* 9 -. - =. .=n~ ..m,

f.- = n p, n m m n q ~ .[., C1 ~ _.. ~d

I a

0 a tb b 40V Y y 4 C4 ? i i i l t I l i i 8 g 1 l e l h l I k I { f l I i i t' l I 1 f i j f l l t 6 i g f e i i l i I e 'I k l l I l l l l l i e i 1 I t I i l l 6 l I r I t O I l I f ) T 4 1 f l l l i l 8 ? I l s 1 l t s' { i t t n i. =t i A a 4 I D s> I 6 4 %. =

,

a l m' r Y l ~ ~ ~ lY~ J [t l l .I i ' , e,, e i, ir ~ o ,$ 85 a .J 3 'N i 1 N. N. 4 ; e. l i j i i., O i n= 4 3 l3 j l i ( l l .t-r em y 8 f l l l i I i e l 's i ev > 1 l l e h I a'~ l l a v, O f 4 0 o T

D 1

e e. e. l l 8 1 i ? ? j = -

i -

i e

7 O

e 4 c c i l 6 2 4

i e

g k L* W

==i e a 8

e 8

i 1 2 I ( j I i .I

s g

O T T t D

f e o 'N A e 4 2 K = N D C I i e w 6

, =

ee N ~ ~ 90000505 T-D** D T\\ 34 i 1 + -...

1 E'_ .A. k p'b y i. 6 ud #140 8 e4f'sul I 5 py g-;e) gp C3 t 1 R3'l* I h{ A i J.Linar at alv IE*41'4AI. 4F AJA lua.esF FU4 f/:e 7:1..ssn ie d8 j j. a t.H.Ianr e, T 405 4th v ol. f as. 6 vdLTAGt AT 'Ili34 f t se,4r aat etpCtN raGt s tr41 - nds MV V/d CnSI-4Whilvi LO49 S t e3 I I'2(* (D40 840*4fHG LO4t* 5I A'4 II'4G LU4') d"8 S I 4" I f / 1 0 4.16 1 4.24T9 (<v) 3.T147 (tt v ) 4.244S'(MV) J. 0 9t.7 tav). l ot.. I t - 92.*2. 2 20 4.1% 1 4.24f9 (dv) I.TI47 (KV) 4.2445 kV) 3.e9e>7 tKv) 106.l'1 92 42. g 2 0 1 U. 4 ft 1 0.4T71 (<v) u.*]if (MV) l 2 u2 0.48 1 0.4819 (dV) u.*214 (KVD 2 10 - 4. l fs -- 2 4.2479 tav) 3.714F (KW) 4.7445 (Ky) 3 6967 (Kv) 1u6.11 97.+2' t. 2 2U 4.16 2 4.2479 ttV) 3.7147 (nV) 4.2445 (KV) 3.09u? tKv) 106.11 92.42 g. M 1 2-0.1 0.48 2 0.4177 IKV) 0.4177 inv) .. ] ' 2 0 2 -0.46-2 -- -- 0.4o19 - t < v ) --- - - 0. 4 214 (KV)- 2 I o 4.16 3 4.20H+ (KVD 4.1625 (nV) W 2 20 4.16 3 4.20d4 (<v) 4.1625 (KV) g 2 0 1- - - 0. 4 8 - ---- -- -0.4753 t < V ) -- - - 0.4'590 (KV) - -~-0.4 702 (KV) - - U.4261 (NV)- 102.21 92.02 2 0 2

0. 4 fl 3

0.41Fo (KV) 0.4T22 (KV) 2 1 0 4.16 4 4.2004 (KV) 4.l!.10 (KV) 2 20 - 4.16 -- 4.20f14 - 14v ) - - - 4.161 fl (KVD 2 n 1

0. 4 t4 4

0.4132 (<V)

0. 46 tl0 (MV) 2 0 2 0.48 4

0.4195 (sy) 0.*569 (KV) 0.4743 (KV) 0.4297 (<V) 103.12 93.*1 e s o.m. e. .w__ ,-e,- me 5m, p 4 I o e 1 C"3 . 4 ,, e C u eu g 1 .' m l t

A g 4

~ &..

-' --' 3 : PAMs to oF #>3. E . c LF e v. L T 4.., n x m .:.4 p.. % i s. sr. 3;,..... sa,#., 0,v3 . a g nug i.,ur,. lh-- ' i ' ~l IPPD/C'IS %. f

V Selu d D" W>LIStLJal

~5.m l et *

4. t.5.r **

REV l 3 .>-.8.4*t*hejrCiIvF.- p p s:a 48,L i Asg su.s** 2h.e& 3 -if.' l

s t i nsia ~

.y,

44.t SIV A 05F0 F04 CALCOLATIONS = 10 00. t:::

+ '4. tied Kw O'4 T ERailfe 4l 1= 63.65 u r. T F r) KV 0 4 TEQ'ilNat 2 = 4.16 l_

t a l
tiEc4ER A TOR MfA s 0.0 KV =

0.0 -4 I ..a. [: f Sis 9TR ANSIE.4T REACTANCE = 0.0 90 x/w HaTio = 0.0 s i - T 2 4NSIENT HE ACT 4*sCE =- 0. U -- - --.PO - -. - RESIS I A:4CF s - D.0 - - - - -- sit c'-Up TR ANSF0W4E4

W A =

0.0 X/R RATIO = 34.00 ] HFACTANCE =

0. 0 -

6-pr4 -- 0. 0 4V 4 H aSE --- ^ HillrYY SYSTEM r. WA = 193.00 HASE MVA OF IMPEDANCE = n.o intPfnaNCE =.0 PU AT -0.0 - 0EG.-

)

= y' 1 3. m C3 -j~'. C) O - - - - ~ - ' - ~ - ' ~~ '~ ~ -'~--~~~ *--'"-' ~ ~ ' ' ' " ^ ~ -' '- C3 .. ): i C .J-y . _., -.... ~ _ _ _ - ~ 4 - 7 J 4 .,...i s' -%..e ..e. .,_egp-- 4 a -m-e 1 - ew.,,,.---,w...m~.h.% ,I~7.-.

O %e / ' ( , o$. 1 ; s. s1 +,is, s i t tr ** T f enT 4 ' stb I, -- w e 4.* s/ 5 L l 5I t') -6F l.eN 4 4F ACle tAL-l-4Ja81 s il 4 Cl' *3S 4 4 f - A4*v 4W T f.l'4% - 2 l '14 ~. I I F I F S T*4 S T Attil-sts -1 s T/pd Fald V5L14GE M W b lus t f b- ~ * ' < awe i i It+t_ J T IF IC 4 T !18 - N i a.i t t i 4 I AT I C L*s As ( 4 ). situ nn i ' m t <, ) yts4 DAM Pl.4lE

- 4 4 K E
t A I F O '

C f.dll. f

8 A

f,*n A nW lt1CH T s tP/ K W es

W s'. V

'. 51. t<E% FFF et PF S +3F t.84/FLC. uts a e t. f y-lI f I O 4.16 1 SS le314. 34n.a n.o . 00 .900 .650 . t oir 6.00 A.1421 4.v* 1h .C@^ i 1 o 4.16 I Rd64d14* l 1000.0 0.0 4 nu .enn .350 .200 h.50 - 0.0212. o.ulv9 Id 4.16 1 84HR91 C 1000.0 .0.0 4.00 990 6s0 .200 b.50 0.0212 o.0199' '1 f I fl 4.16 1 Ret.4-14 1250.0 1090.0 4.00 .90n .d50 .200 6.50 0.ul05 n.ovi9 - 40' ! SS4als - 3904u o.o 4.00 900 .890 2nu h.00 0.1471

0. t:436 e

y o ase e-i' o 4.16 1 RHRdlHe2 1000.0 0.0 4.00 .90n .h50 .200 6.50-0.0/12 o.ulo9 Q ~ ..,1li,. 4 20 4.16 1 ArtRHIO 1000.0 U.0

.00

.90u 850 .200 6.50 0.u212 p..J199 = f - 4.16 RHR-l a -- - --1250. 0 - -1090. 0 - -4.00- ---.9pn .850 .200-6.50 -- 0.0105 0.ouT9 2 0 1 0.49 1 CR"l'IA*3 250.0 0.0 u.46 .900 . rt 50 .200-5.60 0.0069 0.0045 d 0 1 0.40 1 SACPIA 125.0 0.0 3.46 900 05G .200 6.50-0.0112 0.vo77 i d 0 1 - 0. 4 0 *4C C-K--- -- 6 0 0. 0 - - --- 0 48- .850' - - 0.0010-0.u015 2 0 1 0.46 4 HCC-L 475.0 U.4d .850 0.00?$ o.udde l O2 0.46 1 C640Pla*4 250.0 o.o 0.46 .900 .850. .29u 5.60 'l 0.0064 9.0464-4 0 2 0.46 1 SACPlH - 125. 0 - - --- 0. 0 --. 0. 4 0 .400 - 850 .200 6.50 - 0.0112 0.907F 0 2

0. 4 el 4 MCC-T 100.0 u.4u

.050 0.0016 u.0016 .f 0 2 0.48 4 tiCC-5 400.0 6.48 85n 0.0021 0.out? .) ) i e CD o 1 Q u - I 6. ? I, .e .a-.- w

r i e' a t it P. tar iC f W fM T t ,. = 'Y t ra i nijs eraCfa.Ct ("-4 %) 4 s l w i ns 4ti ..Al .. pp p. -g. / 3 a 0.0- .~ ? 7 ri u.o 0. t, $2EV.1 N f t M ' t. %I 4I I4'd %Et8V ICf' IH A't< F H4 4F ** AWD Ca*LE 0Ala g 2 -.. _.... C.*.% E-W 4 L OF S - t o d 4 51 -- ' l' h ) T r p.i HUS idA - 5'E ACT ANCE A/H f usJ.4 6.bCF idt.CI ANCE 84ESIS T ANCE : MW 2 J.1 - -- 2.00 - - - - 5.fS E 6.n0-7.su A 0.on. '. 0. 0 0 '4 16 - -. - --s 2 0 2 2.00 5.Ta $ 6.00 F.50 r. u.no

0. n et 4.16' is.4 4 i sOI IL l ast f.TD A 4SFnas4Fu-TOLERat.CE-USED--

~l -- 3 0) 2-WIN 0 LNG 3-d!NOJNG b ch 7.50 A 10.0u 5 ?~$,: .. ~..,,

p. %

t D8tif tha[T. AUT.ILI ARY Tl4 ANSF04.4ER U AT A -5MEAKER CAPAHILITIES (KA) j p E. REACTANCE -- -- - --- - l N T. -- -- 404 - - - 840M MULT < i b-g r>G TERM MVA XML A ri4 ALM it / 4 LV NW tV-MV-

4. V 84v

- - - - -O -9.0 7,00 0.0 0.0 25.o4 - -0,4-No 4.4 b. 4- ". c -_--. - 0.s -..

-- -- - 3, e

i1 i: > .... _ ~. n.4..e F4 IIME DATA 3 T ER:4... 805--RL)S gV Y.2 8P2ii4G ilaE '~0r4T acI stAQ1 Is4G 11.ti.-- e--._ tCYCLES) tCYCLES) 5.0 3.9 2 10 -4.16 -+ 2 20 4.16 S.0 3." 2 0 1 0.48 2.0 P.0 2- --.0.2-- U.48 --.2.0------- 4.0 5 .5-_ - g , s O ) O O d O u o ., v .c .J_ D. .) = p. ei .i. g. -e.. _ eDe ..e =g...g i% -4ep. D.i ha.m.-m.y.hs e.s,0-a. -... - - - - -. + =. - me. .e,. .s v.- i ,~- --r, ,m -- +, w -v

,i e c. c s .j j r 9 m O a l I i i i m-i ., i t .W l l s k l i i t l t I I I I l i 8 i l l g i i I e l l n e I l [ l i l I l s i i i l l i i A l e l e e i t t 1 l i I s s a t' i 4, i a i j t =, i s 3 t I l l w'

o e," _

j a s

D 4

g > > > e > _ ! Y_ .,Y_ Y_ Y a p g ? 7 i =, } P. , m, A 7 hm E i t k.,- = J..-% .. i %. i 4 -t O i o i I' ~ ' 1 U l f l 9 .a s a i .I J S l t. I m s i i 7 7 Y I .I i 4 i '.o.

e. i e.

e .= ,= T C l4 C lC i a 2 w' i i I j l- { l 0 W v 2 e i I .J 3 l i i C T e i j w m e c _ N j i, i w C s-O i 8"- 1 as fb f'1: C L I l I i 4 6 4 1 l ( 'O q f ,.nue. - R J T N N s I Ag" v y-m 90000J10 a

' F,y. \\: ^U : 1. .l ? * ^ ,) b g ~~- g. 6 i e. N N ~ @ M tk' r 0-0- D D I u < e e e N N e .u-t t c st* 7 7 7 l - 1 ~ %U J.nj j v N N T' P r

2.. - s..

r. ;

i e ,N N Yd o ' d ..= o - D . O 2. 3 me,

es

*=

g g am j - } l l t ' i. g t l l 1 ]. s c 6

'm g

l 'j> W W' M .J C .Y l- 'w g E em :9 e e a e C T2 4 m a N N w _ l >e N , e wy l e. e e t i e i t

9 M

o l 13 i T * ,e l r M *o 7 I Y I 1 = 44 I E hT 0 C E .t. wa 6 w = C m

O j T C

t'.# N,. l-e -" 4 N = p-l2 t e e I p ;ir e i N C T n 4 4 e 7 4 i 4 o C 1 I l a e!.- -- - l- - >, 3 D ' > > > l I l e 1 5 r Y Y l j ? 't Y Y IC 3C W. W .a. .'4 iw = Y Y Y .Y w w w - - - '= 3 3 + g w j ' i E N N N

N N

N N N N - k. N m o ~ 7 Y Z ' 2 T % l 4 0 c;4 o 2 : -* o me C I-I 4 1 t f*1 m C I L t I,t' rl4 4 f 9" o t=' I' ~e f, ., l - t' f i l i.

e. ;2 i.

4 = t e e e e e e e e e : e ? T. *, a 3

?

3 O 7 4 o 3 4 3

O i

L C -? t 4 I w 4 s-e f a n 7 0 e a p I 3 e t I l ? i =.e t >- - r f e..- o 7 es 1 > > >,> > > j >Y I Y Y. V V V W z. t I?; .t," Y V W Y aC Y i 8 g w w w w 1 g .? 4 .e d v 2 ! 't. N 'D T

t

, e ts c 4 4

ft 4

tai e I j N 4 N 1N N 4 N N o

== * '# N * * = t .Ti , cD N 2 8=. 'N 1 I si. N 3 I. - e. . =. t 4 1 4 e e e e e e e i e e e - e '+ e s e i= = a e L e e o e e e 4,,. 2 4 C, C 3 4 '"J o 4 9 o o e 4 o - o !' t 3 t I e-I l s [ i + g mi , -er W n l { l V j .ia l== N. N ' N N mim m m e 4 4 e ae

== N c. l j s, i s e t 1 e g a j t 8 -*E }4 4 r 4 ' @ C T 4 4 T l@ I T gT 4 4 of C t >.+ = e .e me e .= 4 4 * = * ** e ; e i -s , a w 3 I e e e I c 2 g i e e e e e e e e e e e e e o,o 4 e o o a + o o4

e. o r

e-w .4 g i m. w 'V O. ( s 6 T T I e i l 5 e t i t.i ' N o e. .e N c o N*o e = N - e w e o c== t d I e n - N o c - N i o o - N e o - N c4 .:- ss - = J 4 N, e. N N N ~ N ~ N N N N ~ N N ~ N N 7 D 90000311 2. n . g <.. m... w'

u I .L. g - g 4 m ( 8 g +g 'J f t s-o o J .e -=h

.+u

. 3 2 e n, s u p

a....

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4#444 [ i eo n.* .e e.e i

T T T "Z 3 I

i f b I .b a.1.e %. 2 1. ' l' . i l 8 e t- %.%. % f%..t..% - "3 I l-e I e,.

e.., -.,.

f 2 j T. 2' *! 2 2 7 6 ...e e e e e + e-i . o.

o. e. e.

j e e 'e e e e e e i f. 6 4 1 4 2 _1** Z. e~.e".' 2. t l co e 4 3 I 922 7 ** 'T t'.== l I '2e 1 t t 4' f I = J U M J'Jm) 6 JVUUUU $ ) j

- 1 T Z % 7

.. ' d -.O. 3. 3. g 2 ? s ? 3 T ** 3 7 JJJJJJ A.'.f6 A w % ' l e e.e e. e. e e s 'e e e o e e. e a e e e U U. s-U U.U. U f a s= 3 f* A .f' OP I P a r'f' - c em 4' { l - %% -%N% -l s - - =- i i. t e<# e e.e - h ...'.s e %. %. 1 l i 4 e o e e 4 e e. e e . e. e. i I e i I i ..... e .!. J I ( 'I , '. '. ', 1. '. a i j e e.. . e.... e. o. e f .e ,.,. e,e 1 l =.a. a. e. a. i i i e ./ t. t + e U V t . Asetr i p {- =.,s=.% a w l 8 t 1 i 3 4 l

.%A s

-.s t ..*

e e t.

{ t

s

. e e a ..f 2 T l i I i i ~m t

e.

e. e.

I e. e .e 8 e e e e e . e e e e e dl - + e....

i T T T -

t 1' e e..,' * > l n <f, .r 1 ?O?300 6 =3-% = g i 3 i i e ? ? ?.7 "" I { l

s. : a.

4. w.

e e e t l 6 e o .e .e

e..e e

i .m...., _e.. s. \\f es : I.n W ,e

s. s a

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p. D""

' 'T w L 90000312 m, =m-: m ..uw* aw+ f Y f Y Y 'g g 4 , 4: ;J.. g 7

~ Q ~ 6 Q-PAGE 49oF 93 i> r- -- - CASE 5 VOLTAGE OR00 WHILE ON ST ARTUP ST.SER.TR.-------PL ANT-CWWOT-ST ANOBV --i - t 9 j NPp0/ CMS 161MV SOURCE VOLTS (HIGHI -S. 'J 5 TAP 152.95KV PROGRAM OBJECTIVE - SHORT CIRCUIT ANO VOLTAGE DRCP STUDIES 3 IN#UT DATA q t Q} BASE M1A USED FOR CALCULATIONS

1000.00

'n ,~ RATED KV ON TERMINAL 1 = 152.90 . c3

RATED KV ON TER'tINAL 2 =

4.16 j i RATED MV ON TERMINAL 3 = 4.16 -- ~~- --~~ ~ O MAIN GENERATOR t- - ii - e MVA = 0.0 MV = 0.0 .) 11 SO9 TRANSIENT REACTANCE = 0.0 PU X/R RATIO =- 0.0 - 1 (9 TRANSIENT REACTANCE = 0.0 PU RESISTANCE = 0.0 PU [-' l '. STEP-UP TRANSFOR*ER gg 0.0 X/R RATIO = 3b.00 MVA = O REACTANCE = 0.0 % ON 0.0 MVA BASE g UTILITY SYSTEM 10000.00 BASE MVA 0F IMPEDANCE = 0.0 MVA = k IM*EDANCE =.0 PU AT 0.0 DEG. O O g r...__ O ;U O 6 io I ~ U l OI L Q e 9 Ie 8 -.- -d

1. v 3.y..

O; ... _3

0 lww

.O t e

4 1 t .p, so } e I

(

l~, a A&L) $) M.h l ( l. (s (.' (> 8.) t,,8 h LJ il .} } a r.**** 7. '. . { ' 5 *~1'..:" ' -- ""q 'l* 7 q e. l h l- ? 81 I i l C: .a l N l. t O e e S k4 M. 4 e m > N M M No N O O i M o Mg O '. 41 muiM e m O M o O O O O O O+ 0 O O O gI so m O O O O O e O g' o i 0 7W' e e o e a e* e e e e o e+ e zu O O O. O O Di O O O O o Ol O O + 4 I f ( l .O. I e I ~ t J O e e'e e Mo O e e, ele i g W o e m N, o e m, 1 e o .o. e O N o' M o N-O> O r uW O. O. o. O. l' O O. O. O. es e ran o ,e o aie s O O O' O a e e e e e, e e e e ? O O O O O O O O O O O O O O O O 4 j t ( 40 l O g O -e .J O O O O I O O m e 8 6 ' o IA e o lA e e e e et

e e

e IA O IA IA O j C' i i g s k O O c: O 3 O O d g E o e oe o C* O O o .l N N N N N fu N. N s e e e e e e e e - e f a i e r O. O O O o O O O ce O O O O O L O O EL 40 to in e IA 10 'A e in (f5 W to in to in Irt to tA W G G-e e 'O O CD C' @ lW W M C e e e e og l e e e e e e o oge g e r 5 4 l l O O O O' O 5 O O. o O o o o' o GaJ O O Ot O O O OI to e I b o o I s el e t t e e e e e e e f I 6 s a t I I f. M M i r W l E ( O.e i e e l 6 [ .) N = 4 4, y m-I i D E D t e o af I I 1 l I t, I/t 4 4 4 l I' r C y >>W i 9 4 a I ? y-gog e. e. e.e - o. e. e, e, m,e O o O O O ( 4Dw O O o O i a e o. e o o o O l ,i IA > e W> o o o IA @ e >g e o e e e e e e e e e o e e e e W

== 4 4 4 4 e f f 8 4 f 4 4 4 4 e O O O o I UL4 G s l l ' Y' O w a 6 OO O' ef O O O O o O O O

4. O e

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= .= .w .- g p .. ~.. - s o INPUT BUS REACTOR DATA TERM EUS REACTANCEt0MMSI RESISTANCE (OH15) pac,E 47op g l g.- - -- 2 10 0.0

0. 0 ---

i 2 20 0.0 0.0 ~ 2 30 0.005 0.004 + - - ~ ~ 2 4 0 0.005 0.004 .m 3 10 2.0 0.0 3 20 d.0 0.0 ~ INPUT STATION SERVICE TRANSFORMER AND CABLE DATA CA8LE VALUES (CFMSI e m TER*4 BUS MVA REACTANCE X/R TOLERANCE REACTANCE #ESIST ArP.D KV m ! 2 01 2.00 5.75 % 6.60 7.50 5 0.00 0.00 4.16 2 02 2.00 5.75 s 6.60 7.50 % 0 00 0 00 4.16 3 01 0.01 0.0 6.60 7.50 1 0.0 00 0.0 .~.. Ur4IT Aut!LI ARY TRANSFORMER TOLERANCE USED b-S 2-WINDING 3-W[NDING !)~ 7.50 5 10.00 5 l-$ - i INpVT UNIT AUXILIARY TRANSFORMER DATA B'4C44ER CAPABILITIES- (KAl 1 REACTANCE 1 *a f. MOM. M0M MULT M' WOG TERM MVA XML XMM NLM X/R LV-MV LV MV - LV MV 3 23 30.0 12.30 12.30 0.0 2h.00 0.0 0.0 0.0 0.0 0.0 0.0 l l BREAKER TIME DATA TERM BUS BUS MV TRIPPING TIME CONTACT PARTING TIME: tCYCLES)

I C Y CL E S I ----

2 10 4.16 5.0 3.0 2 20 4.16 5.0 3.0 2 30 4.16 5.0 3.0 2 40 4.16 5.0 3.0 W 2 01 0.48 2.0 -- - - 2. 0 -- - 2 02 0.48 2.0 2.0 Q l 3 10 4.16 5.0 3.0 g 3 20 A.16 5.0 3.0 O 3 01 0.48 20 2.0 D p.. .e, i - i .o i s. m

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4 + u -.a. VOLTAGE DRDO RESULTS PAAG d6 of.93 l a. WOLTAGE AT HV TERMINAL 0F AUX TRANSF FOR V/D =1.053tPU) ~ '~ VOLTAGE AT BUS BUS VOLTAGE vet.TAGE AT MOTOR TERMINAL PERCENTAGE e TERM RUS KV V/D CASE RUNNING LOAD STARTING LOAD RUMNING LOAD STARTING LO4Di RUN. START m 2 10 4.16 1 4.2788 (KV) 3.9586 (KV) 4.2607 IKV) .3.8783 tKvt 106.52 96.96. 2 20 4.16 1 4.2788 (Kv3 3.95S6 (KV) 4.2607 IKvl -3.8783 IKv) 106.52 96.96 ^ r 2 30 4.16 1 4.2788 IKV) 3.9586 (KV) l 2 4 0 4.16 1 4.2788 (KV) 3.9586 (KVI e 3 2 01 0.48 1 0.4895 (Kyl 0.4528 tKvl 7e m 2 02 0.48 1 0.4924 (Kyl 0.4555 (KV) m j 3 10 4.16 1 4.2209 (KV) 4.1552 (KV)

r; 3

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g f*h p -s . ~. ~... t PA&E 51 OP 93 ~ ,~ ! CASE 6 VOLTAGE ORCP WHILE ON STARTUP ST.5ER.TR.---PL ANT NORM AL OPTRATID 4 I~ ^f. NPPD/ CMS 154KV SOURCE v0LTStL0dl -S.05 tap 152.95KV L.,_._.... . _ _ _.... OBJECTIVE - VOLTAGE DROP STUOf ONLY..... _ _... _. _.. _... _ _. _. _ _. _.a PROGRAM n. 9 INPUT DATA ~ I....___............ c AATED_MW 0N_TERMIN.s( l = 152.90 7 enTED KV ON TERMINAL 2 s 4.16 RATED KV ON TERMINAb 3 a 4.16 ~ ~ ~ ' ' ~ ~ ~ ~ ~~~ ~ ~~ ' ' ~ ~~~~ ~ ~ ~ ~ ~6 M A IN._GENER a T OR. F_ 9 Hva = 0.0 KV = 0.0 L g L. 7 I=ANStENT_nEACT OCF = 0. 0 PU RESE TANCE = 0.0' PO it s i Ik .? l STEP-Up TpaNSF OR*E2 mov a = 0.0 x/R RATIO = 30.00 ' ' ~ ~ j OEscTANCC = 0.0 t ON 0.0 MyA_ BASE l J UTILITY SYSTEM C ~ ~ ^

ev A e 10000.00 RASE MWA or IMPEDANCE a

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a ,2" } p~., p ~ ~. l il (C-- @ 7 NB D *D [m] .. INPUT _ SUS fLEWENT. DAD ] f**E VaLUFS LISTED nELOW ARE ACTur:L INDUT AND NECESSARY ASSUMPTIONS 47 IDENTIFIFS THE STARTING MOTOR FOR V01.T AGE OROP ST'30Y

WOGR41 IDENTIFI;4 TION - MOTORtt). STATIC LOAD (49eGENERATORt6).._ _ _

v.__. CABLEt0HM58 ) 7 9US NAMEPLATE ORAKE RATED S PF L.H/FLC RES REACT _TE.RM auS MV .__IDENT HP/KVA HP FV M Sua RES EFF R PF ^ .850 0.0025 0.0026 O 2 01 0.48 4 MCC-L 4T5.0 7 ~~ 2 0 1 '0.48 4 s4CC-H ~ ~ ~ 500.0 " ' O.48 ~~ ~ ~ ~ ~ ~'-~.850 ' ' ~ ~ 0.6025 0.0031 ~ ~ n,. 2 0.1 _ 0.40.__4.MCC-M 240.0 0.48 .850 0.0036 0.0045 f^ 2 0 1 0.48 4 MCC-p 430.0 0.48 .850. 0.0036 0.0045 2 0 1 0.48 4 *tCC0CI 235.0 0.48 .850 0.0058 0.0059 -2 _ 0._2 _0.48 _1_CupPla 250.0

0. 0 0.46 900

.850 .200 5 60 0.0069 0.0085' I 3 l 2 0 2 0.48 1 SACPla 125.0 0.0 0.46 .900 .850 .200 6 50 0.0112 0.00TT '2 0 '2 0.48 4 *irc-T ~ ~~ 100.0'~~~~ ~~ 0.48 ~~ '.850 ~~ ~ 0.0016 0.0016' ~~ O C 2 n? 0.66_.4_MCC _S 480.0 0.48 .850 0.0021 0.0027 I O f 2 02 0.48 4 MCC-O 400.0 0.48 .850 0.0032 0.0033 p 2 02 0.48 4 MCC-V 200.0 0.48 .850 0.0089 0.0092 J L _2 _ Q_2.__0.48__4_MCC.-j 320.3 0.48 .850 0.0046 0.004T J 2 02 0.48 4 NCC-MR 200.0 0.48 .850 0.0090 0.0112 3 0 1 0.48 4 FAKE ~ 1.0 0.48 .850 0.0 0.0 1 e-O O l ~ ~ o o ~ va N t t a Y r - - -- { u ! ~ p-t O .O L-. ..a u,. a

~ ./* F+. O l f. / I .~!,. L.) _~ h, w INDUT SUS REACTOR 0ATA TE21 _GUS REACTANCEtQHatSt RESISTANCEt0HMS) PMG.546 U ~ ._, j 2 10 0.0 0.0 ^ l 2 20 0.0 0.0 I 2 30 0.005 0.004 ps9 3 20 0.0 0.0 n M ~ INPUT STATION SERVICE TRANSFORMER AND CA9LE DATA CABLE VALUES (OMMS) .TERu OUS

VA REACTANCE X/R TOLERANCE REACTANCE RESISTANCEF MW h-

~' 2 0 1 2.00 5.T5 5 6.60 T.50 5 0.00 0.00 4.16 e ~~' ~ - 2 02 ~ 2.00 5.T5 % 6.60 ~ T.50 4 - ~ ~ 0.00 ~ 0 00 - 4 16 ~ 3 'O 1 2.00 0.01 S 6.60 T.50 % 0.0 00 0.0 n q UntT iUXtL;ARY, TRANSFORMER TOLERANCE USED 3 2-WINDING 3-d1N0!NG I' s T.50 t 10.00 % ~ ~ ) .e Q INPUT UNIT AUXILIARY TRANSFORMER DATA 84EAKER CAPABILITIES- (Kal h % REACTANCE INT. MOM. MOM MULT WDG TEQM MVA RHL KdM KLM , X/A (V MV LV MV LV MV C-J ..L 23 30.P,,,12.30,,,,_,12.30 _ 0.f 25.,00 0,.y 00 0. 0,,,,,, 0.0 0.,0, 0.0 J L. PREA<ER Tier 0ATA J s TrR4 R'lS_ _mUS M V_ TRI G ME _CONTAC AR G, TIME, ^ 2 10 4.16 5.0 3.0 e 2 20 6.16 5.0 3.0 2 ? O 4.16 5.0 3.0 O 2 4 0 4.16 5.0 3.0 C 2 0 1 0.40 2.0' 2.0 2 02 0.48 2.0 2.0 g g { '3 10 - 4.16

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o m f'1 m o o m I') o M . f") ) 7 4 l i f. l ,x .u i M M - m m - M...... la. i ,a o. 2 i ..........o. w O o o. o o.. o 1 e ,g 5 e i v > v n In 1 (D 3 > - e o o ** N o o o o o o - N o C, e. j (L 4 3 1 6 o) e C g M -. o o N o.* f4 m. e o N c ls. W i O o l a = ) .J d'r N N Al N M ll f'1 N ik N N N N f'l m f") l o. o e w .f f 1 t i l e. i 4, e s, a e i i .. 1 i _1 F l vf ~ t (- (. ( r 0 0 0 n ^ O I 1 o

no lo anY 90000525

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. ~. .yr p p l ~ ~ g 9-s ~ rus ss.i 93-l h ~ I CASE 7 Vf'LTAGE C43P WHILE ON ST ARTUP M-'tDtTTR.---5000EN7L A SHOT 00dN I NPPD/CNS IS4KV SOURCE VOLTSELCd) -S.0% TAP 152.95KV PROG 4AM OBJECTIVE - VOLTAGE DROP STUOY ONLY ^ 3 I INPUT OATA ~. C- ^ BASE MV4 USEO FOR CALCULATIONS = 1000.00 ~ ~ ' ' ' ~~"~'"~~ ~'- r RaTFD MW ON TERMINAL 1 = 152.90_. ___ i W 7 i RATED KV ON TERMINAL 2 = a.16 C Retro KV ON TERMINAL 3 = 4.16 ' - ' ~ ~ ~ ~ ~ ' ~ ~ ' ' ~ ' ' ~ ~ ~ ~ ~ ~ ~ e (- walN GENERATOR. .E ) s

va =

0.0 KV = 0.0 ' l g' P t SURT**NSIENT REACTANCE = 0.0 PU X/R RATIO = 0.0 .( Q TRANS!ENT REACTANC.E = 0.0 __ PU . RESISTANCE = 0.0 PU Ol STEP-UP TRaNSF0ASER i Mva = 0.0 A/R RATIO = 30.00 g- .s AE.tCTANCE = 0.0. % 04 0.0 MVA BASE UTIttTV SYSTEM C [- Mva = 10000.00 Ba%E MVA OF IMPEDANCE = 0.0 ~ ~ ~ ' ' ' ' ~ ~ ~ ~ " " ~ ~ ~ ~ ~ ~ ~ ' L ~, IWIDANCE =.0 , PU AT 0.0 DEG.,_, __ l '. e O C) C3 I e O u. f a l w r... w e 9 S* g 7 s M%1 ...... A-j '0 /O 3 L..

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N m

w e-O d i l . taJ T O a i I I a j . Op z I g 2 5 l l 1 i 'me w N w e e e t U.e C T C T C W U .d .e. .Te o E.e } .,28 .o e 4 4.e 4 U W .e e s .0 8 8 t e i e a e e a O e-Z 2 e e e O. 9 ..,.# 2 O W 1 0 7 ED T 4 (L CL id E (D 1 B CL lt 's 'W d a .c 3 1 C D 0 3 A i r C D O I T l U U U U It U V U U II U tA a 4 g P. > @4 ) MO U M N m M 4 4' 4 4 t. 1 I j O ta t

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~ N N ~ N ~ ~ ~ ~ ~ ~ N ~ ~. ~ ~ N N N ~ W 7 l s l 1 I' g i I l I f.- i i t l t t l-I i l... L__ L.. t. L. L_ l .L._ i r o c, o c r c e i lI, ' - ~ D"A "lD Ill h YY "D e muJu wj 90000327 i q 4

i .s 4. , w. n n- .4_-. l -=. PAG ~r 00 #E #M kC)d ___INSUT RUS rLEMENT NATA i THE VALUE5 LISTED BElod ARE ACTUAL INPUT A43 NECESSARY ASSUMPfl0NS I ~ 10E17!FIES THE STARTING MOTOR FOR VOLTAGE 040P STU3Y L., DDOGRAM IDFNTIFICATION - MOTORtll.5T4 TIC LOAD (4). GENERATOR (6) RUS NAMEPLATE 9PAKE RATED CABLEtoHMS) TFR4 AUS MV 10ENT HP/KVA HP KV X SUB RES EFF 'R PF 5 PF t.R/FLC - RES REACT ^ i 2 4 0 +.16 1 CSP-IR'2 1250.0 1090.0 4.00 .900 .850 .200 6.50 0.0105 0.00T9 . Q., '~ 3 1 0 4#16 1 RPMG5T 7000.0 c.0 4.00 .900 .850 .200 5.50 6.a018 0.0025 F i 1 3 20, 4.16,,1 RR4GSY*3_ T 0 0 0. 0 __ _

0. 0_ _% a0 000

.850 .200 5.50 0.0018 0.0025 l I 2 0 1 0.48 I C20 PIA *4 250.0 0.0 0.46 .900 .050 .200 5 60 0.0068 0.0005 ge 7M ^ 2 0 1 G.49 1 SACPlA 125.0 0.0 ',. 4 6 .900 .850 .200 6.50 0.0112 0.00TT U 2-0 1 0.45 4 MCC-M 600.0 0.48 .850 0.0010 0.0015 ) h: P I 2 0 1 0.48 4 MCC-L ers.0 0.46 050 0.0025 0.0026 11 = '~2 2 0 1 0.48 4 MCC '8 500.0 0.'- .850 0.0025 0.0031 3 C 2 0 1 0.48 4 MCC-N 240.0.. _ _,., _ _ _. 0.68 .850 0.0036__.G.0045 i,+ 2{ 2 0 1 0.49 4 MCC-P 430.0 0.48 8':0 0.0036 0.0045 jis

=

2 0 1 0.48 4 MCCOGI 235.0 0 48 3850 c,0u56 ~ 0.0059 3 C 2 02 0.*n 1 CRDP16 250.0 0.0 0.46 .900 .853 .200 5._60 0.0040 _ 0.0085 j 2 0 2 0.48 1 SACPIB 125.0 0.0 0 46 .900 .850 .?00 4.50 .0.0112 0.0477 2 02 0.48 4 4CC-T 100.0 0.48 .350 0,0016 0 0016 .2 2 02 0.48 4 MCC-5 4 0 0. 0,,,,,,..,0.48 850 _ _ 0.0021__0.002T 2 0 2 0.48 4 "CC-U 400.0 0.40- .050 0.0032 0.0033 2 02 0.49 4 MCC-V 200.0 0.40 '.850 ~ ~ ~ ~ ~ ' ~ 0.0099 0.0092 O 2 02 0.48 4 uCC-W 320.0,. _. 0 4 8._ _ _ __.850 Q.0046 _0.004T l CD i 2 12 0.48 4 Mcc-4R 200.0 0.48 .850 0.0090 0.0112 9 I C 3 0I 0.48 4 FAKE 1.0 0.48 850 0.0 0.0 e p.~. i. >e y; ..it e m c. py --- j ~~~ e:1. v b e G. '...ei =O- ;. O r t

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W C M E 0 EC R. LN 00 ET E~ 7 BA 000 <N M AT AI I T~ ~ CC 000 E .0 G' ~ A R V E B L ~ R 0 NI IS TE 000000000 ~ E RL I C AC 333322332 S N 0 PY M A 000 R 0 C H R 555 / T( 0 44 E X s C t 00 L T7T 2 A E000000 O T C T N' N000000 O~ A C ~ T M 0 S 000 L ~ I R 606 R 0 S / E x 666 ~ R E A C T N 0 - E M A AM J. IS D E T4 TS C Cx 2 E E N A 1 GL 000000000 L A 551 E NC B T 770 D R IY S55522552 A C E PC SI C A 550 S 0 PI 4 E U L 3 I f 55 D R G a H R 0 00 N E N E T. X 2 T t000000 A C A 1 E N 0 0 D C000n00 R A N 0 R N E R l A M 000 E d 0 E V 6666s8668 T R 000 L 1 4" 0 C O A O 3 A M 1111 441 1 4 A F V 222 T 0 V 0 E = F M 3 S 4444nn440 N R S U R, A E N A R 4 A T R R A o T T E r S 00o012001 A C S Y M 3 u D SO0000n I S 121 N R R q 123400120 U V U A G A E 2 R AI23412 R R an0 R t'A E I T A L T O E T T S o 0 A C Y N 5 O x A N N s R I u M E P?22233 O R 223 t 'w 7 a G E R 222222333 R F I E I O 3 = E T T T L 2 T W 1 T S A t I T U T n N R S u U R A E T T r U U T u A P P I P E N N N N R I I U I R ~ h ~, f g6 [t ,.l ? [. f l,- N 's 0 ? O = v g. . [' }i )> g .h, .h,.[C

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w

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st M

.=. m. y i O c l l s i i J l 4 1 s l z. . e .e. _e e e. e. e e e. _e e. _c .e. e. e. _e e e. _o e_ D. 0 0 O' 0 0 .$ ~ e i . I e [ I t i g O O O O M N O O O O O O .* N O O C' o 6 =. O f g. N M O O N O N M O e N O N C. O.... Q .) .) G N N N N N N f*\\ M M N N N N N N f*\\ M f*1 N N e 0-O W 8 I C 3 1 i i ,i t. i i 6 i l I. - l i i l o c o c. c, I l l v~ ~ mv 90000331 7 "4 L In@L ~ 4.u 2 e

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N 5

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== = ** as N N N N N N m 4 .= N O o o E OQ 1

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rN (N, .A ~~ ? .~ -e INPOT OUS F.LEMENT 04TA ~ PAAE @p% ( 3 THE vr.t.UES LISTED RElod ' ARC ACTuat. {NPUI AND NECEf5a'RY~455iT&Tf'6NS ^~ ~'

torNTgF]ES THE STARTING MOTOR FOR VOLTAGE DROP STUDY P -4 0GP 4 ** IDENTIFICATION - MOTORttl 5TATIC LO4D (48.GENERATORt61 r

^ RUS NAMEPLATE 8AAKE RATED CABLEt0MwSI ~LR/FLC nES REACT TERM aus KV IDENT _ HP/MVA . Ma KV X 509 RES EFF R PF 5 PF 2 0 1 0.48 4 MCC-L 475.0 0.48 .850 0.0025 0.0026 ^ 2 e1 0.40 4 MCC-4 500.0 0.48 .850 0.0025 0.0031 [ 's e 2 0 1 0.48 4 MCC-N 240.0 0.48 .850 0.0036 0.0043 M 2 0 1 0.48 4 MCC-P 430.0 0.48 .550 0.0036 0 0065 C s 2 01 0.48 4 wCCOGI 235.0 0.48 .850 0.0058 0.0059 b 2 02 0.4% 1 CRDP19 250.0 0.0 O_.46 .900 .650 .200 5.40 0.00 % 0.0085 [ 11 I 3 2 02 0.48 1 SACP19 125.0 c.0 0.46 .900 ~ .850 .200. 6.50 0.0!!2 0.0077 !! ? 2 02 0.48 4 NCC-T 100.0 0.48 .850 0.0016 0.0016 7 7 2 02 0 48 4 4CC-5_____.480.0 0.48 .850 0.0021 _ 0.002F. il 3 2 02 0.48 4 MCC-V 400.0 0.48 .8a0 0.0032 0.0033 y. 2 32 0.48 4 MCC-V 200.0 0.48 .850' ~ 0.0889 0.0092 ~ y 2 02, 0.48 4 MCC-v 320.0 0.48 .850 0.0046' O.0047 1 2 02 0.48 6 MCC-wR 200.3 0.48 850 S.0090 0.0!!2 ,y = 3 0 1 0.48 4 FAKE 1.0 0.48 .850 0.0 0.0 L -r ,e i - i .J CD CD CD u,. U L.M l . ~..-..... 'I i i a-l w t l ../ '_.

{-

W g H T* _q

.,.c ^ fn, .A 4 4.. INDUT Rus REACTOR DATA TERM RUS,,_.. REACTANCEIO*tMS) RES(STANCEt0 MMS) I l'O CE D 2 10 0.0 0.0 ^g 2 20 0.0 0.0 2 30 0.005 0.004 2 4 0 G.035 0.006 3 10 0.0 0.0 ^ 3 20 0.0 0.0 , i I INPUT gr.it04 SERVICE TRAN$r0R*ER aNO CAOLE DATA ~' CABLE VALUES (OMMSI C .ER* RUS vva REACTANCE X/R. TOLERANCE REACTANCE RESISTANCE kV 9 2 0 1 2.00 5.75 % 6.60 7.50 5 0.00 0.00 4.16 -^ 2 02. 2.00 5.F5 5 6.60 7.50 % 0.00 0.00 4.16 3 0 1 2.00 0.01 % 6.60' 7.50 5 0.0 0.0 0.0 3 7 UNIT aVMillaRY TRANsroRMru TOLERANCE USED ) i 7 [ 2.WINQ!NG 3-d!N0 LNG g'.' T.50 % 10.00 % 3 i-. J i INPUT UNIT AUX f t.] ARY TRANSFOR*4ER DATA BREAKER CAPABILITIES (Mal 4 was TERM MV4 XML XMM XLM X/R LV MV LV MV., .,M04 MULT S REACTANCE INT. 40M. LV MV C .) 0.,0 0,.0 'O0 3 23 30.0 12.30 ,12.30.,_,.0.0 25.00 0.0 0.0 0.0 H4E wEtt TIME DATA TE6N RUS_ RUS KV., TRIPPING TIME CONTACT PARTING T!ME (CYCLESI (CYCLES) 1 2 20 4.16 5.0 3.0...._.______., 2 10 4.I6 5.0 3.0 O 2 30 4.16 5.0 3.0 Q 2 4 0 4.16 5.0 3.0 2 0 1 0.4% 2.0 2.0 h f 4 02 0.48 2.0 2.0 C 3 10 4.16 5.0 3.0.._.._._.. _ _..... _ _ _ _ _ _. _. _,,, u 3 20 4.16 5.0 3.0 3 0 1 0.48 2.0 2.0 l .Y 4 4

h 9

y _ .s.

. m ~,: 24 ~> s._ l f"). - + .N

M9 N #F b

-l' p STELDT ST4TE VOLTasE ort 0P RESULTS yr)LTAGE AT HW TERMINAL OF Aut TRAMSF FOR W/D

leC53tPUI v0 Lit-g aT 5305 7

.. Actual 005 VOLTAGE T EsM aOS FATED BUS MW 7 I 2 10 4.16 4.3151 (MVP +' D 2 23 4.16 4.1151'(MVI e 2 3 0- _ 4.1 % _ _ _.__, 6. ! ! 51_ ( K V l_ e. 2 4 0 4.16 4.1151 Inft _ 7g ! t 2~ e1 0.48 0.4512 tKVI e e' - b '1 a e-... 2 :., 0 2... c.49 0.4576 (Kvl ..A '~ 3 10 4.16 4.~6R3 (KWI g

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l, / /% y - p - 4~. , l THE VnLUES t.lSTED R QOW PA M M @ D 8 . INPUT A95 ELE *ENT 04TA. _ARE ACTUAL INDUT AMO NECESSARY_. _ _. _ _, _ _ _ _ASSU4PTIONS InENTIFIES THE STARTING MOT 04 F04 VOLTAGE DRCP STUDY PQOGa44 IDENTIFICATION - MOTORitt, STATIC LO4D (4).GENERATORt61 ^ RUS tlAMEPLATE BRAKE RATED

CARI.EtnHMS)

$ PF J R/__(C RES __ #EACT F Trew.nUS MV IDENT HP/MVA HP KV X SU ( _R(S EFF R PF ~ ^ 2 4 0 4.16 1 CSP-19*2 1250.0 1990.; 4.00 900 .850 .200 6.50 0.0105 0 0079 3 10 4.16 1 49MGsf 7000.0 0.0 4.00 .900 .850 .200 5.50 0.001R 0.0025 ' l. c ~ 3 20 4.16 1 An'4GSf

3 7000.0 0.0 4.00

.900 .850 ,200 5.50 0.0018 _,0.0025 %a 2 0 1 0.48 i CADPIA*4 250.0 0.0 0.46 .900 .850 .200 5.60 0.0068 0.0085 ^ 2 0 1 0.48 i SACPla 125.0 0.0 0.46 ~ .900 .850 .200 6.* 0 0.0112 0.9077 ]., _. _,. 2 0 1 0.48 4 PCC-k __,___ 600.0 0.48 .850 0.0010._ 0.0015 f 7 2 ei 0.48 4 MCC-L 475.0 0.48 .850 0.0025 0.0026 7 m 2 0 1 0.48 4 MCC-w 500.0 0.48 .e50 0.0025 0.0031 ( q 2 9.1

0. 4 8. 4. **C C-*4 240.0 0.48

.850 0.0036_,_0.0045 ,p N. *. 3 ! 2 0 1 0.48 4 MCC-9 430.0 0.48 850 0.0036 0.0045 2 0 1 0.48 4 McCont 235.0 0 48 .850 O.0058 0.0059 C 3 ._.2 02 0.49 1 CkOPIR.,__. 250.0 0.0 0.46 900 .850 .200 _5 60 0.0068.,_._O.0085 2 02 0.48 1 SACp!B 125.0 0.0 0.46 .000 .850 .20* 6.50 0.0112 0.0077 (L. 2 0 2 0.40 4 MCC-T 100.0 0.48 .850 0.0016 0.0016 2 0 2 0.49

** C C-S.

4e0.0 _ _0.48 .850 0.0021_; 0.0027, i 2 n2 0.48 4 MCC-U 400.0 0.48 .850 0.0032 0.0033 i g .850 0.0089 0.0092 O 2 02 0.48 4 $tCC-v 200.0 0.48 O Q _.._ 2 0.2 0.48 4 HCC-W_ 320.0 0.48 .650 0.0046 _ 0 0047 . t 2 02 0.45 4 MCC-H 200.0 0.48 850 0.0090' 0.0112 4 .' ' " 0. 0 - 0.0 ' ~ ~ ~ ~ N 3 01 0.48 4FME 1.0 0.48 .850 l t

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a ~ J '* O A .. L Input RUS DEACTOR DATA g 6b OS % ~ TE**. OVS REACTANCEt0HMS1 RE515TANCEt0H4$1 i 2 10 0.0 0.0 ^ I 2 20 0.0 0.0 i ~l 2 30 0.005 0.004 2 4 0 0.095 0.004 ~ ~ ~ ' ' ~ ~ ~~~ ~ ~ ~ ~ ~ ' ~ ~ ~ 3 10 0.0 0.0 3 20 0.0 o.0 _ c.. ,1i ja INPUT ST4T10N SERVICE TRANSFORMER AND CARLE DATA ~ ~ j i CABLE VALUES 10HMS) . C'. . _.. _. - - TER4.._ RUS,_ ___ uV4, _, REACTANCE. X/R T OLER.ANCE___R. E A C T.A NC C._,.R ES I S T ANCE' MV 2 01 2.00 5.75 % 6.60 7.50 % 0.00 0.00 4.16 - ? M 2 02 2.00 5.75 % 6.60 7.50 s 0.00 0 00 4.16 3 01 2.00 0.01 % 6.60 7.50 4 00 00 0.0 UNIT AVAILIARY TRANSFoqMER TOLERANCE USED.. _ _ _.. l}C ~ b-f 7 2-w!NDING 3-WINDING 7 9 C l'FUT UNIT AVE!LIARY TRANSFORMEP OATA .BREAMER CAPABILITIES (Mal. d. % REACTANCE INT. 40M. MOM Mutt ,c NDG TERM MVA KHL X4M XLM X/4 LV MV LV HV Lv MV ) l 3 23 30.0 12 30 12.30 0.0 . 25.00 _ 0.0._. _ 0.0 _. 0.0 0.V 0.0 0.0 E stqE a < E R T!uE DATA TER4 GUS MOS KV __ TRIPPING Tlug,,,.. CONTACT P43 TING ))4E _, I ICYCLESI (CYCLES) t 2 19 4.16 50 3.0 .. __ a 2 20 a.16 5.0 3.0 C 2 30 4.16 5.0 3.0 O . _. _ _ _. 2 _.. 4 0 _ 4.16..__ _. 5.0 3.0. I..... 2 0 t o.as 2.0 2.0 O 2 02 0.48 ?.0 2.0 O 3 10 4.16 5.0 3.0 3 -20 4.16 5.0 3.0 s,. 3 0 1 0.48 2.0 2.0 4 4 q .O {4 V j 6W L = _. -..,....2 9 g.,- .~.- c = ~ ~ - +

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== .Y. ig g w w w w =>W Y V w =. w

=,

6 e e e d W .o d e e 4 4 9 O O e m o O N 4 4 N N e

- t O

O fv 4 e W P 4 4 N N. e e P. P=

=

A e i.D D TD e e D S.e O

- >= >

P. e d

== 4 e-O O O 4 4

- ==

w O O i O O O O. k e e e e e e e e o e e e e e e i i 7 e o e k 3 e 4 4 e O O 4 e O 4 4 e e o O 4 e o e e 3 m E F I c 4 1 5 E i. l r W W t o w 8 4 4 U ** e's me me

== ce .= me

== N N N N N N N N N m m k C O 'I l J 4 z l e e e e e e e .e .e .e.e.e e .e e e cr-I. e.e .e e .e .e e av 4 ee

=

e a w = 4 = + i d. 7 se e l e o e e e e e e o e a e e e e g g e e o e W O 4 4 9 O O e 4 O 4 4 4 4 O O 4 e O 4 4 l M, w Z r G De k t/t O O O O me N O O O O O O N O O m O O O' 4 4 3 O m N m o O O w N O N m a O c N O - N 4, rr i. w O o O 4 W g m - -, o J J G N N 8% N N N M f89 m N N N N N N m M f"6 N N s C C5 W JO. I i f, h l 6 e l 4 8 l i.. 6. L_, n r: 90000345 ?. is > *i

. t I 8e ' l [ 4- . T- . l e' r j =.t { .'4 l = r a a. + - l g'a h .o... ..O l \\ q, .). ,, c, v.u I s. s r s t. . s. i 1 1 f i .(' g e ,{ .s w G: u. we. ' O). O o*" 4 l. } t I m.g P W e a i u M' J { g E 4 g Ins F. I

d. '

i.n '1 i e &D \\ t, g t i I f c 2 x l i x s o, as "2 _.z z. i t ..I 1 J O. e g

k. O.

i Y .E t. M, 40

r. z r

e. i N. E J__ >Y w > > > > > D' W E W W W 'l O E E M W W W M E Y E w w w i E J = w t . M .= N m in .o .... e e e e \\ o, -m n - - m m m ... e a. m. _z N. N. N. N. N. N. N D. o C. M M M M, i i i i t. 3 >..f l De { Y Y V W W, W Y Y Y C D. .Y .Y .Y .t. .Y .k' W Q ) e e e. .=== e.n.. 2 a. 7, N. N. C. .e s= 6 an, 3 i .i E i k D. I .isJ at 1 j 4 W i l l e + C O I .J i, r N i i .C. E. e. w . s, 4 C 4 O e. e. .r t. C. ,e D. 4 g I l y 5 ( 1 > 3 w I e N N. N.. - i. E .. _ N.. _. N l q t W W 'oJ o. i .3 7 N N N N M M M N N N N N N M M M t O. C W L C _i i. i 4 I, 1 f t I i 3 g { g [ L_ L. L i_.._. I t j i i_ L. L.. e e e o o ? o a 3 o o o o c c c c rlr c ~. 90000.4~6 r!~ t e .t

,4- <g ^ , T.N. /~T .,A i i I M -- j PA&S 79 op 93 I, I m CASE 10 VOLTAGE DROP WHILE ON MAIN GENERATOR... PLANT DN HOT STAND 9Y f4 PPD /CNS 22.054V SOURCE VOLTStHIGH) 05 TAP 21MV PROGGAM OBJ!CTIVE = VOLTAGE DROP STOOf ONLY . A P ~ BASE MVA USED F00 CALCULATIONS = 1000.00 RATE ll_KV O t TERMINAL _1.=.210.00 7 7M ^ ! RATED MV ON TERMINAL 2 = 4.16 RATED MV ON TERM 1 MAL 3 = 4.16 l} S4AIN. GENERATOR 'I [' MYA = 983.00 MV = 22.0 9 s SU9TRANS][NT REACTANCE = 0.2T100 PO,_, N/R RATIO = 4.05 _ _. TRANSIENT REACTANCE.=.0.40T00.00 RESISTANCE =.0.05550_PV I, '~g g STEP UP TRANSFORMER e4v 4 = 900.00 x/4 RATIO = 46.20 .oEACTANCE =. 11.55.5 01._900.00.MVA DASE.- l UTILITY SYSTEM 10000.00 BASE MVA 0F IMPEDANCE = 0.0 MVA = s IMPECANCE =. 0 Pu.AL _0. 0._.0EG. y e O' O C"3 0 A M N + u. 3e '3 9 en.. ( - --. -f g g-9# - J,,

k ~5 4 e .4 g e r .;e s A ad.ed 1 I '* I h '~ I t. t - 'l t L,/ 4 ./ 4 ' c sema. e e.. e ac, L e ** *

==a . j e' ( n (A e o. e-

== 4 e 4 es e. A e e e e. m m e > su N v >= m .e.e.e o m o.m o 'm o o -u m L,- m4 o o o o o o o o e o. o. o. r.e o o o o o .o o o o o. o. o. e e e e e e e e e e rw e o 0 8 ' o o o Ia o o ol 1 a i I m w m o e e .o e.e .e n o e e e u o -e e e o o o e W ,. 4e m -e e-o u.n m o su o o

uW o o o o - u o o m

o o o o o o o e e e e o e e e e e a e e. o o o o o o o o-o o o o o o o' e (J o o o o e o o o to o m O e o e o e e e e D We e e l i i l

i. ! o o o o

o o o 9 e o o o o e o o a{s W N fu N N N fu N e j aff e o e e o e o e e t ] k. o o o e o o o o ce o o es n o o o f en M en W W m m W m W It'b d - @ ift e e e e e e e e e e e e e e e e g. e e e e e e e e e o e e; e e o e o o o o o o o o o o o o o o o o SP O* 4h EP 6* (> (> d> e e o e e ; e e e e i e p s l t i M en E W I E l O.e ' a i l a l t k = (L e Y IE i D E' D m rs en l m > t f 4 4 M l E e >= > W KO2 I d D t.J O o o o e e e o e e o o o e e3 m ED MkO Ind 3m o o e ** ao ee o re en o o o a e e 4 WWe e= g, e e e e e e e e e e o e e o e e W =m 4 4 et 4 4 4 4 4 4 4 4 4 9 9 o C o U ik 4 G ~j laJ O *, s ZK l Oft t I O et o o o o o o o o 7 taJ Ce W e e e o e e o e 40.8 Y CL o o o o o o e o 4 4Z kWU R DJM CD i (L 0 9 W > eE l e.e > tw tr e >d e o e o o o o o o o o o e o o o et 3a e e o e o e e e e e e f O.*= JM o e o o o o o o o se ese o o o es me et is D eie a% e c.s o a o o ,o e o o o e nn >Ew W Q. e= O e N M d e= o M ce o 4 ees UOE EI

- N me ce ce P

r= 4 e-O et Op 2 W7O g E

- N mie r'

48 O e e e e U.e W W cD O.e .k. .O.e n'= 23 4 4 4 e .e me .e m e 3 se me

== ce C e= Z Z l 9 IL 885 W 8 6 m m Isl tal O O M W taJ .J G O nsl (L (L C K tD V W Y E C1 CD E t a 4 se Q 3 c0 C 3

s 3

3 D at 4 g a 3 D 4 E m M k @4 (D U M in k la, 4E>> W U U (C. I 4O 'J t d O 4 ee no

e 4

e 4 O t.4 *w *e j { l 1 r i H 2' b O e6 e e e e e e e e e e e 4D to >= M e= ** ' ne me en en en en en ee =e e.e en 4 e e 7 we e=

e t.J,,J in g DE e

e e e e e e e e o e e e e E W n.J El? d 4 e e e e e e d

e e e o o o 1

i WDdO.e i. i. o o o o se we i W D.is .J Iu e e Jet M o o o o o o o o d Q t t e in 4 7 ed D .== ce rag N N N f'1 e .D > tas er ce, o. (C N O o e De 6 W *e O 8 1 3 ,J 2 7 i p 1 tL too

~ ~ s

~ ~ ~ ~ ~. m,, ~ ~ ~ ~ ,- 9 x t i i l l 1 o e _.4 L l._ L_ L i._i C } D " * 'D 1D'T ' M^ i h a J L lAL ~ 90000348 T~ e i, e

. g m-

~

g q n-* INPUT BUS REACTOR DATA

A*E 8P 93 TERM BUS REACTANCEt0 MMS 4 RISIST ANCE t0H"$1 2

10 0.0 0.0 ~ 2 20 0.0 0.0 F O-. 2 30 0.005 0.004. 2 6 0 0.005 0.004 '3l 3 a0 0.0 0.0 ~'

3. _2. 0 0.0 0.0 INPUT STATION SERVICE TRANSFORMER ANO CABLE DATA C

CABLE VALUES (OHHSS Tr.R1 _ BUS MVA._ _ REACTANCE 4/R TOLERANCE __ REACTANCE __RESISTANCO MV 2 0 1 2.00 5.T5 % 6.60 T.50 % 0.00 0.00 4.16 2 02 2.00 5.T5 % 6.60 T.50 %._. 0.00 0.00- ._. 4.16 .L. 3 0 1 0.01 0.0 -% 6.60 T.50 5 0.0 0.0 00 _UNIL.AUXILI A9T IR ANSFORMEL.TOLER ANCE. USED Y4 g-2-WINOING 3-WINDING D T.50 5 10.00 5 l.. SREAKER CAPA81LITIES-(MA) ps INPUT UNIT AUX 1LIARY TRANSFORMER DATA % REACTANCE INT. MOM. MON MVLT WDG TERM MVA XML XMM XLM X/R (V MW (V NV LV MV _3 2. 3. 30.0___12.50._10.00 0.0 25.00 _ 0.0 0.0 0.0

0. 9 0.0 0.0 t

9REA<ER TIME DATA TER$1 EUS _ BVS.KV T. RIPPING T1wE CONTACT PARTINQ E.t4E_ ( C Y Ct.ES) (CYCLES) 2 1Q 4.16 5.0 3.0 2 20 4.16 5.0 30 g 2 30 4.16 50 3.0 Q .. _.... _ _.2. _ 4 O____4.16.. 5.0 3.0 j O... 2 01 0.48 2.0 2.0 l 2 02 0.45 2.0 2.0 'd 3 10 4.16 5.0 3.0 l U 3 20 4.16 5.0 3.0 .Sb 3 01 0.48 2.0 20 ...m.__ 't.

9.h-~

7 w h._ y.~..... ' ' )

O 7'~ ~~ '~"

4n

1 .s.. r .' u _,.

..e '

+ c . 4.. u.=.. ,..,.c a .. = ( .. (' a u.r e I. -- a l' i. i l } i f i. v 1 i i l s-r. e: i o ino C. ,O J D. D.. D. D. D D 8 O D t- -. -.. ~ .. -... o JN n M o N N N O o. la. e,n .og N. N. N. N. 4 N. N. 4 O o.. o L.) E >= V> W 3 i. MW A. a 3 e.... 10 e. e. O. e O O 48 . e. e e e o o e e c z o J& Ana [ ti W e4 > =. et H M IK ) D ""I 0 I CD g c'o o n-o o - o, 3, g ce N P d O O

- N O

l me e laJ inJ 6.t I, ti tn ,s ,,J .D E N N N N N f4 M M f*> 0 0 0 W et >- D >= 4 ,I In# .Wi i / I s 'y h l g f. _. 3 - i.. L _' o 7 c. 190000350-c e p.- l.- 8 i* e,

e g y 4 .[ s. e A l. .~ ? -) ).h ~(' . 4. i .1 4 1 ...'.) ./ . 6.. a i l N (-

c..

W G InJ 4 O. >re d s.t tih 2 set U M M P. K.J 2' N. N. 1 8 h3 e e e .m R o o o w et me e. O O S. .I f W D J .J O M M M ..J w w w i 2 4 me O se se 7Z M M .O tY e4 .c t W 6-O.n F. 2 e 4 F) P1 PD W 9"t 0 t

t. 4t OT k O.

== - m. D 0 W .E. E t.J,,J

o. O w

i NZ .J -.. OF N. N. N. >7 t 3.. 4 i 1 + D. --m. O M. Y=

== - W r M Y E E. ac E. Y M E Y .r. .E. E .E. E E e w w w w w w w w w w O N N N N me ....= e4 e.e M. M. N. N. M ./. M. M. P.1 P.1 N. M to e c O P M P P 4 m. .e. l l P= 9 On ED EC e=e I O. C.* CP. =.* e a. D. 04 w we e .e I m.e U m. .e 3 C-F1 P1 PP P1 D O O P1 M-M f*t O O, O \\ O 0- M It) ,J e Q O l m.e D. l1 ,O . CD Q W .r .V. W .E. g W W .Y. .Y. .Y .Y. W W Y .Y. .Y W W W w w w w e +. O... N. .Z P= P. P. P= ao c C% en its .C P.1 M. e d 4 06 81 M O 11) Q M PD c.l* Z N in. s N. N. N. N. N. N. N. N. N N. N. N. N W E l z.t B D-SC _k et L4 ee =4 .e e. .e me

e A N N N N N N N N (J

91 91 O C .,J 2 b J i I .l 6 m. Ci. N.

e N

O O

== N W. O O o me O O .4 O O O O

== N. O o ee o o .t =* N P O O M N O e N l O (C. t O, u w w O l O O. f es l l l 6 y r Lol 9-F - M M P1 N N N N N N M t'> P'i N N N N t\\ N N N O .J .J &.J et C O s > > >= 0> r i ( __i t. L.. I {' ( r r-r c c ~ 90000;51 ~n t +~,., g t

e4+ --nae 1,s -n .g 9 *. g n.r t 16e g Q ;l I'

8 t

( ( ( t, .. ( '/ _.u 8. I ( .. - ( ,...c.i., 3 ... ~. 4 -)- 0 .c W W4 N o e. 6 de e Q 7 W t u E g h g WZ g AD o n E .h - I. I f 6 t e i O g 4 i go g g zi e Ho M Em t EZ i WM ' N { D= El M 4 I l E >= OW l O i 2 i e= 0 f, 44 I i O E i w r,as.,3 s o s do 4 >= Z o J ew i N O 3" ) >F 4 y = I O 4 I O E E. E E E E. E w w w w w g O' S 4 4 C o' N. N Z p k w M N N \\. m > > 4 4 M f .H. m. I m 4 4 4 ? wg e e o e (' o n. 4 4 O o M M o w 40 t O MM E

J 1

o O (r l e Y mO I m. 34 e E Y .E. E .E. .Y. O mo .E w w "q g g 4 4 4 M 7 "e g g M M e to o o "7 O N N 4 4 N N 4 g g y e o e e e e e e g

n..

4 4 o e 4 4 o t g g Z 4 IL 6 W la.1 3 m M M M F M M F M is. - o o 1 l t i I i e e e e + 4 e I ~. z e a g e e e e e w 4 4 o o 4 4 o e . i m > 3 W Z CD t e > m o o a N o d E EM 4 o o m s o i i o i u W W i f O o o 4 4 eM355~~n N M-n M l 4 O O k' I l i H \\ .h ( O 1 1 1 i i i. f b ..~l b_ L. _. _i Mi 90000552 M / Jp'H ps a k,

.f w-e M

.= 4 r" m, (*. .A_^ t i. 4 t PAAE' 85 =F 93 ~ ~ ~ ' '~ ~ " CASE'll' VOLT 4GE 040P WHILE"0NMIMENCR ATDR===PL ANf~fQQ 44L DY(Y478$ 1-m Cl nPPD/CNS 21.6<v 50U4rE v0LT5tLods 0% TAP 21MV Pe m a4 H JECTIVE - VOLT 4GE DROP ST00v ONLY TwouT caTA g^ sitSE **Ya USED F02 CALCOLATIONS = 1003.00 ~ ~ ' ~~' ~ ~ ~ ~ ~ " ' ' ~ _ D naTED KV 04 T Eu'41N A( l _= 210.0.0... _ RSTF0 MW ON TEau!Nat 2 = 4.16 RATED MV ON TERMINAL J = 4.16

s11 r.fvE44TO4 u

- I t so.00 <V-22.0 -A = SuaTea1SIENT REACTANCE = 0.27100 PO R/R RATIO = 4.05 ~1 TatvSIENT REACTANCE _=, 0.40700 pu DESISTArJCE

0.05580 Pu I.'l I

STEP =Up TaaNSF04*ER e MVA = 900.00 K/o RATIO = 46.20 s p-RFACTAvCE = 11.55 % ON 900.00 MVA BASE. .d' UTILITY SY STrat 10000.00 BASE WVA 0F IMPEDANCE = 0.0 M*f 4 = .g 1*prna.NCE =.0 P. t) A T 0.0 DEG. o g Oo o C 9 y ....._.._r e. 1 p p-4. .....-e .e f 6Y , V g.v- % f s u -- . ___. } 9

1. O

- - -. - -... ~

a _ q. 8 e e. g4 i 4 .) t '.ia e e eas i e I I k k k k k. I kI ga I J e e g, -seese=<=h, e, ee,e 1; a e_., e e e i I .A 't e. (- e l ~ > es 4- - @ ^ t#t p= i 4 4 De. es 4' -4 4' 4 th. >g M, M 4. El* 8* N M M d S N N M Ql em U M ' M se se o M O M M ens ee. O M O O O O O O O-a O O O O O O O O W4 O. O. O. O.. O. O.. O. - O - O. p e$ 7 w. e e e e e .e e e e e e 12 O O. O-O <O Op' O dD O' O O O O O. O O O O O. O o WI i i l I I. W l e J O O e 8** O O 4 e C a O C f> ' N O Rs O O O O 4 N ' M 'M me O N O O O

e O

O fe O O 4 ee s=e es ee

== 4@ M M eev & O N O O. D O O O O O O O O O O O O O, O O ' U. em. O. . %J W. ' O O P, I-O O me.- D O O. O. - O. j g e e e e e e e e e e e e O-O O O O O ..a'O O l 1 t Ol O l i U i O O O. O O-O" O J O O O O l O O.n. @. l is-ei e 1 k O. O. O s e e e e e o e e e .1 E 10 46' to t e 10 10 4 ) eJ q l s la k e O O o O c O O e O O' O O O O 4 e O O O O - Ol O O . e o of D C o. O N N N Ni N N N e aa, N N - N N N N. s e' e .e es e e e e. e e e' e k O O O 3 O C O O O O O O O O* O O O-O O P ik .O 8% aft W. Je tft / f G3 e. e. CD. C. C. eD. ' C. 3 E. C. C. r W< O C T.'. S a. e e e e e l lO l I l k O O O O O O-O O O O O O' O k C O O. C O O c O O C C O c. O W D D @j IP ' O. e o e e e o e e e e i e i a y W M' 17 W l o E f*"' m a

tL l

I tt ' s me 3 G . D* O als he =E 4 BC I I f 3 h p \\- j> O 2 . O O T' - O e C e O O O O e b O O. O O e e D i > inJ N* 2

4 D W D. C O

O C en

- *=

O O O O e. es O c c O 4 4 4 til e-O laJ D 4pg opt a > g, e e e e e e e e e e e e o e o e e e e w e 4 - 4 4 4 0 4 4 4' 4 4, 4 4 4 4 4 4 4 4 O O O l-t .u a t a ' I t za 1 6 ( wo-3 i i oo - O ts O' O O O. O O O O O O t"> O i O ar - t. l - 7 k) o w e e e e o e o e e e e e e e t ' : 4 0.J g$. O O. O, O O O O O O O O O 80 O I t 4 4% I '>>U 4 4 ie El I'

d. ) b >*

i f 2>d i a me be W t & 4/t > *e D O O d'D D C O O O O ~O O O O O O O Ce O O yoe og 3 e e e e e e e o e e e e o e e e a e e e les g c .J w e f O - O O O O O O er'i c, O O O en eie O O O O +3 ee 3% o e O O 3 r o o o O O N O > g en wa== > C N M 4 Pe if T, O M e o. N ce c , gu C & 3 % ** s'* N Pa a'e N me f 4 l' en > c i om Z \\ 'M I O a t N M 4 4 to e S e e I 28 e T 4 4 8 U W W O T C e O c e g 3 ee >== se ea a= ee O ** l 2 8 I I 1 se

== ce ce se

=

en me tre e ee y U I 8 8 8 3 W E/l W W D O 'l 8 +g 2 O w 0 a (L T T T E P. I' ll3 r v T T tr C u u ta d me C 's 3 E C O I D 1

s Z

O eg a fr n C u er g > >

=e U

U U U M fD U U U U k k Cr U T @ of er O U ese se se ee 4 4 4 ee es en ese 4 4 ee me me ce ce em 4 Q enJ W '6'e >- 2 o.'a e e e e f f e e e ->@>e e e t' ee e e e O dr O y en e eo ee se ao =e en en en es en ee ee e e.e es e,e 4 4 4 y,j @ r >g e e o e e o e e e e e e e e e e e e e e y ww a 4 4 st 4 4 4 4 4 4 4 4 4 4 4 4 4 4 o O O W llt ** O _..e L>? t/t O O O e O O O O e o e O O c 0 O O e* ee ~,e p ;;n k r g sa

= *

ce e* e.

N N

N N N N M 4 e=e N O O O tr CJ IS ta i se C l >2.,n ,F - N ~ N N ~ ~ N ~ N N M ., ~ ~ N mm ~ ~ ~ 2 i i i ( i i. i i._ o i i t.. u m e e v v u% w,<m o 90000354 v, e e d A L /A L 1, e t

3 4 \\ [ 'f l 7 + .com. .~ I... ~_ PAG M 4 93 IMOUT BUS ELFMENT Data TME VaV>ES L1 STEN REL0i aQE ' ACTUAL'~tNPUT "4N0'NECESS4R(' AfSVEDTI0W ~ ..(< ~ 7 "' ~~ '~

:nC4TIFICS TME ST A;tTINr. MOTOH FOR WOLTaGE tt40P STUDY 94%Qa 4 IDFNFtr! CATION - MOTMill.5T AT IC t.043 (49. GENERATOR t6)

HUS NAME> LATE H4AKE RATED CABLEt0HMS) T F9'd DUS MW l'sENT wp/<v4 wp nw X Stie QES EFF M PF S PF LR/FLC RES REACT h d I 1 l 2 8 1 9.40 4 HCC-L 4T5.0 0.48 .850 0.0025' O.00'26

^

2 oI n.45 4 MCC-4 SJ0.0 0.48 85u 'O.04m3 0.0031 ~ 2 01 0.4R & MCC-N 240.0 0.48 850 0.0036 0.0045

{

2 0 1 0.49 4 *eCC-P 430.0 c.48 .850 0.0036 0.0045 e 4 ~~ ~ .850 '~ 0.0056 0.0059. '"~t... 2 0 1 0.46 4 NCCOGI 235.0 0.48 2 0 2 1.48 1 CPDPIS. _ _,,250.0 _

0. 0_

e.46 9en .850 .200 5 60 0.0068 _ 0.0385 I 2 0 2 0.49 1 SaCPts 125.1 0.0 0.46 .900 .850 .200 6.50 0.0112 0.00FF N I 2 02 0.49 4 HCC-T 100.0 0.48 .850 ~ 0.0016 0.0016 ~ 3 2 02 0.46 4 4CC-9 400.0 0.48 85n 0.0021 0.0027 ~ 2 0 2 0.46 4 ttCC-U 400.0 0.49 650 0.0032 0.0033 2 0 2 0.*0 4 MCC-v 200.0 0.48 850 0.0089 0.0092 2 02 0.w3 4 MCC-W 320.0 v.4d .H50 0.0046 0.0047

k 2

02 0.40 4 H C C-M.) 200.0 e.48 .850 0.0090 0.0112 C 3 n 1 0.4H 4 ra<E 1.0 0.4n 0 0.0 0.0 O { -- - C) o C3 O l r.. A (' T1 W p-I -.,..k. ..i lw e

- P

~

N'*

..... ~ ~ o ou. - - - - ~

t ^ g-g o* -r r INPUT BOS REACTOR DATA .. _. __ _ _ T E G'4 _. RUS REACla"CEt0HMSS RESISTavCE(OHMS 1 PAAB BS OF e3 ' i t 2 10 0.0 0.0 l ~^ I 2 20 0.0 0.0 ' 2 30 0.005 0.004 ~ 2 4 0 0.005 0.00* 3 10 0.n D.0 .- g 0.0 , 3 _ 20 0.0 TJPUT STATION SERVICE TR wSFORMER AND CABLE DATA '~ ~ ~ ' ' ~ ~~ ~ ~ ~ ~ C49tt VALUES (OMMSI TE24 RUS _ 4VA REACTANCE X/R TkERANCE REACTANCE RES!:TANCE MV 2 0 1 2.00 5.T5 4 6.60 7.50 % 0.00 0.00 4.16 ' ^ I 2 3 2 2.00 5.T5 5 6.60 7.50 % 0.00 0.00 4.16 ~ 3 0 1 2.00 0.01 & 6.63 7.50 % 0.0 0.0 ' O. 0 E UNIT AUAILiauY T R ANSFOu'4E N TOLERANCE USEO ,d -

2. WINDING 3-WINDING

... :. '. 3 j, a C INPUT UNIT AUXILIARY TRANSFOR4ER OATA BOEAKER CAPARILITIES (KAl l b.. S WEACTANCE INT. 90M. M04 MJLT wnG TERM Mva A *4L XMM KLM A/R LW MW t.V MV ' ' Lv MW. v 1 23 30.0 12.50 10.00 _.0 0 25 y --. 0 0 0.0 . _ 0.0 0.0 0.0 0.0

0. 0 '

I. . ~ RREAnER T!*E DATA ~' ~ TER* GUS 905 WV TRIPPtNG TI*E

CONTACT PARTING T!wE (CYCLESI (CYCLES) ~ ~ ~ ~

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v t e Letter Sequence Other
TAC:13148, (Open)
Initiation Request Acceptance... Administration Questions 16 September 1981 Answers Results Approval... Other: ML19257A511, ML20049A692, ML20125B988, ML20125B993
MONTHYEAR1979-12-27 [Table View]

ML20125B993

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