Rapid Charger For 2 State Battery Charging Leveraging Fast Charging Capacity For Ultra Capacitors PDF
Rapid Charger For 2 State Battery Charging Leveraging Fast Charging Capacity For Ultra Capacitors PDF
Rapid Charger For 2 State Battery Charging Leveraging Fast Charging Capacity For Ultra Capacitors PDF
/
GOVERNMENT OF KERALA
DEPARTMENT OF TECHNICAL EDUCATION
~
~
COLLEGE OF ENGINEERING TRIVANDRUM
CENTRE FOR INDUSTRIAL TRAINING CONSULTANCY
AND SPONSORED RESEARCH
ENGIN EERING COLLEGE P.O., THI RUVANANTHAPURAM • 695016
01 /18-19
25.10.2018
ITC & SR No. :........................... .. Date : ......................... ..
From
The Principal
To
Director
KSCSTE
Sasthra Bhava11
Sir
I am hereby forwarding the proposal received from one of our faculty members for
Student Project under KSCSTE - Student Project Scheme
The research proposal 'Rapid Charger for 2 stage battery charging leveraging fast-
charging capacity of Ultra capacitors' is submitted by Dr. Shereef RM, . Asst. Professor,
Department of Electrical and Electronics , College of Engineering Trivandrum for Students
Project Scheme undP.r Kerala State Council for Science, Technology & Environment
(KSCSTE). Necessary steps may please be taken in this regard.
Yours faithfully
~
Dr. Jiji C.V
Principal
· pR\NClPAL ~
ENGINEERING TRI\JANt>"
1., J ..EGE OF NTHAPURA,":1-11,
THIRUVANA
sn·DE'.\T PROJECT
~ame ofche P.J. : Share!' ~ M
Address of the Insti rution : tolled ~ F n~~~ \ ,1.,~dll.Jlh,,
Cho. ,., ach -... \:. Ir l.t , I " f'r"l - I "
I. The scheme is constituted for lhc purpose of pro\1dmg ll.SSlS1ance m the form of granrs 10
students for scienti fic research won: \\1th paruculu rde"ance tothe State of Kerala m the
economic and industrw dcvdopment
2 Grant \\ill be released LO the principal rnvesllgalOr after the completion of the projccr through
the Head of the instirution.
1 The maximwn duration of thc proJttl \\iJI be one year from the date of start of the ~
4. This date of start of die project should be intimaled by the lru.'lirution authorities/ Principal
Investigator to the C-ouociJ. h shall. rn no c:a.sc be later than o~ month after th~ receipt of the
intimation lentt from KSCSTE.
S. On cornpJetion of the project. one hard copy and a sofi copy (as pdi) of the final project
report on the won: done in lhe prescribed fonnat should be sem to the Council along with the
utilimtion cmificat.c (UC) and smemrnt of expenditure (SE). The Utilization CcrtificaLC
and Sta1cmcn1 of Eq,cnditurc should be countersigned by the HOI n1nlirdmitrl asJl%'ir
n.bcf~
6 The instituk wiU [Tl,Ajntaio separate audited accounts for the pujea.
7. The institute ~-ill not cntrusl the implementation of the work for which lhc grant is being
sanctioned to another insrirution oor \\-ill it di\·ert lhc gram rccapts to ot.bC'r instirutc as
assistantt.
8. The council rescn-cs the right IO tennina1c the pojec1 at any stage if it iJ convinced dual the
gram hAs not been properly utiliz.ed a< appropriate progress is no1 being made, 1.n addjtion.
ux Council may designate Scicntistl'Spccialis or an Expert Pall(I to re-view the work c1lt
I
If the PI to whom the project has been sanctioned wishes to leave the Institution where the
project is based, the Institute/PI will inform the same to the Council and in consultation with
Council, evolve steps to ensure successful completion of the project, before relieving the PI.
10. Investigators must acknowledge the Council in reports and technical/scientific papers
publishing based on the research work done under the project. Investigators are requested to
publish some of the research papers emerging out of the project work in leading Indian
Journals.
11. If the results of research are to be legally protected by way of patent/copy rights etc. the
results should not be published without action being taken to secure legal protection for the
research results.
12 The knowledge generated from the project will be the property of KSCSTE and should be
properly acknowledged. Transfer to technology generated shall be done in consultation with
the Council.
13. The Council may enforce additional guidelines for the operation of the student project from
time to time and the Institution/Investigators are required to observe such directions in the
conduct of the research work.
~ -
Name &Signature of 4 Name & Signature of
Principal Investigator Head ~ ~ & , ~
She,ree.f fZ.M COLLEGE OF ENGlNEEr.lNG TRIVANDRUM
Hl!RUVAf~ArWIAPURA:~1-1 6. -· .
KEIULA STATE COl lNCIJ I;() .. -
. . - , H SCIJ•,NC'F TFC'II ,
Snsrhra Hhnnn P1111 ,, I ., , NOLO(, y & F.NVJR()NMENT
• Oltl 8 llf(' I' 0 Tl ' ,
. . . ' •11·11,,an11nthapuram 6'J5 004
Sl l lDF,NT PHO JF('l ' . ,
. . S( IIEI\H:- APPLICATION FOHMAT
1To he suhmiflerJ in 3 copies/
(All fields are r,r,,ntJat, , 1
',:1 . ncomplete "PPlirntimts will he re'}'et•fe''
Attad dd' · ,,.
' a ittmra/ .'i/reet wl1ere11er 11 eces.mry~
Titll' l'f the Research Proposal: Rapid Char •er for wO st ' . .
fost-charg irw capacit,, (lf Ult . g t age battery charging leveraging
r::-- ; racapacrtors.
5
- Precise Objectives of the project (Max. 150 words): To simulate, design and build an ultracapacitor
?ased !wo-step battery charger. The design must charge the battery in two steps, the first step
~nvolvmg transfer:ring energy from external supply to an Ultracapacitor array; the second step
involves transferring energy from the Ultracapacitor array into a battery with lower power densities.
6. Abstract (Max 300 words): Ultracapacitors (UC) are a well-established technology, with high
charge/discharge current capacity, relatively low energy densities, but very high power densities. This
allows a UC to be charged with very high currents, which means they can be charged much faster than
an average battery whose power densities are much lower.
There are widespread applications for such a system in areas requiring fast charging and/or those with
intermittent power supplies. Some prominent applications are in Electric Vehicles, whose (currently)
long charging times are a deterrent to viable customers. It can also support conventional energy
systems when current requirements increase suddenly(ln electric tra~tion). . _
Secondary uses include Wind energy power systems, where sudden mcrease m wmd speed may
induce dangerous transient currents, which is mitigated by the presence of the UC array before the
battery which help "absorb" the spike in energy supplied.
\'hi ~ p1.nwr 1.'. l'llll\,I l'ircuit fe!\lures a Rul'k -Bnost controller with variahle gain. The ultracapaci tor has linear
Yl,ltagt'-Char~l' drnrm:trristics. and therefore the gain of the buck hoost controller is varied continuously
n1.'l'\,niin~ 11.., the Ultmcapacitor n,ltage so as to keep the Battery charging voltage above the required value.
0111.'\.' the ultrnl'apacitor voltage falls to a pre-determined value it is once again isolated from the battery, which
is m,w rhurg.e<l .
The Power 1..·0ntrol circuit controls the current being fed from the ultracapacitor into the battery and keeps the
charging <.·umnt at safe levels. Due to the lower power density of commercially available batteries, this
l'Umnt will be lower than that of the Ultracapacitor array. During this time the device may be disconnected
from the Extemal supply .
.t..C-OC Converters
~ I
Redilers PowtrConi'ol Power Control
"-CPow~Sup~ unracapacitor arra; Battery Paek
Flllllf5 Clmill Circuit
Load
8. Applkations/Socio-cconomic ir --
ti nportancc ( I he rel .f
_ie natural resources of the State): The s s . cv~nce. I any, lo the utilization and management of
time needed for an ESU lob , y lem is designed lo be capable of drastically d .· h
1: connected to an external sup ,. h . re ucrng t e
P1Y or c argrng.
9. Details of lnvestigator(s)
i. Name and Designati fp· •
on o nnc1pal Investigator (Pl): Shereef R M
IO. Particulars of the facilities that will be provided by the institution where this project will be
implemented: Nil
11 . Whether assistance from any external agency/ institution is required to complete the project? If yes,
give details: No
12. Whether at present receiving support from any other organisation other than your present department?
If so, full particulars of these may be given: No
13. Whether at present receiving support from any other organisation other than your present
department? If so, full particulars of these may be given: No
14 . Deta ils of projects sanctioned by KSCST E under this sc he me during current fin anc ia l year to :
1) Pl
File Nu. Title o r the oroiect Amount sanctioned
2) De1Jartment of Pl
File No. Titl e or the nroicct Amount sanctioned
8. Travel 1000
9. Research Literature & Documentation 1000
SUBTOTAL 90,000
IO. Contingency Costs ( 10%) 9000
GRAND TOTAL 99,000
16.
Documents to be attached with the application:
Detailed bio data of PI, Co-investigator and student investigator to be attached
Sbereef R. tvl.
Assistant Professor
Phone: 09446574277
Email : rmsbereef@gmail .com
Qualifications
Engineer at Bharat Heavy Electricals Limited (BHEL), Hyderabad from Jan. 1998 - Jan.
2001
Faculty in Electrical Engineering at Govt. Engineering Colleges in Kerala since Jan. 200 I
Computer Aided Power System Analysis, Power System Analysis and Stability,
Distributed Generation ·
Other Responsibilities
Faculty-in-charge, Electrical Machines Lab
Dept Coordinator, Technology Business Incubation Cell
Important Publications
U1.
SEBIN B1\BY
EN - 130, Opp. BP Office, Angamally, PIN:683572 I Ph: 9495019455 I sebinbpanikulam@gmail.com
EDUCATION
college of Engineering, Trivandrum 2015 - 2019
Bachelors of Technology in Electrical and Electronics Engineering
CGPA: 8.18
Programming in C++
• Learned as part of Curriculum.
Buildil)g systems with the Arduino
• Undertook several projects and build systems using the Arduino Uno .
Leadership
• Undertook many leadership roles as needed at RoboCET. Led multiple teams as Project management
Head at Drishti '18 (Techfest) and currently serves as Secretary at RoboCET.
EXPERIENCE
Secretary July 2018 - Present
RoboCET (The robotics club of College of Engineering, Trivandrum)
Projects Coordinator
May 2018 to July 2C
RoboCET
• Coordinated and mentored projects undertaken by junior members at RoboCET.
L
pROJECT DETA f LS
smart Home Automation with Google Assistant
Sep 2018
Built a system that uses a NodeMCU and a set of relays to control the lights and fans in a
room over the internet. Used IFTTT to Integrate Google assistant in the system, to initiate
control over the internet using voice commands.
Animatronic Arm
Jari io17 - Feb 2017
Mimics hand gestures done while wearing a control-glove. Used flex sensors with an Arduino
to provide input. Actuation done with five servos, one for each finger. Voice control
implemented using a smartphone and an HC-05 Bluetooth module.
Bot controlled using the Dual-Tone Multi-Frequency (DTMF) channel Jan 2016
A wheel~d bot controlled over GSM using two phones : One is a control unit with the user,
and the other is used as a receiver on the bot. The control calls the receiver and action-
commands are passed using the on-board dial-pad on the control unit.
1
:1
,,"' MJ'§L
S .t'\ M t')l':t':t) \flHFK
t.l~-~ ~ ~ V ~,J
Email id : sandeepvivek14@gmail.com
CARfi~.R 0$.H:CHVE
To use my knowledge in all means for the development of the company and to improve the
sett and the good will of the company to a higher level.
1::t)UC.\TlONAt.
. QW\UFlCATlONS
· Camp, Trivandrum
AISSCE(Xllth) Kendriya Vidyalaya SAP CBSE 2015 95.0%
Camp, Trivandrum
B.Tech,EEE College of Engineering KTU 2019 COPA 9.38 (till
Trivandrum .. . S6)
TECHNlCAl. QUAUFICATIONS
1. Internship at Quest Global on the topic 'Internet of Things' from January 2018.
Also a project 'Track'emAII' was done during the course of internship
2. Attended a 5-day Internship at Sabarigiri Hydroelectric Power station d~rJng July 2017
3. Attended a 7-day internship at Keltron on the topic 'Embedded Systems'"ciuring June
2016.
4. Volunteered for workshops on Arduino , EAGLE, Proteus, C-programming conducted by
ISTE CET.
5. Attended 2-day solar training program conducted by IEEE about solar energy and had
hands on session for making portable mobile charger using solar panel and light seeking
bot.
6. Attended a 2-day Brainwave Robotics Workshop conducted by Full Throttle - GECB
during August 2015 which had hands on session for controlling a Bluetooth controlled
robot using brainwave sensor.
7. Attended 2-day workshop on Raspberry Pi conducted by IEEE during June 2017
otHER QUAUflCATIONS
Completed courses on AutoCAD 20 and AutoCAD Electrical(60+36 hours) and got certified
after doing the final projects for both courses. '1
PROJECTS
~
1. Track'em All-Multiple Object Tracking Using Multiple Cameras
(May 201B ✓une 2018)
This regenerative braking method can be applied on any vehicle irrespective whether it is a
hybrid vehicle or not. When brake is applied, field current increases, so RPM decreases and
also due to increase in field current, it acts as a generator and the output is fed i~to _load.
Th.is 2 wheeled robot was made as part of a college fest competition. It can be controlled
wirelessly using Bluetooth.lt was made for a Robosoccer competition condoded at Model
Engineering College Thrikkakara as part of the fest Excelmec 2016.
PERSONAL Dt TAns
EXTRACURR\CULA~ ACT\Vff\ES
1. Speaking related events and literary events-have taken part in various competitions
inside and outside the college. .•·.•
2. Participated in various idea presentation competitions
3. Robotics
LEADERSHIP
1. Coordinator of Idea presentation Competition 'Venturis' conducted by ISi'e. CET during
October 17
3. Volunteer for Dhwani-17 Local Sponsorship to get funds from shops and commercial
institutions.
1. 2nd prize tor idea presentation competition De Dilemma conducted by !STE CET during
September 2016.
2. 1st prize tor Treasure hunt conducted as part of Crossroads conducted by MBCET during
March 2017
Thiruvananthapuram l
26-10-18 I
/)~~
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NANDANA S KUMAR
Mail to :nandanaskumar1996@gmail.com
Contact no : 9447719405
Address : Karthika Edamali Parakkara P 0
Thattayil Pathanamthitta PIN : 691525
OBJECTIVE
Is to start my career in a most reputed firm .
EDUCATIONAL QUALIFICATION
\ Degree \ Year \ Name Of Institute University/Board CGPA/%
~
r
\ College of AP J Abdul Kalam 8.678 cgpa
\ B.Tech \ 2019
I
· Technological
I
I
, Engineering
I
I
I
I I
i Trivandrum University
I \
Kerala State 96.6% I
I l ih \ 2014 : Marthoma Higher 1
I Education Board
I
I \ Secondary School,
I
I
! . Pathanamthitta
10th \ 2012 , St Paul' s High School Kerala State 8.9 cgpa
: Mampilali Education Board (9 A+ lA) I
EXPERIENCE
• Attended training at 110 KV substation Paruthippara , Trivandrum during
July 2017 .
• Attended training at Kakkad Power House Seethathode, Pathanamthitta
during July 2018.
• Assisted in basic electrical maintenance work at college ladies hostel.
• Assisted in electrical maintenance work in flood affected homes during
September 2018.
TECHNICAL SKILLS
• Basic knowledge in C
• Familiarised with Eagle software, Proteus software .
• Skill in PCB making .
p
I
'1
i
I
11
11
11
PROJECTS I:
'1
• Une Follower i
II
Une fo\\ower using LM324 comparator and IR sensor.
,I
I
• Gas leakage Alarm
III
Gns leakage alarm using IC 555
'/
LANGUAGES
• Malayalam
• Hindi
• English
·---
EDUCATION
ACHIEVEMENTS
faSl-charging capacity of Ultracapacitors." and found tlml the project is feasible nnd can be completed by th c
Sludent(s) in th e st ipulated time frame. I hereby endorse that no financial assistance was rece ived prev iously
for th e project from KSCSTE. Further, I shall provide all the guidance & support needed for the successful
completion of the project.
Prmc1pal Investigator:
ShereefR. M
w 1-, --
N~m~, Official Address (with Department), Telephone Number, email id and mobile number of
Assistant Professor,
Electrical and Electronics Department
College of Engineering Trivandrum
Phone: 94465 74277
Email : rmshereef@gmail.com
1
Place: ~ \./llJ1~
Date:
Certified that basic facilities and such other administrative facilities as per the terms and conditions
of the grant for undertaking the proposed project are available at our institution and the same will be
extended to the investigator(s).