PROJECT WORK PHASE - I
Project Report
On
FOOTSTEPS POWER GENERATION
Submitted
By
MULUKA SHIVA (11189C156) MU
LLURI ADITYA PRATHAP (11189
C155)
PABO
LO MANJUNADHA(11189C168)
Guided By
Dr. K. Umapathy Associate
Professor / ECE
Department of Electronics & Communication Engineering
Sri Chandrasekharendra Saraswathi Viswa Mahavidyalaya
Enathur, Kanchipuram-631 561 November 2019
i
BONAFIDE CERTIFICATE
This is to certify that this report “WEATHER MONITORING SYSTEM” is a bonafide w
ork of MULLURI ADITYA PRATAP(11189C155) and MULUKA SHIVA
(11189C156) ,PABOLO MANJUNADHA (11189C168)who carried out the project w
ork phase - I under my supervision.
SIGNATURE
SIGNATURE
Dr. K.Umapathy Ass
ociate Professor Dep
artment of ECE
Prof..V. Swaminathan He
ad of the Department De
partment of ECE
Submitted for the University Viva Voice Examination held on
Place:
Kanchipuram
Date:
Internal Examiner External Examiner
2
WEATHER MONITORING S
YSTEM
PRESENTED BY
MULLURI ADITYA PRATHAP
(11189C1 55)
PABOLO MANJUNADHA (1118
9C168) MULUKA SHIVA(11178
9C156)
GUIDED BY
Dr. J. VINOD KUMAR
AssociateProfessor Dep
artment of ECE SCSV
MV.
OUTLINE
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Obj ective
Abstract
Introduction
Literaturesurvey
Existing Vs proposedsystem
Block diagram
Hardware Requirements
SoftwareRequirements
Advantages of theproject
Disadvantages of theproject
Applications of theproj ect
Progress of theproject
References
Objective
■ Weather station, which can be monitored from remot el
ocation.
■ Weather station, which can provide real time d
ata to theuser.
■ Designing of a low cost weather monitoring sys
tem.
■ Weather station, which can be useful for schoo
l, Colleges, research centeretc.
Abstract
The system proposed in this paper is an advanced solution finon
itoring the weather conditions at a particular place and m ake th
e information visible anywhere in theworld
The technology behind this is Internet of Things (IoT), which i s
an advanced and efficient solution for connecting the things toth
e internet and to connect the entire world of things in a network
Here things might be whatever like electronicgadgets,sensor s a
nd automotive electronic equipment.
The system dealswith monitoring and controlling theenviron me
ntal conditionslike temperature, relative humidity and CO l evel
with sensorsand sends the information to the web page a nd then
plot thesensor data as graphicalstatistics.
Introduction
• Here we propose a smart weather reporting system ov
er the internet. Our proposed system allows for weath er p
arameter reporting over the internet. It allows the people t
o directly check the weather stats online witho ut the need
of a weather forecastingagency.
• System uses temperature, humidity as well as rain sen
sor to monitor weather and provide live reporting of th e w
eatherstatistics.
• The system constantly monitors temperature using te
mperature sensor, humidity using humidity sensor and als
o forrain.
Literature Survey
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A Wireless Framework for Automotive Monito
ingSystems
• Rain drop sensormodule
• Weather reportingsystem
A Wireless Framework for Automotive
Mo
nitoring Systems
Sagar 5.T.M. S. Buragan and 1. A. Vivek "A wireless framework for automotive monitoring
s ystems in Indian Journal of Science and TechnologyVol 8191 IPL,1-4, Aug 2015
1. Sensorsimplementationinautomobileshasbecomeaprimefactorinthegrowthof t he automo
bileindustry
2. The quality of an Automobile is determined by the number of sensors integratedand als
o the sensitivity of the sensors to deliver the nominal conditions of the surroundin gs of thea
utomobile.
3. The impact of sensors in today’s automobile industry varies in multiple numbers of a pp
lications starting from the control of the automobile till the safety of the passenger s in theau
tomobile.
4. Findings: The impact of sensors in today’s automobile industry varies in multiple nu m
bers of applications starting from the control of the automobile till the safety ofthe passenge
rs in theautomobile.
Rain drop sensor module
Author:-Jinqiang Bai, Shiguo Lian, Member, IEEE, Zhaoxiang Liu, Kai Wang,
1. Raindrop Sensor is a tool used for sensing rain. It consists of two modules, a
rain b oard that detects the rain and a control module, which compares the analogvalu e,
and converts it to a digitalvalue
2. raindropsensorscanbeusedintheautomobilesectortocontrolthewindshieldw ipers
automatically, in the agriculture sector to sense rain and it is also used in h ome automati
onsystems.
3. Interfacing the raindrop sensor with a microcontroller like 8051, Arduino, or
PIC is simple. The rain board module is connected with the control module of theraind ro
p sensor.
4. The control module of the raindrop sensor has 4 outputs. VCC is connected to a
5V supply. The GND pin of the module is connected to the ground. The D0 pin is con nect
ed to the digital pin of the microcontroller for digital output or the analog pi n can be use
d. To use the analog output, the A0 pin can be connected to theADC pin of a microcontrol
ler. In the case of Arduino, it has 6 ADC pins, so we can use any of the 6 pins directly with
out using an ADCconverter.
Weather reporting system
Md. Razu Miah and Md. Sanwar Hussain
In IOT enabled weather monitoring system project, Arduino Uno measures 4 weat h
er parameters using respective 4 sensors. These sensors are temperature sensor, hum
idity sensor, light sensor and rain levelsensor.
These 4 sensors are directly connected to Arduino Uno since it has an inbuilt Anal o
g to digital converter. Arduino calculates and displays these weather parameters on
an LCD display. Then it sends these parameters to the Internet using IOT techni que
s.
The process of sending data to the internet using Wi-Fi is repeated after constant tim
e intervals. Then the user needs to visit a particular website to view this data. T he p
roject connects and stores the data on a web server. Thus the user gets Live r eportin
g of weather conditions. Internet connectivity or Internet connection with wifi.
Existing system
The existing weather monit •
oring systems generally use w
eather stations that use m ultip
le instruments such as t hermo
meters, barometers, wind van
es, rain gauge etc t o measure
weather and dim atechanges.
Proposed system
Block diagram
Hardware Requirements
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Microcontroller
rain dropsensor,
humidity and temperaturesensor
LCDdisplay
wifi module
Regulater5v
Reftificer
Transformer
Software Requirements
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ArduinoCompiler
MC Programming Language:C
IOTGecko
Advantages of the project
• IOT weather mentoring system project using A
rduino in fullyautomated.
• It does not require any humanattention.
• Accuracy ishigh.
• Selfprotection.
• Smart way to monitor environment efficiency
environment
Disadvantages of the project
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Resourceintensive
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High safetyrisk
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Potential for high variability in the data witho u
t strong training programs and quality contro lch
ecks
Project Scope
Progress of the Project
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Components have beenpurchased.
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Working on the Ccode
Ulncfarrkf
uru
'11K fivlhrx nfitmctfiiin and ilctnl abnnt lt«s IOT Wcalhr* K rpnthnj', Systran is avadahir at urchsitr ht%r//>marmmntn>ll
Rr5iaf) man
REFERENCE
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https://indjst.org/articles/a-wireless-framewo
rk-for-automotive-monitoring-systems
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https://components101.com/sensors/rain-dr
op-sensor-module
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https://www.projectsof8051 .com/iot-weatherreporting-system-project/
THANK YOU