GUIDED BY :- PRO. HARSHAL NIKAM SIR
PRESENTED BY :-
ASHISH SADAVARTI
CAPSTONE PROJECT ON
TITLE:- DESIGN PIEZO SOLAR PANEL GENERATOR
NIT POLYTECHNIC NAGPUR
(An NBAAccredited Institute)
(DEPARTMENT OF ELECTRONICS & TELECOMMUNICATION ENGINEERING)

AIM
OBJECTIVE
COURSE OUTCOME
PROGRAM OUTCOME (PO) ACHIEVED
LITERATURE REVIEW
RATIONALE
INTRODUCTION
PROBLEM IDENTIFICATION
PROPOSED METHODOLOGY
RESOURCES USED
BLOCK DIAGRAM
ADVANTAGES
APPLICATIONS
REFERENCES
CONTENTS
NIT POLYTECHNIC NAGPUR
(An NBAAccredited Institute)
(DEPARTMENT OF ELECTRONICS & TELECOMMUNICATION ENGINEERING)

AIM: PIEZOELECTRIC SOLAR PANEL
OBJECTIVE :-
 The purpose of this project is to generate power from multiple
sources.
 This project we are using two main sources to generate power.
 They are solar and piezo electric
 Transducer LDR sensor to sense light and moisture sensor to
sense moisture.
 Energy obtained through the use of solar panels.

COURSE OUTCOME
CO1 Describe the concept of solar panel and
piezoelectric effect
CO2 Enhance knowledge about piezo solar panel generator
CO3 Test / observe the output of the system.
CO4 Design the respective circuits of the system.
CO5 Understand the application where the system is
work.

PROGRAM OUTCOME (PO’s) ACHIVED
COS PO1 PO2 PO3 PO4 PO5 PO6 PO7 PO8 PO9 P010
CO1 3 2 3 2 3 2 - 3 3 3
CO2 1 1 3 - 1 2 3 3 3 3
CO3 3 2 1 3 3 3 - 3 2 2
CO4 3 2 2 1 2 2 - 3 2 3
CO5 3 3 3 2 3 2 - 2 3 2

LITERATURE SURVEY
 In order to inform the recommendation for decision making to
choose the project to increase world wide growth of hybrid
photovoltaic system and introduce it with some different manner .
 An analysis of survey reported by International Research Journal
of Engineering and Technology (IRJET) from several years ,
world wide growth of solar panel was driven rapidly.
 We observed the all over possibilities by checking the output of
piezoelectric panel as well as solar panel to implement it in
combination manner .
 As observation we got output for solar panel is about 4.01v and
3.97v from piezo panel .
 That is the all over survey are carried out to final our project .

Sr.N
o.
Authors/Researcher Year Design Abstract/Findings
1
K.Aneelkumar,
M.Sridhar,
D.Swamy Durgaram,
P.Rahul
G.Snathosh Kumar
July 201
7
Design Of Multi
Electricity
Generator Using
Solar And Piezo
Electric
Transducer
To Generate Power Continuously
From The Renewable Energy
Resources.
Like Solar & Piezoelectric
Transducer
2 IJARCCE (International
Journal of Advanced
Research in Comput
er and Communicati
on Engineering )
March
2015
Solar Based
Power
Generation
System
The Implementation Of An
Effacement Way To Power
Generation System, Using Solar
& Piezo Electric Transducer
3 Rahul warade
Ashish sadavarti
Septe
mber 2
020
Design Piezo
Solar Panel
Generator
Checking The Output Piezo
Electric Panel As Well As Solar
Panel
LITERATURE REVIEW

RATIONALE
 The rational of this project is to generate power continuously
from the renewable energy resources.
 whenever the day is sunny, solar panel will be faced up and
whenever there is rainfall, the piezo electric plate will be faced
up.
 The flaw in this concept is whenever there is sun, there will be
solar energy production. But if there is no sun light i.e., during
rainfall sufficient power will not be generated.

INTRODUCTION
 Increasing work in automation and developments in E&TC
sector, more and more electric power is demanded.
 But, the conventional sources like fuel are depleting day by
day.
 Therefore, any alternative which uses non-conventional
energy resources, is being tested.
 The need, to use piezoelectric effect and research on
improving their performance, is being felt nowadays. The
use of piezo to generate mass electricity is restricted due to
their high impedance and low power output.
 This energy can be stored in batteries.

PROBLEM IDENTIFICATION
 Until now solar cells have this drawback of producing
energy only in the presence of sunlight, making it
impossible to harness energy during the rainy season.
 Countries in the northern hemisphere were not able to
switch to solar energy due to the presence of low-intensity
sunlight.
 In many countries, the rain is very heavy, but that rain
water does not come in any use.

PROPOSED METHDOLOGY
 Finding problem in society
 Discussion on project title
 Finalization of title
 Collect related information
 Make project proposal
 Overview from guide

RESOURCES USED
SR. NO. RESOURCE NAME QUANTITY
1 Arduino uno 01
2 LCD display 16*2 01
3 DC Motor 01
4 Moisture sensor 01
5 DC to DC converter 01
6 Solar panal 01
7 Battery(12V) 01
8 IC 7805 -
9 Piezoelectric plate -
10 Connecting wires -

BLOCK DIAGRAM

ADVANTAGE
 Intermittency.
 Storage capabilities.
 Renewables save money.
 Maintenance requirements are lower.
 Renewable energy has numerous health and
environmental benefits.

APPLICATIONS
 Street Light
 Industrial Purpose
 Consumer Appliances
 Commercial Use
 Home Use

REFERENCE
 https://en.m.wikipedia.org/wiki/Piezoelectricity
 https://www.nanomotion.com/nanomotion-
technology/piezoelectric-effect/
 https://www.sciencedirect.com/science/article/abs/pii/S036
0544217301895
 https://www.mdpi.com/2076-3417/8/6/955/htm
 https://en.m.wikipedia.org/wiki/Solar_power
 https://www.mahaurja.com/meda/en/grid_connected_powe
r/solar_power#:~:text=Solar%20electricity%20is%20being
%20clean,electricity%20using%20photovoltaic%20solar%
20cells.

THANK YOU
NIT POLYTECHNIC NAGPUR
(An NBAAccredited Institute)
(DEPARTMENT OF ELECTRONICS & TELECOMMUNICATION ENGINEERING)