G.S.

Mandal’s
Maharashtra Institute of Technology
Department of Master of Business Administration

Aurangabad.

Mini Project Report

MANB452
On
“Project Title”
SOLAR SYSTEM

SUBMITTED BY

Student Name, BABU ABHIMAN KANADE

MBA I Semester

Roll No: 28

Seat No:

Guided By
(Institute Department Guide Name)
Assistant Professor, Department of MBA
Maharashtra Institute of Technology, Aurangabad.

A Mini Project Report submitted to the

Dr. Babasaheb Ambedkar Marathwada University, Aurangabad
 In partial fulfillment of the requirement of I semester MBA degree examinations
2018-19

DECLARATION

I the undersigned BABU KANADE hereby declare that all the information
present in this report is based on my personal observation and any flaw
thereby would be attributed solely to me. I also promise that the information
collected from the sources would only be used for the completion of my MBAI
Semester project.

I hereby declare that this report is submitted by me in the partial fulfillment of

Master of Business Administration course and is the genuine work from me.

It has not been submitted prior to any other institute either fully or
partially.

(Student Signature)
 G.S. Mandal’s

Maharashtra Institute of Technology

Department of MBA

Aurangabad.

CERTIFICATE
This is certifying that (Student Name) student of M.B.A. I semester has
completed his/her Mini Project Report on “project titled” and submitted
satisfactory report as per the requirement of Dr. BABASAHEB
AMBEDKAR MARATHWADA UNIVERSITY,AURANGABAD in the partial
fulfillment of the Master of Business Administration (M.B.A) academic
year 2018-19.

Date: 8 / 5 / 2019

Project Guide HOD Principal

Anand bagade Divya sharma Dr. Santosh Bhosle

 ACKNOWLEDGEMENT

It gives me an immense pleasure to acknowledge all who directly or indirectly

helped me during the Mini Project Report. My special thanks to Dr. Santosh
Bhosle, Principal Maharashtra Institute of Technology, Prof. Manjiri Hiranya
Head of the Department and Institute Guide Guide Name who directed and
guided me throughout in this process of report making of summer internship.

My special thanks go to all colleagues, who guided and co-operated me to

accomplish my in Mini Project Report effectively.

Student Name

Babu abhiman kanade

(MBA I Semester)
 Index
Chapter No. Chapter Name Page No.

1 INTRODUSTION 1 to 2
2 SOLAR POWER 2 to 3

3 SOLAR ENERGY 3 to 4
4 SOLAR WATER HEATING 4 to 5

5 SOLAR PANEL 5 to 6
6 PHOTOVOLTAIC POWER SYSTEM 6 to 7

7 SOLAR PHONE CHARGER 7 to 8

8 CONCLUSION 8 to 9

9 REFERENCES 9 to 10
INTRODUSTION

Solar energy is the energy obtaind by capturing heat and light from the sun

Energy from sun is referred to as solar energy

Techology has provide d a number of way to utilize this abundant resourse

It is cosiderd a green technology because it done not emit green house

Gases solar energy is abundantly avilable and has been utilized since long bot

As clectrical and source of heat

Active solar

Active solar techniques include the use of photovolatic systems conentraid solar
power and solar water heating to harness energy . Active solar is directly consumed in
active such as drying clothes and warming of air

Passive solar

Passive solar techniques include orienting a building to the sun selecting material with
favorable thermal mass or light-dispersing properties and desiging space that
naturally circulate air.
Solar power

Solar power is the converison of energy from sunlight into electircalcity either directly
Using photovoltaics . Indirectly using concentrated solar power or a combaition
conventrated solar poer system use lensesor mirrors and tracking system to focus a
large area of sunlight into a small Solar technology isn’t new. Its history spans
from the 7th

Century B.C. to today. We started out concentrating the

sun’s heat with glass and mirrors to light fires.

Today, we

have everything from solar-powered buildings to solarpowered

vehicles.

Here you can learn more about the milestones in the

historical development of solar technology, century by

century, and year by year. You can also glimpse the future.

This timeline lists the milestones in the historical development

of solar technology
SOLAR ENERGY

Every day, the sun radiates (sends out) an enormous amount

of
energy—called solar energy. It radiates more energy in one day

than the world uses in one year. This energy comes from within the

sun itself.

Like most stars, the sun is a big gas ball made up mostly of hydrogen

and helium gas. The sun makes energy in its inner core in a process

called nuclear fusion.

It takes the sun’s energy just a little over eight minutes to travel the

93 million miles to Earth. Solar energy travels at the speed of light, or

186,000 miles per second, or 3.0 x 108 meters per second.

Only a small part of the visible radiant energy (light) that the

sun emits into space ever reaches the Earth, but that is more than

enough to supply all our energy needs. Every hour enough solar

energy reaches the Earth to supply our nation’s energy needs for a

year! Solar energy is considered a renewable energy source due to

this fact.

radiant energy

Hydrogen Isotope

Neutron Helium
SOLAR WATER HEATING

Solar energy can be used to heat water. Heating water for

bathing,

dishwashing, and clothes washing is the second largest home

energy cost. Installing a solar water heater can reduce your

water

heating bill by as much as 50 percent.

A solar water heater works a lot like solar space heating. In our

hemisphere, a solar collector is mounted on the south side of a

roof

where it can capture sunlight. The sunlight heats water in a

tank. just as it would be with an ordinary water heater

SOLAR PANEL

Solar panel sunlight as source of energy to generate electricity

A photovolting module is a packaged connected assembly of

typicaly photovolting solar cells

Photovolting module constitute the photovolting arry of a

photovolting system that generate and supplies solar electricity
in commrerical and residential applicaton

The most common aplication of solar energy collection outside

agriculture is solar water heating system
PHOTOVOLTAIC POWER SYSTEM
Photovoltaic (PV) technology converts one form of energy
(sunlight) into another form of energy (electricity)using no
moving parts, consuming no conventional fossil fuels, creating no
pollution, and lasting for decadeswith very little maintenance.
The use of a widely available and reasonably reliable fuel source—
the sun—withno associated storage or transportation difficulties
and no emissions makes this technology eminentlypracticable for
powering remote scientific research platforms. Indeed, numerous
examples of successfullydeployed systems are already available.
The completely scaleable nature of the technology also lends
itself wellto varying power requirements–from the smallest
autonomous research platforms to infrastructure-basedsystems.
This technology can be limited, however, by annual fluctuations
in solar insolation, especially atextreme latitudes.

Based on semiconductor technology, solar cells operate on the

principle that electricity will flow between twosemiconductors
when they are put into contact with each other and exposed to
light (photons). Thisphenomenon, known as the photovoltaic
effect, was first discovered by Edmund Becquerel in 1839.
Actualdevelopment of PV technology began in the 1950s and
gained greater impetus through the NASA spaceprogram during
the 1960s. Research continues today at national laboratories and
within private industry,focusing on increasing conversion
efficiencies and mass production strategies to further lower the
cost ofproducing PV modules.
SOLAR PHONE CHARGER

Solar phone charger use solar panel to charge cell phone batteries

They are an alternative to conventiona electrical cell phone

charger and in some cases can be plugged into an electrical outlet

There are also public solar charger for mobile phones which can
be installed permanently in public places such as streets park and
squares .
Some model of cell phone have a built in solar charger and are
commercially available for gsm cellphone model .

Solar cell phone charger come in different shapes and

configuration including fplding and roting types .

* specification of charger

Use high efficiency monocrystalline silicon

Splar panel 5.5 v/1000mA

Output voltage 5.5v

Output current 300-550 mA

CONCLUSION

We had a awesome week oriting around the solar system and i

phone and hope you all have lerned a lot.

I hope you have enjoyed lerning this week as a group we will

discuss our finding as we orbited around the solar system .

Saving of land this project is very successful one

The extra enrgy can be provided to the grid

What you favorite part of the lesson ?

Did you enjoy working with your partenr ?

Did you lerning anything new that surprised you ?

Which planet did you enjoy lerning about ?

You will be completing a solar system with the art techer nex
week

Please click on the link bilow to gate lock at solar system but

Feel free to design your oen and creating with it

REFERENCES

Solarsemiconductor indusstry visit

Encycloneamia.solarbotic.net/article

www.solarbuzz.com/going solar

www,solarserver.com/knowledge