Project Power
Resume:
RESHMI S
Phone nr.: +** / 944-***-**** / Email: ***********@*****.***
Career objective
To continuously enhance my knowledge, skills and experience by getting involved in challenging work
environment and utilize them for personal and organizational growth to the best of my ability.
Education
DEGREE YEAR NAME OF THE UNIVERSITY/B PERCENTAGE
INSTITUTION OARD
M.Tech 2012-2014 KARUNYA KARUNYA 67.4
UNIVERSITY UNIVERSITY
B.Tech 2006-2010 MAR BASELIOS MAHATMA 63
CHRISTIAN GANDHI
COLLEGE OF UNIVERSITY
ENGINEERING
&
TECHNOLOGY
HSC 2004-2006 BASELIOS KERALA STATE 75
HSS,DEVAGIRI BOARD
SSLC 2004 BASELIOS KERALA STATE 75
HSS,DEVAGIRI BOARD
•
Project Details
M.Tech Full semester project
PROJECT MAXIMUM POWER POINT TRACKING OF PHOTOVOLTAIC SYSTEM EMPLOYING
TITLE FUZZY SLIDING MODE CONTROL
DESCRIPTION Depending on various atmospheric conditions, photovoltaic system produce maximum power at a
particular operating point called the maximum power point(MPP). Unlike conventional power
sources, it is desirable to operate photovoltaic system at its MPP. However, the MPP locus varies
over a wide range depending on the insolation intensity, temperature, aging of solar panels,
instantaneous clouding conditions and load’s electrical characteristics. Therefore a time varying
matching network which interfaces the varying source to the potentially varying load is required.
The role of this matching network is to ensure the operation of the PV panel at its MPP in the
face of changing atmospheric conditions. Here this network is efficiently implemented using
fuzzy sliding mode control. Fuzzy sliding mode control ensures faster response and stability while
the high tracking efficiency is contributed by a simple P&O algorithm used along with the
FSMC. A comparative study of maximum power point tracking using Fuzzy sliding mode control
and conventional sliding mode control is done in real time and it was observed that fuzzy sliding
mode gave a better response than the conventional sliding mode control.
PLATFORM LabVIEW2006
M.Tech Half semester project
PROJECT MAXIMUM POWER POINT TRACKING OF PHOTOVOLTAIC SYSTEM EMPLOYING
TITLE SLIDING MODE CONTROL
DESCRIPTION Depending on various atmospheric conditions, photovoltaic system produce maximum power at a
particular operating point called the maximum power point(MPP). Unlike conventional power
sources, it is desirable to operate photovoltaic system at its MPP. However, the MPP locus varies
over a wide range depending on the insolation intensity, temperature, aging of solar panels,
instantaneous clouding conditions and load’s electrical characteristics. Therefore a time varying
matching network which interfaces the varying source to the potentially varying load is required.
The role of this matching network is to ensure the operation of the PV panel at its MPP in the
face of changing atmospheric conditions. Here this network is efficiently implemented using
fuzzy sliding mode control. Sliding mode control ensures faster response and stability. A
comparative study of maximum power point tracking using PI,PID,Fuzzy and sliding mode
control was done and it was observed that sliding mode gave a better response than other
controllers.
PLATFORM Matlab2010
B.Tech full semester project
PROJECT Design and implementation of serial interface for communication multiplex board
TITLE
DESCRIPTION The OCB283 telephone exchange is a digital switching system. It is developed by CIT Atcatel of
France and it makes use of Motorola 68000 series processors as main processors. It supports
thousands of lines while occupying a relatively small space and is known for its high speed of
switching. The exchange employs hundreds of boards. Debugging of these boards manually by
using a CRO and refer data sheets and logbooks is a cumbersome task. Employing computer for
this purpose has developed a much more efficient system. This project deals with the
development of a serial interface for a communication multiplex board used in OCB283
exchange.it involves the development of software and hardware that really enhanced the ways by
which faults in the exchange were detected
Achievements and Extra curricular
Certified for participating in training of DCS fundamentals, Engineering & Maintenance by
YOKOGAWA India Limited.
Certified for participating in training of PLC fundamentals, Engineering & Maintenance by
YOKOGAWA India Limited.
Certified for participating in training of Fieldbus Basics & Engineering by YOKOGAWA India
Limited.
Won 3rdprize for Quiz competition in the event E XOUSIA’13 conducted by EIE
department held at Karunya University.
Participated in the pre-conference workshop on Conventional & Modern Techniques
for Controller Design conducted by the Department Of Electronics And
I nstrumentation, Karunya University.
Published a research paper entit led Comparative Study of Photovoltaic System
E mploying P I,P I D and Sliding Mode Control i n the I nternational Journal Of
E ngineering Research & Technology ( IJERT), Volume.3,Issue.03,March-2014.
Personal Skills
Consistent academic records throughout my education
Crystal clear understanding of the underlying principles of the subject and its relevancy
In depth knowledge of various techniques and approaches applied at a research project.
Quick learner.
Hard working.
Ability to deal with people diplomatically.
Personal Details
Nationality : Indian
Gender : Female
Date of Birth : 12th February 1989
Flexibility to Travel : 100%
Language Known : English, Malayalam, Hindi, Tamil
Hobbies : Reading, Gardening, Listening music, Surfing internet
Declaration:
I hereby declare that above information is correct to the best of my knowledge and belief.
Place: Kerala
Date: 05/05/2014 (RESHMI S)
Contact this candidate