power electronics 89

7/24/2019 Power Electronics 89

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IEEE PROJECTS IN POWER ELECTRONICS TITLES 2015 T

2016

CODE.

NO

PROJECT TITLES YEAR

1)RENEWABLE ENERGY

001 Hybrid Transformer ZVS/ZCS DCDC Converter With

Optimized a!neti"s and #mproved $o%er Devi"es

&ti'ization for $hotovo'tai" od('e )pp'i"ations

*01+

00* $erforman"e of edi(m,Vo'ta!e DC,-(s $V System

)r"hite"t(re &ti'izin! Hi!h,.ain DCDC Converter

*01+

00 ) Sin!'e Sta!e CC Zeta i"roinverter for So'ar

$hotovo'tai" )C od('e

*01+

00 ) Hi!h ffi"ien"y 2'yba"3 i"ro,inverter With a 4e%

)daptive Sn(bber for $hotovo'tai" )pp'i"ations

*01+

00+ Hi!h Step,&p Converter With Three,Windin! Co(p'ed

#nd("tor for 2(e' Ce'' ner!y So(r"e )pp'i"ations

*01+

005 Hi!h,.ain 6esonant S%it"hed,Capa"itor Ce'',-ased

DC/DC Converter for Offshore Wind ner!y Systems

*01+

2)MICROGRID APPLICATIONS

007 ) 4ove' #nte!rated $o%er 8(a'ity Contro''er for i"ro!rid *01+


2/10

009 $o%er Contro' in )C #so'ated i"ro!rids With 6ene%ab'e

ner!y So(r"es and ner!y Stora!e Systems

*01+

3)VEHICULAR APPLICATIONS

00: .enera' )na'ysis and Desi!n .(ide'ine for a -attery

-(ffer System With DC/DC Converter and D;C for

'e"tri" Vehi"'es and its #nf'(en"e on ffi"ien"y

*01+

010 Reduced-Capacity Smart Charer !"r E#ectric$ehic#e% "& Sie-Pha%e Three-Wire'i%tri(uti"& )eeder% With Reacti*e P"+erC"&tr"#

*01+

011 ) 4on iso'ated ('ti inp(t ('ti o(tp(t DCDC -oost

Converter for 'e"tri" Vehi"'e )pp'i"ations

*01+

01* 4e% #nter'eaved C(rrent,2ed 6esonant Converter With

Si!nifi"ant'y 6ed("ed Hi!h C(rrent Side O(tp(t 2i'ter for

V and HV )pp'i"ations

*01+

4)DRIVES

01 Variab'e,2orm Carrier,-ased $W for -oost,Vo'ta!e

otor Driver With a Char!e,$(mp Cir"(it

*01+

01 Sensor'ess Drive for Hi!h,Speed -r(sh'ess DC otor

-ased on the Virt(a' 4e(tra' Vo'ta!e

*01+

01+ On'ine #nverter 2a('t Dia!nosis of -("3,Converter -;DC

otor Combinations

*01+

015 ) &nity $o%er 2a"tor -rid!e'ess #so'ated C(3 Converter,

2ed -r(sh'ess DC otor Drive

*01+


3/10

5)CONVERTERS

PFC,VS,CS,HIGH VOLTAGE, INTERLEAVED, SWITCHED

CAPACITOR, BIDIRECTIONAL, MULTIPORT, MULTIPLE OUTPUT,RESONANT CONVERTERS, INVERTER, MULTI LEVEL INVERTER,

AC TO AC CONVERTER

017 ) Three,;eve' 8(asi,T%o,Sta!e Sin!'e,$hase $2C

Converter %ith 2'e


4/10

0*+ 6esonan"e )na'ysis and Soft,S%it"hin! Desi!n of #so'ated

-oost Converter With Co(p'ed #nd("tors for Vehi"'e

#nverter )pp'i"ation

*01+

0*5 )n )daptive ZVS 2('',-rid!e DCDC Converter With

6ed("ed Cond("tion ;osses and 2re=(en"y Variation

6an!e

*01+

0*7 )n #nte!rated Hi!h,$o%er,2a"tor Converter %ith ZVS

Transition

*01+

0*9 ) 4ove' ;oad )daptive ZVS )(


5/10

0+ ) -idire"tiona' ;;C 6esonant Converter With )(tomati"

2or%ard and -a"3%ard ode Transition

*01+

05 ) Ce'',to,Ce'' -attery =(a'izer %ith Zero,C(rrent

S%it"hin! and Zero,Vo'ta!e .ap -ased on 8(asi,6esonant

;C Converter and -oost Converter

*01+

07 ) Comparison bet%een Sin!'e,$hase 8(asi,Z,So(r"e and

8(asi,S%it"hed,-oost #nverters

*01+

09 ) Hi!h,ffi"ien"y OS2T Transformer'ess #nverter for4on,iso'ated i"roinverter )pp'i"ations

*01+

0: ) Hi!h,2re=(en"y ode' for a $C -("3 Converter *01+

00 ) Hi!h .ain #np(t,$ara''e' O(tp(t,Series DC/DC

Converter %ith D(a' Co(p'ed #nd("tors

*01+

01 ) Hi!h Step,Do%n ('tip'e O(tp(t Converter With Wide#np(t Vo'ta!e 6an!e -ased on 8(asi T%o,Sta!e

)r"hite"t(re and D(a',O(tp(t ;;C 6esonant Converter

*01+

0* ) ('ti,#np(t -rid!e'ess 6esonant )C,DC Converter for

'e"troma!neti" ner!y Harvestin!

*01+

0 ) ('tiphase Syn"hrono(s -("3 Converter With a 2(''y

#nte!rated C(rrent -a'an"in! S"heme

*01+

0 ) 4e% 2ami'y of od('ar ('ti'eve' Converter -ased on

odified 2'yin!,Capa"itor ('ti"e'' Converters

*01+


6/10

0+ ) 4ove' )""(rate $rimary,Side Contro' >$SC? ethod for

Ha'f,-rid!e >H-? ;;C Converter

*01+

05 ) 4ove' od('ation Te"hni=(e and a 4e% -a'an"in!

Contro' Strate!y for a Sin!'e,$hase 2ive,;eve' )4$C

Converter

*01+

07 ) 4ove' $W Hi!h Vo'ta!e Conversion 6atio -i,

dire"tiona' Three,$hase DC/DC Converter %ith @,A

Conne"ted Transformer

*015

09 ) 4ove' Transformer,'ess #nter'eaved 2o(r,$hase Step,

do%n DC Converter %ith ;o% S%it"h Vo'ta!e Stress and

)(tomati" &niform C(rrent Sharin! Chara"teristi"s

*015

0: De'ay,Dependent Stabi'ity of Sin!'e,;oop Contro''ed .rid,

Conne"ted #nverters %ith ;C; 2i'ters

*015

0+0 Desi!n of ner!y Contro' ethod for Three,$hase -("3,

Type 6e"tifier %ith Very Demandin! ;oad Steps to

)"hieve Smooth #np(t C(rrents

*01+

0+1 Desi!n of a Sin!'e,S%it"h DC/DC Converter for a $V,

-attery,$o%ered $(mp System %ith $2B$W Contro'

*01+

0+* Detai'ed )na'ysis of DC,;in3 Virt(a' #mpedan"e,-ased

S(ppression ethod for Harmoni"s #ntera"tion in Hi!h,

$o%er $W C(rrent,So(r"e otor Drives

*01+

0+ Dire"t $o%er Contro' -ased on 4at(ra' S%it"hin! S(rfa"efor Three,$hase $W 6e"tifiers

*01+

0+ Distrib(ted Contro' for )(tonomo(s Operation of a Three,

$ort )C/DC/DS Hybrid i"ro!rid

*01+


7/10

0++ Do(b'e,$hase Hi!h,ffi"ien"y Wide ;oad 6an!e Hi!h,

Vo'ta!e/;o%,Vo'ta!e ;;C DC/DC Converter for

'e"tri"/Hybrid Vehi"'es

*01+

0+5 Do(b'y 2ed #nd("tion .enerator for Wind ner!yConversion Systems %ith #nte!rated )"tive 2i'ter

Capabi'ities

*01+

0+7 D(a' S%it"hes DC/DC Converter %ith Three,%indin!,

"o(p'ed #nd("tor and Char!e $(mp

*015

IEEE PROJECTS IN POWER S/STES TITLES 2015 TO 2016

0+9 ) Contro' ethod of HVDC,od('ar ('ti'eve' Converter

-ased on )rm C(rrent (nder the &nba'an"ed Vo'ta!e

Condition

*01+

0+: ) Contro' )r"hite"t(re to Coordinate 6ene%ab'e ner!y

So(r"es and ner!y Stora!e Systems in #s'andedi"ro!rids

*01+

050 ) Coordinated Vo'ta!e Contro' )pproa"h for Coordination

of O;TC Vo'ta!e 6e!('ator and D. to 6e!('ate Vo'ta!e

in a Distrib(tion 2eeder

*01+

051 ) .rid,Conne"ted D(a' Vo'ta!e So(r"e #nverter With

$o%er 8(a'ity #mprovement 2eat(res

*01+

05* ) 4ove' Hybrid #s'andin! Dete"tion ethod for #nverter,based D.s &sin! S2S and 6OCO2

*01+

05 ) ('ti,)!ent System 2rame%or3 for 6ea',Time 'e"tri"

;oad ana!ement in V)C )'','e"tri" Ship $o%er

Systems

*01+


8/10

05 ) Sin!'e Sensor -ased $$T Contro''er for Wind,Driven

#nd("tion .enerators S(pp'yin! DC i"ro!rid

*01+

05+ ) $hase,Shifted,$W D,ST)TCO &sin! a od('ar

('ti'eve' Cas"ade Converter >SS-C?$art #E ode'in!

)na'ysis and Desi!n of C(rrent Contro'

*01+

055 ) Zero,Se=(en"e Vo'ta!e #nFe"tion,-ased Contro' Strate!y

for a $ara''e' Hybrid od('ar ('ti'eve' HVDC Converter

System

*01+

057 )n #mproved C(rrent Contro''er for .rid Conne"ted

Vo'ta!e So(r"e Converter in i"ro!rid )pp'i"ations

*01+

059 )"tive Vo'ta!e 2eedba"3 Contro' for Hybrid ('ti,termina'

HVDC System )doptin! #mproved Syn"hro,"onverters

*01+

05: )daptive Droop Contro' Strate!y for ;oad Sharin! and

Cir"('atin! C(rrent inimization in ;o%,Vo'ta!e

Standa'one DC i"ro!rid

*01+

070 C#"%ed-)"rm S"#uti"& "! Time-$aryi& "de#

a&d It% ,pp#icati"&% !"r Output Curre&tarm"&ic% i& T+"-Stae P$ I&*erter

*01

071 Comparison of the od('ar ('ti'eve' DC Converter and

the D(a',)"tive -rid!e Converter for $o%er Conversion in

HVDC and VDC .rids

*01+

07* Contro' of $S.,-ased Wind T(rbines for System #nertia'

6esponse and $o%er Os"i''ation Dampin!

*01+

07 Contrib(tion of VSC,HVDC to 2re=(en"y 6e!('ation of

$o%er Systems With Offshore Wind .eneration

*01+

07 Dynami" Stabi'ity nhan"ement of a DC,Se!mented )C

$o%er System Via HVDC Operatin!,$oint )dF(stment

*01+


9/10

07+ 6ob(st and .eneri" Contro' of 2('',-rid!e od('ar

('ti'eve' Converter Hi!h,Vo'ta!e DC Transmission

Systems

*01+

075 Sin!'e, and T%o,Sta!e #nverter,-ased .rid,Conne"ted$hotovo'tai" $o%er $'ants %ith 6ide,Thro(!h Capabi'ity

(nder .rid 2a('ts

*01+

077 SS6 Dampin! Contro''er Desi!n and Optima' $'a"ement in

6otor,Side and .rid,Side Converters of Series,

Compensated D2#.,-ased Wind 2arm

*01+

079 Stabi'ity )ssessment


10/10

09+ 2'e

power electronics 89

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