solar grid

1. Presented By
Sarath surendran
University register no-12027059
School of Engineering
Mookambika Technical Campus
sarathsurendran503@gmail.com
Guided by
Prof.Ajal.A.J
HOD- ECE
School of Engineering,
Mookambika Technical Campus
Mail: professorajal@gmail.com

2.  The objective of the project is to design , implement , monitor
and evaluate a grid connected photovoltaic project
 It will also determine the reducing greenhouse gas emission
by the use of grid connected photovoltaic (PV) power system
 It will demonstrating the technical and economic viability of
this new power technology to supplement traditional sources
of electric power

3.  “ANALYSIS OF SOLAR ENERGY BASED
STREET LIGHT WITH AUTO TRACKING SYSTEM”
C.BHUVANESWARI1, R.RAJESWARI2, C.KALAIARASAN3
 The solar cells operate on the photo-electric energy by using solar cells
principle. The energy from the photovoltaic cells is used to switch on the
lights
 Tracking Arrays

4.  “SolarCharged Stand Alone Inverter” M. Vasugi
Int. Journal of Engineering Research and Applications
 Basic principle is that the energy produced during the day time, which
was not consumed by loads, is saved in batteries. Saved energy can be
used at night or during the days with bad weather conditions. Batteries in
photovoltaic systems are often charged / discharged

5.  ”SOLAR ENERGY GRID INTEGRATION
SYSTEMS (SEGIS) PROACTIVE INTELLIGENT
ADVANCES FOR PHOTOVOTAIC SYSTEMS “
Ward Bower,Scott Kuszmaul,Sig Gonzalez,Abbas Akhil
 Highly integrated, innovative, advanced inverters, new
controllers and related balance-of-system (BOS) elements for
residential and commercial solar energy applications are
being developed in the program.

7. Components cost
Total

9. Strength
•Easier to install as they do not require a
battery system
•Effective utilization of generated power
because there are no storage losses involved
Weakness
•Connecting to the grid poses many
protection related challenges.
•Too high levels of grid connected PV result
in problems like relay desensitization ,
nuisance tripping and interference with
automatic recloser
Opportunities
•Homes , Schools , Industries etc…
Threats

10. I am extremely grateful and remain indebted to our guide Mr.
AJAL A J HOD of ECE dept. for being a source of inspiration and for his
constant support. I am thankful to him for his constant constructive
criticism and Invaluable suggestions.
I express my gratitude to Mr. VINEESH MOHAN Asst.professor
ECE dept. for his constant official support encouragement and guidance
for my project work. I wish to express my sincere thanks to our Project
coordinator Mr. THOMAS for the competence ,guidelines and invaluable
suggestions.
I do not like to miss the opportunity to acknowledge of all the
faculty members for their kinds assistance and co-operations.
Last but not the least, thanks to my friends for their contributions.

11.  “ANALYSIS OF SOLAR ENERGY BASED
STREET LIGHT WITH AUTO TRACKING”
C.BHUVANESWARI, R.RAJESWARI, C.KALAIARASAN
 ”SOLAR ENERGY GRID INTEGRATION SYSTEMS
(SEGIS) PROACTIVE INTELLIGENT ADVANCES FOR
PHOTOVOTAIC SYSTEMS “ Ward Bower,Scott Kuszmaul,
Sig Gonzalez , Abbas Akhil
 “SOLAR CHARGED STAND ALONE INVERTER” M.
Vasugi Int. Journal of Engineering Research and Applications