M.tech PSED Syllabus 1

8/9/2019 M.tech PSED Syllabus 1

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MANAV RACHNA INTERNATIONAL UNIVERSITY

(Deemed to be University under setion ! o" t#e U$C At %&')

MAM-101: Advanced Mathematical Techniques

*eriods+,ee- Credits M./0 M.r-s1 %2'

L1 3 T1 4 3 Intern.5 1 '4Dur.tion o" E/.min.tion1 ! Hrs E/tern.5 1 6'

Unit 1: Linear AlgebraVetor s7.es8 5ine.r de7endene8 9.sis .nd Dimension8 Inner 7rodut

s7.es8 Line.r Tr.ns"orm.tion8 :erne5s .nd Im.;es8 M.tri/ re7resent.tion o" Line.r Tr.ns"orm.tion8 C#.n;e o" 9.sis8 Ei;en v.5ue .nd Ei;en vetor o" 5ine.r o7er.tor0

Unit 2: Probability istributions<und.ment.5s o" *rob.bi5ity8 R.ndom v.ri.b5es1 Disrete .nd ontinues

v.ri.b5es8 7rob.bi5ity density "untions .nd moments8 moments ;ener.tion"untion0 St.nd.rd Distributions1 Norm.58 9inomi.5 .nd *oisson distributions

Unit !: Linear and ynamic Programming<ormu5.tion o" Line.r 7ro;r.mmin; 7rob5ems8 Sim75e/ u7 to t#ree

v.ri.b5es0 Introdution to Dyn.mi *ro;r.mmin;8 onstr.ints .nd o7timi=in;"untions8 so5utions o" dyn.mi 7ro;r.mmin; 7rob5ems ,it# >nite number (u7to !) o" v.ri.b5es0

Unit ": Partial i#erential $quations and %inite $lement Methods

T#e met#od o" se7.r.tion o" v.ri.b5es8 one dimension.5 #e.t .nd ,.vee?u.tions8 t,o dimension.5 #e.t .nd ,.ve e?u.tions0 So5utions o" [email protected] Convetion E?u.tions0

<EM 9.si Cone7ts8 revie, o" m.tri/ .5;ebr.8 s7rin; e5ements8 5ine.rst.ti .n.5ysis8 b.r e5ements8 be.m e5ement8 >nite e5ements "or 2D7rob5ems0

Re"erene boo-s1

%0 :ennet# [email protected] .nd R.y :un=e8 Line.r A5;ebr.8 *HI020 Ste7#en H0 <riedber;8 Arno5d B0 Inse5 .nd L.,rene E0 S7ene1 Line.r

A5;ebr.8 *HI0!0 S C $u7t.8 V : :.7oor1 <und.ment.5s o" M.t#em.ti.5 St.tistis8 Su5t.n

C#.nd Sons030 S#.rm. B0:0 8 O7er.tions Rese.r# 1 T#eory .nd A775i.tions8 M.mi55.n

*ub5is#ers Indi.0'0 CS :ris#n.moort#y8 <inite e5ement An.5ysis8 TMH 2nd edition00 B N Reddy1 An Introdution to t#e <inite E5ement Met#od8 TMH !rd

edition0

1



7. M D R.isin;#.ni.1 Ordin.ry *.rti.5 [email protected] E?u.tion S0 C#.nd*ub5is#er0

Note1 ei;#t ?uestions ,i55 be set in .55 by t#e e/.miners t.-in; .t 5e.st one?uestion "rom e.# unit0 Student ,i55 be re?uire to .ttem7t >ve ?uestion in.550

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Dur.tion o" E/.min.tion1 ! Hrs E/tern.51 6'

(evie o semiconductor evices: Condution *roess in semiondutors8 7n Buntion8 C#.r;e ontro5 desri7tion8 Av.5.n#e bre.-do,n8 *o,er diodes8 T#yristors8$TO8 VI #.r.teristis8 Dyn.mi #.r.teristis8 r.tin;s8 7rotetion8 #e.t tr.ns"er byondution8 r.di.tion .nd onvetion8 #e.t sin- desi;n8 drivin; iruits0

Poer M,%$T and +3T: 9.si struture8 IV C#.r.teristi8 *#ysis o" devieo7er.tion8 s,it#in; #.r.teristis8 o7er.tin; 5imit.tion .nd s."e o7er.tin; .re.0

$merging evices and circuits: 7o,er untion <ET8 I$CT8 <ie5d Contro5 T#yristor8MOS Contro5 T#yristor et0 *o,er ICs8 Ne, semiondutor m.teri.5s0

nubbed )ircuits: Ty7es o" Snubber iruits8 needs o" Snubber iruit ,it# diode8t#yristor .nd tr.nsistors8 Turno@ Snubber8 over vo5t.;e snubber8 turn on snubber8Snubber "or brid;e iruit on>;ur.tions8 $TO Snubber iruit0

ate and basic drive circuits: Desi;n Consider.tion8 Deou75ed drive iruits8E5etri.55y iso5.ted drive iruits8 .s.de onneted drive iruits8 *o,er devie7rotetion in drive iruits8 iruit 5.yout onsider.tions0

esign o magnetic com4onents: M.;neti m.teri.5s .nd ores8 Co77er ,indin;s8 T#erm.5 onsider.tions8 s7ei.5 indutor desi;n .nd 7roedure8 7o,er .nd onvertertr.ns"ormer desi;n 7roedure .nd :".tor0

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20 R.s#id M0H08 *o,er E5etronis H.ndboo-8 E5sevier *ress (A.demi *ressSeries)0

!0 <inney D08 T#e *o,er T#yristor .nd its A775i.tions8 M$r., Hi558 Ne, Yor-030 L.nder C0 0 *o,er E5etronis8 M$r., Hi55 9oo- Co08 U0:0'0 R.s#id M0H08 *o,er E5etronis Ciruits8 Devies .nd A775i.tions8 *HI8 Indi.0

2



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1 6'

,vervie: An;u5.r St.bi5ity8 Tr.nsient st.bi5ity8 ste.dy st.te st.bi5ity8 dyn.mist.bi5ity8 Sm.55 Si;n.58 Vo5t.;e St.bi5ity

Modeling o 4oer system com4onents: $ener.tors (Non5ine.r .nd 5ine.rmode5s usin; d? tr.ns"orm.tion8 7o,er .7.bi5ity urve)F E/it.tion System (IEEEst.nd.rd mode5s)F Turbine .nd S7eed ;overnin; SystemF Lo.ds (Indution motors .ndom7osite 5o.ds)F <5e/ib5e AC Tr.nsmission System (<ACTS) Devies0

Transient stability analysis: Sin;5e M.#ine In>nite 9us SystemF E?u.5 Are.CriterionF Mu5tim.#ine St.bi5ityF Net,or- Redution .nd Numeri.5 Inte;r.tionMet#odsF Met#ods o" Im7rovement0

mall signal stability analysis: Ei;en V.5ue .nd *.rtii7.tion <.tor An.5ysisFSin;5e m.#ine In>nite 9us .nd Mu5tim.#ine Simu5.tionF E@et o" E/it.tionSystem .nd AVRF Im7rovement o" D.m7in; *o,er System St.bi5i=er .nd SVSsu775ement.ry ontro5s0

ub synchronous oscillations: Sub Syn#ronous Reson.ne (SSR) *#enomenonFCounter me.sures to SSR 7rob5ems0

'oltage stability: *V .nd GV urves8 Im7.t o" Lo.d .nd T.7#.n;er Dyn.misF

St.ti An.5ysis8 Sensitivity .nd Continu.tion Met#odsF Dyn.mi Simu5.tion8Introdution to 9i"ur.tion An.5ysisF *ro/imity Indies8 Met#ods to en#.ne St.bi5ityM.r;in0

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3



30 :imb.r- E08 *o,er System St.bi5ity8 Vo50 I8 II .nd III8 IEEE *ress0'0 IEEE Committee Re7ort on Vo5t.;e St.bi5ity o" *o,er Systems1 Cone7ts8

An.5yti.5 too5s .nd Industry E/7eriene


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,vervie: Revie, o" mode5in; o" 7o,er system om7onents8 "ormu5.tion .ndmodi>.tions o" t#e Im7ed.ne .nd Admitt.ne m.tries8 stor.;e te#ni?ues0

,4timal 4oer 6o: Revie, o" 5o.d Jo, ,it# .nd ,it#out t.7 #.n;in; .nd 7#.ses#i"tin; tr.ns"ormer8 5o.d Jo, "or r.di.5 (distribution) systems8 O7tim.5 7o,er Jo,(O*<) 7rob5em "ormu5.tion .nd so5ution te#ni?ues0

%ault studies: T#eir re7resent.tion8 Tr.ns"orm.tion met#ods "or b.5.ned .ndunb.5.ned ".u5ts0

Poer system security: <.tors .@etin; seurity8 Contin;eny .n.5ysis8 Net,or-sensitivity usin; 5o.d Jo,8 orretin; t#e ;ener.tion dis7.t# by usin; sensitivitymet#od .nd 5ine.r 7ro;r.mmin;0

tate estimation in 4oer systems: Met#od o" 5e.sts?u.res8 St.te estim.tion o" AC net,or-8 Detetion .nd identi>.tion o" b.d me.surements8 Net,or- observ.bi5ity.nd 7seudo me.surements8 A775i.tion o" 7o,er system st.te estim.tion0

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i5ey .nd Sons8 Ne, Yor-8 USA0!0 $5over B0D0 .nd S.rm.8 *o,er System An.5ysis .nd Desi;n8 *S *ub5is#in;

Com7.ny8 9oston8 USA030 St.;; $0 0 .nd E5.bi.d A0 H08 Com7uter Met#ods in *o,er System An.5ysis8

M$r., Hi558 Ne, Yor-

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'0 *.i M0 A08 Com7uter Te#ni?ues in *o,er System An.5ysis8 T.t. M$r., Hi55*ub5is#in; Co0 Ltd0

0 :usi C0L08 Com7uter Aided *o,er System An.5ysis8 T.t. M$r., Hi55*ub5is#in; Co0 Ltd0

&,T$: Ei;#t ?uestions ,i55 be set in .55 by t#e e/.miners t.-in; .t5e.st one ?uestion "rom e.# Setion0 Students ,i55 be re?uired to

.ttem7t >ve ?uestions in .550

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+ntroduction: De>nition8 Ty7es o" 5o.ds8 ste.dy st.te .nd tr.nsient st.bi5ity o" Drive8st.te o" .rt o" 7o,er e5etronis .nd drives8 se5etion o" motor r.tin;0

8)8 rives: Revie, o" br.-in; .nd s7eed ontro5 o" D0C0 motors8 mu5ti?u.dr.nto7er.tion8 5oss minimi=.tion in .dust.b5e s7eed drives0 M.t#em.ti.5 mode5in; o" ddrives8 st.bi5ity .n.5ysis8 modern ontro5 te#ni?ues1 v.ri.b5e struture8 .d.7tiveontro50

+nduction motor drives: Revie, o" br.-in; .nd s7eed ontro5 o" indution motors0

onst.nt V+<8 onst.nt .ir ;.7 Ju/8 ontro55ed vo5t.;e8 ontro55ed urrent .ndontro55ed s5i7 o7er.tion0 M.t#em.ti.5 mode5in; o" indution motor drives8 tr.nsientres7onse .nd st.bi5ity .n.5ysis Introdution to y5oonverter "ed indution motordrive0

ynchronous motor drives: Adust.b5e "re?ueny o7er.tion8 vo5t.;e "ed drive8urrent "ed se5"ontro55ed drive0

Automation using drives: Introdution8 v.rious om7onents o" .utom.tion8di@erent sensors used in .utom.tion8 *LC introdution .nd 5.dder 7ro;r.mmin;8industri.5 .775i.tion o" .utom.tion8 sensor 5ess vetor ontro5 .nd DTC drive8 Reenttrends in .utom.tion .nd .se studies0

($%$($&)$ 3,,5:

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<r.n-5in 9oo- Co030 9ose 90:08 *o,er E5etronis .nd AC Drives8 *rentie H.558 Ne, Bersey0

5



'0 9ose 90:08 *o,er E5etronis .nd V.ri.b5e <re?ueny DrivesTe#no5o;y .nd.775i.tions8 IEEE *ress0


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*eriods+,ee- Credits M./0 M.r-s1 %44

*1 2 % Intern.5 1 '4Dur.tion o" E/.min.tion1 ! Hrs E/tern.5

1 '4

Simu5.tion .nd Deve5o7ment o" 7ro;r.ms "or Lo.d <5o, Studies8

Simu5.tion .nd Deve5o7ment o" 7ro;r.ms "or ".u5t Studies8

O7tim.5 *o,er <5o, Studies

$ener.tion Dis7.t# usin; MATLA9

St.te Estim.tion usin; MATLA90

Use o" A775i.tion S7ei> so"t,.re ETA*S8 *SCAD et

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Simu5.tion o" O7en 5oo7 .nd C5osed 5oo7 ontro5 o" DC motor0

Simu5.tion o" O7en 5oo7 .nd C5osed 5oo7 ontro5 o" indution motor0

Simu5.tion o" O7en 5oo7 .nd C5osed 5oo7 ontro5 o" syn#ronous Motor0

E/7eriments on Vetor Contro55ed drive0

E/7eriments on *LC 9.sed Drive0

E/7eriments on *M Syn#ronous drive0

E/7eriments on T#ree 7#.se Converter "ed Drives0

Miro7roessor 9.sed Drive0

Use o" .775i.tion s7ei> simu5.tion so"t,.re CAS*OC+*SIM+ MATLA9

*o,er System Too5 9o/ et0

7



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+ntroduction: T#e Re.5m .nd Cone7ts o" *o,er System O7timi=.tion8C#.r.teristis o" *o,er $ener.tion Units0

Poer ystem )ontrol: $ener.tion ontro5 5oo7s8 5o.d "re?ueny ontro58 .utom.ti;ener.tion ontro5 (A$C)8 re.tive 7o,er .nd vo5t.;e ontro58 A$C ,it# o7tim.5dis7.t# o" ;ener.tion8 7o5e 75.ement8 o7tim.5 ontro50

,4timal is4atch o eneration: Non5ine.r "untion o7timi=.tion8 e?u.5ity .ndine?u.5ity onstr.ints8 eonomi dis7.t# o" t#erm.5 units ,it# .nd ,it#out 5osses8deriv.tion o" 5oss "ormu5.8 unit ommitment8 onstr.ints in unit ommitment8 so5utiono" unit ommitment 7rob5em8 S7innin; Reserve0

*ydrothermal cheduling: Lon; .nd s#ort r.n;e s#edu5in;8 Hydroe5etri *5.ntMode5s8 *um7ed Stor.;e Mode5s8 S#edu5in; 7rob5ems .nd so5ution met#ods0

,4timal Poer is4atch: Loss Minimi=.tion or Re.tive *o,er Dis7.t#8 EonomiEmission Dis7.t#8 *o,er *oo5s .nd Ev.5u.tion o" *o,er Inter#.n;e8 Inter#.n;eEv.5u.tion8 Inter#.n;e ,it# Unit Commitment8 Mu5ti75e Inter#.n;e8 Ty7es o" Inter#.n;e .nd Constr.ints0

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Articial +ntelligence: De>nition8 7rob5em so5vin; met#ods8 se.r#in; te#ni?ues8-no,5ed;e re7resent.tion8 re.sonin; met#ods8 7redi.te 5o;i8 7redi.te .5u5us8mu5tiv.5ue 5o;i0

%u;;y Logic: Cone7ts8 "u==y re5.tions8 members#i7 "untions8 m.tri/re7resent.tion8 de"u==i>.tion met#ods0

Articial &eural &etor<: Introdution8 mu5ti5.yer "eed "or,.rd net,or-s8 b.-7ro7.;.tion .5;orit#ms8 r.di.5 b.sis "untion .nd reurrent net,or-s0

$volutionary Techniques: Introdution .nd one7ts o" ;eneti .5;orit#ms .ndevo5ution.ry 7ro;r.mmin;0

*ybrid ystems: Introdution .nd A5;orit#ms "or Neuro<u==y8 Neuro$eneti8$eneti<u==y systems0

A+ A44lications in Poer ystems: Lo.d Jo,8 eonomi 5o.d dis7.t#8 5o.d"ore.stin;8 tr.nsient st.bi5ity .nd 7o,er system st.bi5i=ers0

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20 Lin C0 .nd Lee $08 Neur.5 <u==y Systems8 *rentie H.55 Intern.tion.5 In0!0 $o5dber; D0E0 $eneti A5;orit#ms in Se.r# O7timi=.tion .nd M.#ine

Le.rnin;8 Addition es5ey Co08 Ne, Yor-030 :os-o 908 Neur.5 Net,or-s .nd <u==y Systems A dyn.mi.5 systems .77ro.#

to m.#ine inte55i;ene8 *rentie H.55 o" Indi.0'0 T.y5or C008 *o,er System st.bi5ity M$r., Hi558 Ne, Yor-0

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,vervie: Soures o" 7o55ution .nd re;u5.tions8 v.rious 7o,er ?u.5ity 7rob5ems8tr.nsmission 7rob5ems .nd needs8 t#e emer;ene o" <ACTS8 <ACTS ontro55er .ndonsider.tion

*armonics: E@ets,it#in t#e 7o,er system8 Inter"erene ,it# ommuni.tionH.rmoni me.surements8 H.rmoni e5imin.tion8 H.rmoni distortion due to v.rioussoures8 E@ets o" #.rmoni distortion8 THD .5u5.tion8 H.rmoni >5ter desi;n Ative.nd *.ssive <i5ters0

Monitoring 4oer quality: Monitorin; essenti.5s8 re5i.bi5ity indies8 *o,er ?u.5ityme.surin; e?ui7ment8 Current industry trends8 <ourier series8 <ourier tr.ns"orm .nd,.ve5et tr.ns"orm0

eries and shunt com4ensation: <und.ment.5 o" series om7ens.tion8 7rini75eo" o7er.tion8 TCSC o7er.tion in 7o,er system8 SSSC1 7rini75e o" o7er.tion8 S#untSVC 7rini75es8 on>;ur.tion .nd ontro58 STATCOM8 Mode5in; .nd .775i.tions o" series .nd s#unt om7ens.tin; devies0

Phase shiter: *rini75e o" o7er.tion8 ste.dy st.te mode5 o" st.ti 7#.se s#i"ter8o7er.tin; #.r.teristis o" S*S8 7o,er urrent on>;ur.tion o" S*S .775i.tionUnied 4oer 6o controllers: 9.si o7er.tin; 7rini75es .nd #.r.teristis8ontro5 U*<C inst.55.tion .775i.tions8 U*<C mode5 "or 7o,er Jo, studies0

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10



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Te#no5o;y o" <5e/ib5e AC Tr.nsmission System)8 St.nd.rd *ub5is#ers .ndDistributors8 De5#i0

!0 $#os# A0 .nd Led,i# $08 *o,er Gu.5ity En#.nement usin; Custom *o,erDevies8 :5u,er A.demi *ub5is#ers0

30 M.t#ur R0M0 .nd Verm. R0:08 T#yristor b.sed <ACTS ontro55ers "or E5etri.5 Tr.nsmission Systems8 IEEE *ress0

'0 M0H0B0 9o55en8 Underst.ndin; *o,er Gu.5ity .nd Vo5t.;e S.;8 IEEE *ress0


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+ntroduction: Overvie, o" DC drive system8 . drive system

olid tate )ontrol o ) rives: *#.se ontro5 D0C Drives8 .n.5ysis .nd

7er"orm.ne ev.5u.tion8 du.5 onverter "ed d motor drives0 C#o77er ontro5 ddrives8 .n.5ysis "or motorin; .nd re;ener.tive br.-in; o7er.tion8 mu5ti?u.dr.ntontro50 C5osed 5oo7 ontro5 o" d drives8 urrent ontro5 te#ni?ues8 M.t#em.ti.5mode5in; o" d drives8 st.bi5ity .n.5ysis8 modern ontro5 te#ni?ues1 v.ri.b5estruture8 .d.7tive ontro50

olid tate )ontrol o +nduction Motor rives: onst.nt V+<8 onst.nt .ir ;.7Ju/8 ontro55ed vo5t.;e8 ontro55ed urrent .nd ontro55ed s5i7 o7er.tion0 <re?uenyontro55ed indution motor drives8 vo5t.;e soure inverter8 urrent soure inverter.nd urrent ontro55ed *M inverter drives8 mu5ti?u.dr.nt o7er.tion8 5osed 5oo7s7eed ontro58 >e5d oriented ontro50 S5i7 7o,er ontro55ed indution motor drive8st.ti rotor resist.ne ontro55ed8 st.ti :r.mer drive0 M.t#em.ti.5 mode5in; o" indution motor drives8 tr.nsient res7onse .nd st.bi5ity .n.5ysis Introdution to

y5oonverter "ed indution motor drive0

igital Techniques: ROM b.sed ontro5 o" onverters8 su# .s reti>ers8 #o77ers8inverters .nd y5oonverters0 Use o" *LL "or s7eed ontro50 9.si miro7roessorsystem "or s7eed ontro5 o" drives0 <ie5d oriented ontro5 .nd 7ro;r.mm.b5eontro55ers0 VSI .nd CSI onverter ,it# *M te#ni?ue "or im75ement.tion o" t#e >e5doriented ontro50 Ener;y s.vin; drive system8 tr.ns"er "untion o" onverter ontro5drive .nd .n.5ysis0

11



Reent .dv.nes in ontro55ers .nd drives0

($%$($&)$ 3,,5:

%0 Dubey $0:08 *o,er Semiondutor Contro55ed Drive8 *rentie H.558 Ne, Bersey20 Sen *0C08 T#yristor DC Drives8 i5ey8 Ne, Yor-!0 Mur7#y B0M0D0 .nd Turnbu55 <0$08 *o,er E5etronis Contro5 o" AC Motors8

<r.n-5in 9oo- Co030 9ose 90:08 *o,er E5etronis .nd AC Drives8 *rentie H.558 Ne, Bersey

'0 9ose 90:08 *o,er E5etronis .nd V.ri.b5e <re?ueny DrivesTe#no5o;y .nd.775i.tions8 IEEE *ress


MA&A' (A)*&A +&T$(&AT+,&AL U&+'$(+T.


$$-M221: ++TAL +&AL P(,)$+& and +T APPL+)AT+,&



1 6'

,vervie: Cone7t o" "re?ueny in ontinuous .nd disrete time si;n.5s8 ADConversion 7roess8 S.m75in; T#eorem8 Introdution .nd 5.ssi>.tion o" disretetime si;n.5s .nd systems8 An.5ysis o" disrete 5ine.r timeinv.ri.nt (LTI) systems8

onvo5ution .nd orre5.tion o" disrete time si;n.5s8 im75ement.tion o" disrete timesystems0

=-Transorm: KTr.ns"orm .nd inverse =tr.ns"orm8 r.tion.5 =tr.ns"orm8 An.5ysis o" Line.r Time Inv.ri.nt (LTI) systems in =dom.in8 ROC o" =tr.ns"orm%requency Analysis o ignals and ystem: <re?ueny .n.5ysis o" ontinuous.nd disrete time si;n.5s8 <ourier series .nd <ourier Tr.ns"orm "or disrete .ndontinuous 7eriodi .nd non 7eriodi si;n.5s0

iscrete %ourier Transorm: <re?ueny dom.in s.m75in;8 Disrete <ourier Tr.ns"orm (D<T)8 Line.r >5terin; met#ods b.sed on D<T8 <re?ueny .n.5ysis o" si;n.5susin; D<T8 <.st <ourier Tr.ns"orm (<<T)8 <<T .5;orit#ms8 Met#ods .nd A775i.tions o" <<T .5;orit#ms0

igital %ilter esign: Di;it.5 >5ter8 >5ter desi;n8 In>nite Im7u5se <i5ter (IIR)8 >niteIm7u5se >5ters (<IR)

Multirate ignal Processing: Deim.tion .nd Inter7o5.tion8 S.m75e r.teonversion by Inte;er .nd NonInte;er ".tors0P Processor: Ar#iteture .nd instrution set o" TMS !24C '3 .nd e/.m75es0

12



A44lications to $lectric ystems: H.rmoni .n.5ysis8 *M .nd >rin; 7u5se;ener.tion8 st.ti .nd Di;it.5 Re5.ys8 Di;it.5 si;n.5 onditionin; .nd .5;orit#ms "ordi;it.5 7rotetion0

($%$($&)$ 3,,5:

%0 *ro.-is B0$0 .nd M.no5.-is D0$08 Di;it.5 Si;n.5 *roessin;8 *HI Ne, De5#i020 R.biner C0R0 .nd $o5d 908 T#eory .nd A775i.tions o" Di;it.5 Si;n.5 *roessin;8

*HI Ne, De5#i0!0 He5mut U08 i5ib.5d 0 .nd Andr=ey 08 *rotetion te#ni?ues in E5etri.5

En;;0 Systems8 M.re5 e--er In08 Ne, Yor-030 O77en#ein A0V0 .nd S#."er R0 08 Di;it.5 Si;n.5 *roessin;8 *HI Ne, De5#i0'0 Antonion A08 Di;it.5 <i5ters1 An.5ysis8 Desi;n .nd A775i.tion8 *HI Ne, De5#i00 R.s#id M0H08 *o,er E5etronis H.ndboo-8 E5sevier *ress (A.demi *ress

Series)


MA&A' (A)*&A +&T$(&AT+,&AL U&+'$(+T.


$$-M222: M,$L+& and .&AM+) ,% $L$)T(+)AL MA)*+&$



1 6'

+ntroduction: C#.55en;es in om7uter simu5.tions8 Me#.nis o" simu5.tion8 so5utionte#ni?ues "or time dom.in .n.5ysis8 introdution o" ,ide5y used iruit orientedsimu5.tors 5i-e *s7ie8 MATLA98 *SIM8 e?u.tion so5vers8 simu5.tion o" 7o,ere5etronis iruits .nd onverters0

ynamic )onditions: one7t8 onstr.ints .nd onsider.tionsF mode5in; .nd7er"orm.ne simu5.tion met#ods8 one7t o" re"erene "r.me8 ;ener.5i=edtr.ns"orm.tion8 "ormu5.tion o" dyn.mi e?u.tions o" . ;ener.5i=ed m.#ine in.rbitr.ry re"erene "r.me0

8)8 Machines ynamics: Ide.5 m.#ineF dyn.mi e?u.tionF tr.ns"er "untion .ndb5o- di.;r.mF 5ine.r .n.5ysis o" D0C0 ;ener.torsF e@ets o" s.tur.tionF .n.5ysis .nd

7er"orm.ne under disturb.nes0

S,it#in; .nd sur;e vo5t.;e tr.nsients in tr.ns"ormers0

+nduction Machines: tr.nsients .nd dyn.misF b.si e5etro me#.ni.5 e?u.tionsF5ine.ri=ed .nd non5ine.ri=ed .n.5ysisF o7er.tion on #.rmoni su775iesFunb.5.ned o7er.tion0

13



ynchronous Machine Transients: ou75ed iruit vie,7ointF .77ro/im.te 7#ysi.57itureF e?uiv.5ent iruit under tr.nsient onditions .nd its .775i.tionsFsyn#ronous motor o7er.tion ,it# v.ri.b5e+>/ed 5o.d tor?ue .nd e/it.tionF e?u.5.re. riterion "or t#e study o" tr.nsient st.bi5ity0

($%$($&)$ 3,,5:

%0 :r.use *0C08 E5etri M.#inery8 M$r., Hi55

20 :imb.r- E008 *o,er System St.bi5ity Vo5 ! Syn#ronous M.#ine8 Bo#n i5ey.nd Sons

!0 Conordi. C08 Syn#ronous m.#ines8 T#eory .nd *er"orm.ne8 Bo#n i5ey .ndSons

30 Ad-ins 90 .nd H.r5ey R0 $08 T#e $ener.5 t#eory o" A5tern.tin; CurrentM.#ines8 C#.7m.n .nd H.55

&,T$: Ei;#t ?uestions ,i55 be set in .55 by t#e e/.miners t.-in; .t5e.stone ?uestion "rom e.# Setion0 Students ,i55 be re?uired to .ttem7t>ve ?uestions in .550

MA&A' (A)*&A +&T$(&AT+,&AL U&+'$(+T.


$$-M22!: +T(+3UT+,& .T$M M,$L+& A& A&AL.+



1 6'

+ntroduction to istribution ystems: T#e Distribution System8 DistributionSubst.tions8 R.di.5 <eeders8 Distribution <eeder M.7 .nd Distribution <eederE5etri.5 C#.r.teristis8

&ature o Loads and A44ro>imate Methods o Analysis: De>nitions8 Individu.5Customer Lo.d8 Distribution Tr.ns"ormer Lo.din;8 <eeder Lo.d (Lo.d A55o.tion .nd

Vo5t.;eDro7 C.5u5.tions Usin; A55o.ted Lo.ds)8 Vo5t.;e Dro78 Line Im7ed.ne8 :<.tors8 Uni"orm5y Distributed Lo.ds8 Lum7in; Lo.ds in $eometri Con>;ur.tions0

eries +m4edance and hunt Admittance o ,verhead and UndergroundLines: Series Im7ed.ne o" Over#e.d Lines8 Tr.ns7osed T#ree*#.se Lines8Untr.ns7osed Distribution Lines8 C.rsons .nd Modi>ed C.rsons E?u.tions8 *rimitive.nd *#.se Im7ed.ne M.tri/ "or Over#e.d Lines8 Se?uene Im7ed.nes8 SeriesIm7ed.ne o" Under;round Lines8 Conentri Neutr.5 C.b5e8 T.7eS#ie5ded C.b5es8S#unt Admitt.ne o" Over#e.d .nd Under;round Lines8 T#e $ener.5 Vo5t.;eDro7

14



E?u.tion8 Conentri Neutr.5 C.b5e Under;round Lines8 T.7eS#ie5ded C.b5eUnder;round Lines8 Se?uene Admitt.ne0

istribution ystem Line Models and (egulation o 'oltages: E/.t LineSe;ment Mode58 T#e Modi>ed Line Mode58 T#e A77ro/im.te Line Se;ment Mode58St.nd.rd Vo5t.;e R.tin;s8 T,oindin; Tr.ns"ormer T#eory8 T#e T,oindin;Autotr.ns"ormer8 Ste7Vo5t.;e Re;u5.tors0

istribution %eeder Analysis: *o,er<5o, An.5ysis8 T#e L.dder Iter.tive Te#ni?ue8 T#e $ener.5 <eeder8 Lo.d A55o.tion8 S#ortCiruit Studies0

($%$($&)$ 3,,5:

%0 i55i.m H0 :erstin;8 Distribution System Mode5in; .nd An.5ysis8 CRC *ress20 Nort#ote$reen B08 i5son R08 Contro5 .nd Autom.tion o" E5etri.5 *o,er

Distribution Systems8 CRC *ress


MA&A' (A)*&A +&T$(&AT+,&AL U&+'$(+T.


$$-M22": ($AL T+M$ +&T(UM$&TAT+,&



1 6'

+ntroduction: St.ti .nd Dyn.mi #.r.teristis8 Error .n.5ysisF tr.nsduers .ndsensorsF t#eir #.r.teristis .nd 7.r.metersF ro5e o" instrument.tion in monitorin;8ontro5 .nd industri.5 .utom.tion0

ignal )onditioning: Am75i>ers8 mu5ti75e/ers .nd dividers8 timer mu5ti75e/ers8Si;n.5 onverters8 ADC .nd DAC8 Si;n.5 onditionin;8 di;it.5 si;n.5 onditionin;8tr.nsmission o" di;it.5 si;n.5s8 Te5emetry met#ods .nd errors8 *LCC8 AM8 <M8 *AM8*M8 *CM Te#ni?ues0

15



ata Acquisition ystem: ro5e o" dedi.ted om7uters8 .n.5o; .nd di;it.5 ontro58om7uter systems "or re.5 time .775i.tions8 distributed .nd su7ervisory ontro58SCADA .nd its or;.ni=.tion .nd struture8 entr.5i=ed8 #ier.r#i.5 .nd deentr.5i=edontro5 s#emes8 m.n m.#ine inter".e8 ener;y m.n.;ement system0

(eal Time )ontrol A44lications: Instrument.tion .nd onditionin; o" drive si;n.5s8d.t. .?uisition o" drive system8 ener;y m.n.;ement system .775i.tions 5i-e A$C8VAR Contro58 st.te estim.tion8 seurity monitorin;8 eonomi dis7.t#8 on 5ine 5o.dm.n.;ement0 *o,er system di;it.5 re5.yin;8 *o,er 75.nt instrument.tion0

($%$($&)$ 3,,5:

%0 Torsten Ce;re558 *o,er System Contro5 Te#no5o;y8 *HI8 Indi.020 :usi C0 L08 Com7uter Aided *o,er System An.5ysis8 TMH8 Ne, De5#i0!0 ood A0 B0 .nd o55enber; 908 *o,er ;ener.tion o7er.tion .nd ontro58 Bo#n

i5ey030 Cerni R0H .nd <oster L0E08 Instrument.tion "or En;ineerin; M.n.;ement8 Bo#n

i5ey .nd Sons0


MA&A' (A)*&A +&T$(&AT+,&AL U&+'$(+T.


$$-M227: ++TAL P(,T$)T+,& A& ($LA.+&



1 6'

&umerical Protection: Introdution8 b5o- di.;r.m o" numeri.5 re5.y8 s.m75in;t#eorem8 orre5.tion ,it# . re"erene ,.ve8 5e.st error s?u.red (LES) te#ni?ue8di;it.5 >5terin;8 numeri.5 overurrent 7rotetion0

16



igital Protection o Transmission line: Introdution8 *rotetion s#eme o" tr.nsmission 5ine8 dist.ne re5.ys8 tr.ve5in; ,.ve re5.ys8 di;it.5 7rotetion s#emeb.sed u7on "und.ment.5 si;n.58 #.rd,.re desi;n8 so"t,.re desi;n8 di;it.5 7rotetiono" EHV+UHV tr.nsmission 5ine b.sed u7on tr.ve5in; ,.ve 7#enomenon8 ne, re5.yin;s#eme usin; .m75itude om7.rison0

igital 4rotection o ynchronous enerator and Transormer: Introdution8".u5ts in syn#ronous ;ener.tor8 7rotetion s#emes "or syn#ronous ;ener.tor8di;it.5 7rotetion o" syn#ronous ;ener.tor8 ".u5ts in . tr.ns"ormer8 s#emes used "ortr.ns"ormer 7rotetion8 di;it.5 7rotetion o" tr.ns"ormer0

istance and over current relay setting and co-ordination: Diretion.5inst.nt.neous IDMT overurrent re5.y8 diretion.5 mu5ti=one dist.ne re5.y8 dist.nere5.y settin;8 oordin.tion o" dist.ne re5.ys8 oordin.tion o" overurrent re5.ys8om7uter ;r.7#is dis75.y8 m.nm.#ine inter".e subsystem8 inte;r.ted o7er.tiono" n.tion.5 7o,er system8 .775i.tion o" om7uter ;r.7#is0

P) a44lications in short circuit studies or designing relaying scheme: Ty7eso" ".u5ts8 .ssum7tions8 deve5o7ment o" .5;orit#m "or S0C0 studies8 *C b.sedinte;r.ted so"t,.re "or S0C0 studies8 tr.ns"orm.tion to om7onent ?u.ntities8 S0C0studies o" mu5ti7#.se systems0 U5tr. #i;# s7eed 7rotetive re5.ys "or #i;# vo5t.;e5on; tr.nsmission 5ine0

($%$($&)$ 3,,5:

% *.it#.n-.r .nd 9#ide8 <und.ment.5s o" *o,er System *rotetion8 *rentie H.55o" Indi. *vt Ltd08 Ne, De5#i0

2 St.n5ey Horo,it=8 *rotetive Re5.yin; "or *o,er System II8 IEEE 7ress 8 Ne, Yor-0

! R.o T0S0M08 Di;it.5 Re5.y + Numeri.5 re5.ys8 TMH8 Ne, De5#i03 Sin;# L0 *08 Di;it.5 *rotetion8 Ne, A;e Intern.tion.5 (*) Limited0' *.it#.n-.r8 Tr.nsmission Net,or- *rotetion8 M.re5 .nd De--er8 Ne, Yor-0

&,T$: Ei;#t ?uestions ,i55 be set in .55 by t#e e/.miners t.-in; .t

5e.st one ?uestion "rom e.# Setion0 Students ,i55 be re?uired to.ttem7t >ve ?uestions in .550

MA&A' (A)*&A +&T$(&AT+,&AL U&+'$(+T.


$$-M22?: A'A&)$ M+)(,P(,)$,( and M+)(,-

),&T(,LL$(*eriods+,ee- Credits M./0 M.r-s

1 %2'L1 3 T1 4 3 Intern.5 1 '4Dur.tion o" E/.min.tion1 ! Hrs E/tern.5

1 6'

+ntroduction: An Overvie, o" 4' .nd 4 miro7roessor0

17



1? 3it Micro4rocessors 4%+428 Ar#iteture8 Instrution Set8 *ro;r.mmin;Cone7ts8 Re.5 Mode .nd *rotetion Mode O7er.tion0Advanced Processors: !2 bit miro7roessor .r#iteture8 Addressin;8 InstrutionSet8 *ro;r.mmin; Cone7ts0

+n4ut-,ut4ut Techniques: Seri.5 .nd *.r.55e58 .nd ot#er I+O st.nd.rds8 Interru7tStrutures8 St.nd.rd 9us Strutures

Programmable Peri4heral )hi4s and Their Use: Timer+Counter8 Seri.5 .nd*.r.55e5 D.t. Tr.ns"er Contro55er8 Interru7t Contro55er8 Co*roessor8 RISC *roessor8*entium Su7er S.5.r Ar#iteture

Microcontroller: bit Miroontro55er8 .r#iteture8 Addressin; Modes8 Timers8Counters8 Interru7ts8 Seri.5 Communi.tion8 *ro;r.mmin; Cone7ts .nd .775i.tionsto E5etri Drive Systems+ntroduction to 'arious Microcontrollers % bit .nd !2 bit Miroontro55ers

($%$($&)$ 3,,5:

%0 9090 9rey8 T#e Inte5 Miro7roessor4+48 4%8428 4!8 438*entium8 Ar#iteture8 *ro;r.mmin;8 *HI

20 Dou;5.s V0 H.558 Miro7roessors .nd Inter".in;*ro;r.mmin; .nd #.rd,.re8 TMH

!0 M.=idi M0 T#e 4'% Miroontro55er .nd Embedded Systems8 *HI30 :ennet# Hint= .nd D.nie5 T.b.- 1 Miroontro55er8 Ar#iteture8

Im75ement.tion .nd *ro;r.mmin;8 M$r., Hi55 Int0'0 B0 A.y5. 1 4'% Miroontro55er8 *HI


MA&A' (A)*&A +&T$(&AT+,&AL U&+'$(+T. (Deemed to be University under setion ! o" t#e U$C At %&')

$$-M22@: ($&$/A3L$ P,/$( $&$(AT+,& ,U()$

*eriods+,ee- Credits M./0 M.r-s 1%2'L1 3 T1 4 3 Intern.5 1 '4

18




olar ource: 9.si #.r.teristis o" sun5i;#t8 so5.r ener;y resoure8 *#otovo5t.ie55P(#.r.teristis .nd e?uiv.5ent iruit)8 7#oto vo5t.i "or b.ttery #.r;in;0

/ind source: ind st.tistis8 Ener;y in t#e ,ind8 Aerodyn.mis8 Rotor ty7es8 <oresdeve5o7ed by b5.des8 Aerodyn.mi mode5s8 9r.-in; systems8 To,er8 Contro5 .nd

Monitorin; System8 *o,er *er"orm.ne0 /ind riven +nduction enerators: 7o,er ir5e di.;r.m8 Ste.dy st.te7er"orm.ne8 Mode5in;8 Inte;r.tion issues8 Im7.t on entr.5 ;ener.tion8tr.nsmission .nd distribution systems8 ind ".rm e5etri.5 desi;n0

/ind-diesel systems: <ue5 s.vin;s8 *erm.nent M.;net A5tern.tors8 Mode5in;8Ste.dy st.te e?uiv.5ent iruit8 Se5"e/ited indution ;ener.tors8 inte;r.ted ,indso5.r systems0

Micro-*ydel electric systems: *o,er 7otenti.58 S#eme 5.yout8 $ener.tioneQieny .nd turbine 7.rt Jo,8 Iso5.ted .nd 7.r.55e5 o7er.tion o" ;ener.tors8$eot#erm.58 tid.5 .nd OTEC systems0

($%$($&)$ 3,,5:

%0 Bo#n <0 .5-er .nd Ben-ins N0 8 ind Ener;y Te#no5o;y8 Bo#n i5ey .nd sons8#i#ester8 U0:08 %&&6

20 V.n Overstr.eton .nd Ad.m Mertens R0*08 *#ysis8 Te#no5o;y .nd use o" *#otovo5t.is8 Hi5;er8 9risto58%&&

!0 <reries LL 8 ind Ener;y Conversion Systems8 *rentie H.558 U0:08 %&&40


MA&A' (A)*&A +&T$(&AT+,&AL U&+'$(+T.


$$-M211: ,PT+MAL P,/$( .T$M ,P$(AT+,& LA3


*1 2 % Intern.5 1 '4Dur.tion o" E/.min.tion1 ! Hrs E/tern.5

1 '4

Simu5.tion o" eonomi Dis7.t# o" T#erm.5 Units8

19



Unit Commitment *rob5em8

Hydro T#erm.5 s#edu5in;8

Tie Line .nd T,o .re. System8

AVR .nd AL<C Contro5 usin; di@erent E/iters .nd Turbines0

MA&A' (A)*&A +&T$(&AT+,&AL U&+'$(+T.


$$-M212: +&T$LL+$&T T$)*&+9U$ A& APPL+)AT+,& LA3

*eriods+,ee- Credits M./0 M.r-s1 %44*1 2 % Intern.5 1 '4Dur.tion o" E/.min.tion1 ! Hrs E/tern.5

1 '4

Use o" MATLA9 <u==y System Too5 bo/8

20



Use o" Neur.5 Net,or- Too5 9o/ "or Mode5in; .nd Simu5.tion o"Inte55i;ent Te#ni?ues8

Im75ement.tion o" <u==y Cone7t8

Im75ement.tion o" Neur.5 net,or- mode5s8

$A te#ni?ue in Lo.d <5o, Studies8

Eonomi Dis7.t#8

Lo.d <ore.stin; .775i.tions0

MA&A' (A)*&A +&T$(&AT+,&AL U&+'$(+T.


$$-M20@: $M+&A(

*eriods+,ee-

L1 4 T1 2 Credits1 % M./0 M.r-s 1 '4

Intern.5 1 '4

21



MA&A' (A)*&A +&T$(&AT+,&AL U&+'$(+T.


$$-M!01: *') and $*'A) T(A&M++,& .T$M



1 6'

,vervie: Com7.rison o" EHV AC .nd DC tr.nsmission8 desri7tion o" DCtr.nsmission systems8 modern trends in AC .nd DC tr.nsmission0

$*' A) ystems: Limit.tions o" e/tr. 5on; AC tr.nsmission8 Vo5t.;e 7ro>5e .ndvo5t.;e ;r.dient o" ondutor8 E5etrost.ti >e5d o" tr.nsmission 5ine8 Re.tive *o,er75.nnin; .nd ontro58 tr.ve5in; .nd st.ndin; ,.ves8 EHV .b5e tr.nsmission system0

22



tatic 'A( ystem: Re.tive VAR re?uirements8 St.ti VAR systems8 SVC in 7o,ersystems8 desi;n one7ts .nd .n.5ysis "or system dyn.mi 7er"orm.ne8 vo5t.;esu77ort8 d.m7in; .nd re.tive su77ort0

*') ystem: Converter on>;ur.tions .nd t#eir #.r.teristis8 DC 5in- ontro58onverter ontro5 #.r.teristisF Mono7o5.r o7er.tion8 onverter ,it# .nd ,it#outover5.78 smoot#in; re.tors8 tr.nsients in DC 5ine8 onverter ".u5ts .nd 7rotetion8HVDC 9re.-ers0

)orona and +ntererence: Coron. .nd oron. 5oss due to EHV AC .nd HVDC8 R.dio.nd TV inter"erene due to EHV AC .nd HVDC systems8 met#ods to redue noise8r.dio .nd TV inter"erene0

*armonic %ilters: $ener.tion o" #.rmonis8 desi;n o" AC >5ters8 DC >5ters0

Poer 6o analysis in A)) systems: Com7onent mode5s8 so5ution o" DC 5o.dJo,8 7er unit system "or DC ?u.ntities8 so5ution te#ni?ues o" ACDC 7o,er Jo,e?u.tions8 *.r.55e5 o7er.tion o" HVDC+AC systems8 Mu5ti termin.5 systems0

($%$($&)$ 3,,5:

%0 *.diy.r :0R08 HVDC *o,er Tr.nsmission Systems8 i5ey E.stern Ltd08 Ne,De5#i0

20 :imb.r- E08 Diret Current Tr.nsmission8 Vo5I8 Bo#ni5ey .nd sons8 NY0!0 Arri55.;. B08 HVDC Tr.nsmission8 IEE *ress8 London030 9e;.mudre R0D08 EHV AC Tr.nsmission En;ineerin;8 i5ey E.stern *ress0'0 Arri55.;. B0 .nd Smit# 90C08 ACDC *o,er System An.5ysis8 IEE *ress8 London0


MA&A' (A)*&A +&T$(&AT+,&AL U&+'$(+T.


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1 6'

4ecial A) Machines: Constrution.5 .s7ets8 desi;n .nd .n.5ysis o" re5ut.ne8s#.ded 7o5e8 #ysteresis8 7rinted iruit8 5., motors8 Servomotors .nd A0C0 t.#o;ener.tors8 Introdution o" 7erm.nent m.;net m.teri.5s0

23



An;5ed >e5d .nd ./i.5 >e5d deviesF ross>e5d m.#ines8 s7ei.5 "orms o" rot.tin;.m75i>ers0 E5etrom.;neti 5ut#es ou75in; .nd br.-es8 Eddy urrent devies0

Linear Machines: Line.r devies .nd .tu.tors Line.r e5etri m.#ines1C5.ssi>.tion8 .775i.tion8 onstrution.5 .s7ets8 desi;n .nd met#od o" .n.5ysis o" v.rious ty7es8 $oodness ".tor0

Tr.nsverseed;e8 entryend8 e/it end8 s#ort 7rim.ry8 s#ort seond.ry e@ets in 5ine.re5etri motors8 <ore8 ener;y .nd 7o,er LEMs "or 5o, s7eed medium s7eed .nd#i;# s7eed .775i.tions8 E5etrom.;neti 5evit.tion .nd ;uid.ne s#emes.ttr.tion8re7u5sion0

Advanced Motors and rive ystems: *rini75e8 onstrution8 o7er.tion .nd drive.775i.tion o" S?u.re ,.ve *erm.nent M.;net (*M) brus#5ess motor drives8 sine,.ve *M brus#5ess motor drives8 *M .nd syn#ronous re5ut.ne b.sed motors8s,it#ed re5ut.ne motors8 Ener;y eQient motors0

($%$($&)$ 3,,5:

%0 90:0 9ose8 *o,er E5etronis .nd v.ri.b5e "re?ueny drives8 *rentie H.558 Ne, Bersey0

20 T0B0E0 Mi55er8 9rus#5ess 7erm.nent m.;net .nd re5ut.ne motor drives8 O/"ord

University *ress8 U:!0 S0A0 N.s.r8 Line.r indution motor8 Bo#n i5ey8 Ne, Yor-30 B0C0 Andre.s8 Ener;y EQient Motors8 M.re5 De--er'0 B0M0*0 Mur7#y8 *o,er E5etronis ontro5 o" AC Drives8 *er;.mon *ress0

&,T$: Ei;#t ?uestions ,i55 be set in .55 by t#e e/.miners t.-in; .t5e.stone ?uestion "rom e.# Setion0 Students ,i55 be re?uired to .ttem7t>ve ?uestions in .550

MA&A' (A)*&A +&T$(&AT+,&AL U&+'$(+T.


$$-M!22: P,/$( ),&+T+,&+&



1 6'

,vervie: Cone7ts o" non5iner 5o.ds .nd 7o,er onditionin;8 unity 7o,er ".torreti>er8 STATCOM (St.ti Com7ens.tor)0

'oltage A: T#e vo5t.;e s.; .nd vo5t.;e s,e558 t#e .uses o" vo5t.;e s.; .nds,e558 indies to 5.ssi"y vo5t.;e s.;8 t#e ounterme.sures0

24



Poer u44ly and A44lications: An.5ysis8 desi;n .nd ontro5 o" SM*S8 U*S on 5ine.nd o@ 5ine8 *o,er su775ies in te5eommuni.tion8 7o,er su775ies in .utomobi5es85ine.r series .nd s#unt vo5t.;e re;u5.tors8 IC vo5t.;e re;u5.tors8 s,it#in; re;u5.tors0

Hi;# "re?ueny indution #e.tin;8 die5etri #e.tin;8 miro,.ve #e.tin;8 e5etronib.55.st8 #i;# 7o,er ".tor e5etroni b.55.st .nd .775i.tions0

Multilevel )onverters and control: mode5in; .nd .n.5ysis o" .dv.ne st.ti VARom7ens.tion8 mu5ti 5eve5 inverters8 #.rmoni e5imin.tion met#od8 ASVC struture87o,er onverter ontro5 usin; st.te s7.e .ver.;e mode5s8 SMC8 "u==y 5o;i ontro50

%ilters: *.ssive .nd .tive >5ters "or #.rmoni .nd re.tive 7o,er om7ens.tion int,o ,ire8 t#ree ,ire .nd "our ,ire AC systems8 #.rmonis st.nd.rd8 7o,er ?u.5ity8sur;e su77ressors8 om7ens.tion o" .r "urn.es .nd tr.tion 5o.ds0

C.se studies usin; DS* ontro5 te#ni?ues in .tive >5ters .nd 7o,er su775ies0

($%$($&)$ 3,,5:

%0 Eri-son B08 H.ndboo- o" E5etri.5 He.tin; "or Industry8 IEEE *ress20 R.s#id M0H08 *o,er E5etronis H.ndboo-8 E5sevier *ress (A.demi *ress

series)

!0 9o55en M0H0B08 Underst.ndin; *o,er Gu.5ity .nd Vo5t.;e S.;8 IEEE *ress0


MA&A' (A)*&A +&T$(&AT+,&AL U&+'$(+T.


$$-M!2!: P,/$( .T$M PLA&&+&


L1 3 T1 4 3 Intern.5 1 '4


+ntroduction: *o,er System 75.nnin;8 obetive8 st.;es in 75.nnin; .nd desi;n8 :eyindies o" 7o,er system re5i.bi5ity .nd t#eir .5u5.tions8 Lin-.;e bet,een re5i.bi5ity.nd .7.ity 75.nnin;0

25



enerating ystem ca4ability Planning: *rob.bi5isti mode5s o" ;ener.tin; units8;ro,t# r.te8 R.te o" ;ener.tion .7.ity8 Out.;e 7er"orm.ne .nd system ev.5u.tiono" 5oss o" 5o.d .nd 5oss o" ener;y indies8 *o,er su775y .v.i5.bi5ity .ssessment0

+nterconnected ystems: Mu5ti .re. re5i.bi5ity .n.5ysis8 *o,er 7oo5 o7er.tion .nd7o,er e/#.n;e ener;y ontr.ts8 ?u.nti>.tion o" eonomi .nd re5i.bi5ity bene>tso" 7oo5 o7er.tion0

emand $nergy orecasting: E5etriity onsum7tion 7.ttern8 *e.- dem.nd .ndener;y "ore.stin; by trend .nd eonomi 7roetion met#ods8

Poer ystem e>4ansion 4lanning: <ormu5.tion o" 5e.st ost o7timi=.tion7rob5em invo5vin; .7it.58 o7er.tion .nd m.inten.ne osts o" .ndid.te units o" di@erent ty7es0

+nvestment Planning Models: Tr.dition.5 ;ener.tion e/7.nsion 75.nnin; mode5s8inte;r.ted resoure 75.nnin; mode5s8 7rodution ost simu5.tion mode5s0

($%$($&)$ 3,,5:

%0 .55.# Y08 *o,er System *5.nnin;8 M$r., Hi55 Intern.tion.5020 Su55iv.n *08 *o,er System *5.nnin;8 M$r., Hi55 Intern.tion.50!0 D.s.ri8 S0 E5etri *o,er System *5.nnin;8 I9T *ub5is#ers8 Ne, De5#i030 9i55inton R08 *o,er System Re5i.bi5ity C.5u5.tion8 MIT *ress8 USA'0 Endreyni8 Re5i.bi5ity Mode5in; in E5etri *o,er System8 Bo#n i5ey8 Ne, Yor-0 MDon.5d B0R08 Modern *o,er system *5.nnin;8 M$r., Hi55 Intern.tion.50


MA&A' (A)*&A +&T$(&AT+,&AL U&+'$(+T.


$$-M!2": L,A A& $&$(. MA&A$M$&T



1 6'

Load %orecasting: C5.ssi>.tion .nd #.r.teri=.tion o" 5o.ds8 A77ro.#es to 5o.d"ore.stin;8 <ore.stin; met#odo5o;y8 Ener;y "ore.stin;8 *e.- dem.nd "ore.stin;8

26



Non,e.t#er sensitive "ore.st .nd e.t#er sensitive "ore.st8 Tot.5 "ore.st8 Annu.5.nd mont#5y 7e.- dem.nd "ore.sts0 A775i.tions o" st.te estim.tion to 5o.d"ore.stin;0

Load Management: Lo.d M.n.;ement1 Introdution to Lo.d m.n.;ement0 E5etriener;y 7rodution .nd de5ivery system struture (EE*DS)0 Desi;n .5tern.tives "orEE*D systems0 Communi.tion+ontro5 te#ni?ues "or 5o.d m.n.;ement0 T.ri@ struture .nd 5o.d m.n.;ement8 7rini75es o" m.ro .nd miroeonomis .nd ener;y7riin; str.te;ies8 .ssessin; t#e im7.ts o" 5o.d m.n.;ement0

$nergy emand %orecasting: St.ti .nd dyn.mi .n.5ysis o" ener;y dem.nd8e5ements o" ener;y dem.nd "ore.stin;8 met#odo5o;ies .nd mode5s "or ener;ydem.nd "ore.stin;8 te#noeonomi .77ro.# in ener;y dem.nd "ore.stin;0

Trends and )ase tudies: Ener;y m.n.;ement str.te;y8 symbioti re5.tionbet,een in"orm.tion8 ener;y mode5s .nd deision m.-in;8 .se studies 5i-e industri.5ener;y "ore.stin;8 tr.ns7ort.tion ener;y "ore.stin;8 residenti.58 ommeri.5 .nd.;riu5tur.5 ener;y "ore.stin;0

($%$($&)$ 3,,5:

%0 M.rtino B08 te#no5o;i.5 <ore.stin; "or Deision M.-in;8 E5sevier *ress8 Ne,

Yor-020 $e55in;s C00 .nd *enn e55 *0E0 Dem.nd <ore.stin; in t#e E5etri Uti5ityIndustry8 <.irmount *ress

!0 M.-rid.-is S08 <ore.stin; Met#ods .nd A775i.tions8 i5ey0


MA&A' (A)*&A +&T$(&AT+,&AL U&+'$(+T.


$$-M!27: ,(A&+=AT+,& and %+&A&)$ +& P,/$( $)T,(



1 6'

27



Management and +ts oals: Or;.ni=.tion .nd M.n.;ementF T#e m.n.;ement7roessF M.n.;eri.5 s-i55s .nd M.n.;eri.5 7er"orm.neF *o5iy .nd Obetives o" .*o,er Uti5ityF T#e $o.5 o" . <irm0

Utility %inancial Accounting: 9.5.ne S#eet8 Inome St.tements .nd C.s# Re7ortFDe7rei.tionF Interest #.r;es durin; onstrutionF <in.ni.5 St.tement An.5ysis

+nvestment Pro4osal: Interest .nd om7oundin;F Me.sure o" 7rie 7ub5i versus7riv.te 7ers7etiveF Eonomi ev.5u.tion o" investment 7ro7os.5F Intern.5 R.te o" return8 *.y9.- *eriod0

Leveli;ed )osts o eneration: $ener.tin; system ostsF 9.si one7t o" ost5eve5i=.tionF Leve5i=ed bus b.r ost0

$lectricity Tari#s: Tr.dition.5 A77ro.#F Lon;run M.r;in.5 ostsF $ener.5 *rini75eso" T.ri@ ConstrutionF Obetives o" t.ri@0

Utility ,rgani;ation: <untion.5 strutureF Division.5 StrutureF M.tri/ strutureFHybrid struture0

+ndustry tatus and Trends: M.in onerns o" e5etri uti5itiesF *er"orm.ne o" e5etri uti5itiesF *o,er Setor #.n;esF Dyn.mi8 s7ot .nd re.5 time 7riin;FRe;u5.tory .s7ets to,.rds dere;u5.tionF System *5.nnin; under Evo5vin; Uti5ityStrutures

Com7uteri=ed M.n.;ement $.me

($%$($&)$ 3,,5:

%0 9.rto5 :0 M0 .nd D.vid C08 M.n.;ement8 M.rtin M$r.,Hi558 INC020 9.rto5 :0 M0 .nd D.vid C08 M.n.;ement8 M.rtin M$r.,Hi558 INC0!0 eston B0<08 9ri;#.m Essenti.5 o" M.n.;eri.5 <in.ne8 Dryden *ress030 Sto558 Le.stCost E5etri Uti5ity *5.nnin;8 Bo#n i5ey0'0 Sti-ney C0*0 .nd ei5 R0L08 <in.ni.5 Aountin;8 Dryden *ress00 9errie T008 E5etriity Eonomis .nd *5.nnin;8 IEE *o,er Series0

60 Levy H0 .nd S.rn.t M08 C.7it.5 Investment .nd <in.ni.5 Deisions8 *rentieH.550


MA&A' (A)*&A +&T$(&AT+,&AL U&+'$(+T.


$$-M!2?: P,/$( .T$M ($L+A3+L+T.



1 6'

28



Probability and (eliability: Revie, o" 7rob.bi5ity one7ts8 7rob.bi5itydistributions8 .775i.tions o" binomi.5 distribution to en;ineerin; 7rob5ems87rob.bi5ity distribution in re5i.bi5ity ev.5u.tion8 re5i.bi5ity indies8 net,or- mode5in;.nd ev.5u.tion o" sim75e .nd om75e/ net,or-s8 system re5i.bi5ity ev.5u.tion usin;7rob.bi5ity distributions8 "re?ueny .nd 5o.d dur.tion te#ni?ues8 -ey indies o" 7o,er system re5i.bi5ity .nd t#eir .5u5.tions0

eneration ystem (eliability $valuation: Cone7t o" 5oss o" 5o.d 7rob.bi5ity(LOL*)8 Ener;y dem.nd8 E(DNS)8 Ev.5u.tion o" t#ese indies "or iso5.ted systems8;ener.tion system8 re5i.bi5ity .n.5ysis usin; t#e "re?ueny .nd dur.tion te#ni?ues0

Transmission ystem (eliability $valuation: Ev.5u.tion o" LOL* .nd E(DNS)8indies "or .n iso5.ted tr.nsmission system8 interonneted system re5i.bi5ity8 bu5-7o,er system re5i.bi5ity0

istribution ystem (eliability $valuation: Re5i.bi5ity .n.5ysis o" r.di.5 systems,it# 7er"et .nd im7er"et s,it#in;0

($%$($&)$ 3,,5:

%0 9i55inton R08 *o,er System Re5i.bi5ity C.5u5.tion8 MIT *ress8 USA

20 Endreyni8 Re5i.bi5ity Mode5in; in E5etri *o,er System8 Bo#n i5ey8 Ne, Yor-


MA&A' (A)*&A +&T$(&AT+,&AL U&+'$(+T. (Deemed to be University under setion ! o" t#e U$C At %&')

$$-M!10 : P(,B$)T *eriods+,ee- Credits*1%4 ' Intern.5 1 244Dur.tion o" E/.min.tion1 ! Hrs E/tern.5 1 %44

29



T#e 7roet ,i55 invo5ve te#no5o;i.5 desi;n .nd deve5o7ment ,or- .nd it ou5d beb.sed on eit#er #.rd,.re or so"t,.re or ombin.tion o" bot#0

MA&A' (A)*&A +&T$(&AT+,&AL U&+'$(+T.


$$-M!07: ),LL,9U+UM

*eriods+,ee-

L1 4 T1 2 Credits1 % M./0 M.r-s 1 '4

Intern.5 1 '4

30



Co55o?uium is . te#ni.5 semin.r "or 7resent.tions .nd disussions o" disi75ines7ei> to7is 7ert.inin; to t#e rese.r# .nd deve5o7ment0

MA&A' (A)*&A +&T$(&AT+,&AL U&+'$(+T.


$$-M-"01: +$(TAT+,& M./ M.r-s 1 44

Intern.5 1 344 E/tern.5 1 244

T#e dissert.tion is .imed to tr.in . 7ost;r.du.te student to,.rds rese.r#0 T#is

31



subet is divided into t,o 7.rts8 .s "o55o,s1

+C ubmission and a44roval o dissertation 4ro4osal

T#e student s#.55 submit dissert.tion 7ro7os.5 under t#e ;uid.ne o" su7ervisor

nomin.ted by He.d o" t#e res7etive De7.rtment to t#e *ro;r.m Cooordin.tor

.nd s#.55 m.-e . 7resent.tion be"ore . ommittee8 .55ed De7.rtment.5

Dissert.tion Committee (DDC)8 reommended by onerned He.d o" De7.rtment

.nd .77roved by De.n <.u5ty o" En;ineerin; .nd Te#no5o;y0 T#e student m.y

.5so #.ve osu7ervisor (Intern.5 or E/tern.5) ,it# t#e 7ermission o" onerned

He.d o" De7.rtment0 T#e student s#.55 .rry out t#e dissert.tion in t#e "ourt#

semester i" t#e to7i is .77roved by t#e DDC0 T#e DDC m.y .5so reet t#e

7ro7os.5 i" not "ound "e.sib5e .nd in su# .se8 #e +s#e s#.55 submit t#e revised

7ro7os.50 issertation to4ic needs to be nali;ed and a44roved in the +++

semester only8

++C issertation /or<

T#e student s#.55 .rry out #is+#er re.5 dissert.tion ,or- in IV semester o" M0Te#0

on t#e to7i t#.t ,.s .77roved in III semester0 T#e DDC ,ou5d se?uenti.55y

ondut t#ree 7ro;ress meetin;s in . semester0 E.# student 7ursuin;

dissert.tion ,or- s#.55 be e/7eted to m.-e . 7o,er7oint 7resent.tion8

doument.tion .bout t#e deve5o7ments m.de 7ert.inin; to #is + #er ,or-8 #.vin;

v.5id re"erenes ,it# .77rov.5 "rom .ut#ori=ed su7ervisor0 Out o" t#e t#ree

e/7eted 7resent.tions to be m.de by t#e student8 one s#ou5d be ust be"ore

submission o" >n.5 dissert.tion to be n.med .s *resubmission 7resent.tion o"

dissert.tion0 T#ese det.i5s ,ou5d be reorded by DDC8 m.r-ed "or >n.5

om7i5.tion in t#e 5.st semester0

)riteria or )ontinued $valuation by the )ommittee in the equential

issertation /or<:

%0 *untu.5ity .nd onsisteny in terms o" sti-in; to t#e ;iven de.d5ines by

su7ervisor .nd t#e res7etive He.d o" De7.rtment0

!0 Time5y submission o" 7ro;ress re7ort ,it# v.5id re"erenes to t#e res7etive

;uides .nd ommittee030 *resent.tion o" rese.r# 7ro;ress be"ore ommittee0

• Dissert.tion s#ou5d be om75eted ,it#in %48444 P %'8444 ,ords ,it#

tot.5 o" si/ () o7ies (% 7.7er b.-8 ' #e.d #.rd bindin;) M.nusri7t

(.s 7resribed by DDC) in . CD ROM (So"t o7y) s#ou5d be submitted to

t#e res7etive He.d o" De7.rtment one mont# be"ore t#e >n.5

32



university e/.min.tions0

• Distribution o" si/ () o7ies o" dissert.tion1

One *.7er b.- Co7y "or University .nd <ive He.d #.rd o7ies1 one

e.# "or De7.rtment8 Libr.ry8 Su7ervisor8 *ro;r.m Coordin.tor .nd

student #imse5"+#erse5"0

• *resent.tion Viv.voe .rryin; 244 m.r-s (b.sed on 7o,er 7oint

7resent.tion or.5 de"ense) ,it# t#e University .77ointed E/tern.5E/.miner .nd intern.5 ontinuous ev.5u.tion o" tot.5 344 m.r-s

(distributed %44 m.r-s on t#e b.sis o" ,or- .rried out by t#e student

in !rd semester "or .77rov.5 o" dissert.tion to7i %'4 m.r-s in 3t#

semester) by t#e DDC0

• T#e Over.55 .ssessment o" t#e dissert.tion ,i55 be b.sed on t#e ;r.din;

system .s s7ei>ed in t#e ordin.ne

The candidate ith aard o grade or belo ill have to re4eat the

dissertation or<8

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M.tech PSED Syllabus 1

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