The document outlines a student project to develop a solar-powered sea weather and pollution transmitter buoy. The buoy would measure sea weather parameters like temperature, humidity and pressure, as well as pollution levels. Sensors would transmit the collected data via RF to a receiver. If values exceed thresholds, an alert would notify via buzzer or SMS. The project aims to track sea weather and pollution, transmit sensor data, and alert of hazards to prevent threats to lives and property. Developing such a buoy could provide sea weather reports, reduce pollution, and update on temperature, pH and humidity levels in coastal areas.

1. Internal Guide
Mrs. V.Saritha
Assistant Professor/ECE
Major Project (phase I) Zeroth Review (24/09/2022 AN)
SOLAR SEA WEATHER AND POLLUTION TRANSMITTER BUOY
Presented by
G.Aarthi (19R91A0414)
K.Shashank (19R91A0428)
S.Pranay (19R91A0450)
Y.Shiva sai (19R91A0461)

2. Outlines of the Presentation
Aim of the project.
Existing methods.
Problem identification.
Abstract.
Proposed method.
Expected Outcomes.
Advantages and applications.
References.

3. Aim of the project
 To keep track of sea weather.
To measure the sea pollution.
To transmit the data collected by the RF transmitter to RF receiver.
To alert in order to notify if the received value is beyond set range.

4. Existing methods
 Marine environment monitoring using IOT.
Buoy for water quality monitoring.
Solar plant IOT weather monitoring system.

5. Problem identification
Sea weather is highly unpredictable and changes drastically.
Sea pollution is a growing issue of concern.
Unavailability of cellular or other data networks in sea.
Costal area have many hazards that can threaten lives and property.
Lack of information on sea water pollution.

6. Abstract
 Sea weather is highly unpredictable and changes drastically.
 A solar panel is used to generate its own power and keep working
in sea.
 PH sensor is used to measure PH level of the water,temperature
and humidity of water.
 BMP180 barometric pressure sensor is used for pressure and
altitude of the location.
 GSM module sends the SMS if there is any abnormal condition.
 RF receiver with a antenna is used to receive data, display and
buzzer alert in order to notify.

7. Proposed method
ARDUINO
NANO
TURBIDITY
SENSOR
MEMS
SENSOR
DHT11
SENSOR
BMP 180
SOLAR
PANEL
RED LED
RF MODULE
TX
BUZZER
GREEN LED
GSM
MODULE
BATTERY
SMS
ALERT
ARDUINO
NANO
BATTERY
GREEN LED
BUZZER
RED LED
LCD DISPLAY
RF MODULE
RX
TRANSMITTER:
RECEIVER:

8. Major Project Phase-I
ARDUINO
NANO
ARDUINO
NANO
LCD DISPLAY
RF MODULE
RX
BATTERY
BATTERY
SOLAR
PANEL
TURBIDITY
DHT11
SENSOR
RF MODULE
TX
TRANSMITTER:
RECEIVER:

9. Major Project Phase-II
ARDUINO
NANO
MEMS
SENSOR
BMP 180
SOLAR
PANEL
RED LED
RF MODULE
TX
BUZZER
GREEN LED
GSM
MODULE
BATTERY
SMS
ALERT
ARDUINO
NANO
BATTERY
GREEN LED
BUZZER
RED LED
LCD DISPLAY
RF MODULE
RX
TRANSMITTER:
RECEIVER:

10. Project Outcomes
Track weather and measure pollution of the sea.
Transmit the data collected by the RF transmitter to RF receiver.
Alert if the received value is beyond set range.

11. Advantages
Sea weather report.
Reduces pollution.
Updates on temperature, PH levels and humidity.
 prevents hazards that can threaten lives and property.
Applications
Used in weather stations.
For measuring pollution.
Data transmission.

12. References
 Antonio Correcher and Francisco Morant, “Sensor Buoy System for Monitoring Renewable Marine Energy
Resources”, Instituto de Automática e Informática Industrial, Universitat Politècnica de València, 46022 Valencia,
Spain egarciam@isa.upv.es (E.G.), ancorsal@ai2.upv.es (A.C.), fmorant@isa.upv.es (F.M.),Published: 22 March
2018.
 Mattia Dalla Via, “IoT Buoy for Water Quality Monitoring”, DEGREE PROJECT IN COMPUTER SCIENCE AND
ENGINEERING, SECOND CYCLE, TOCKHOLM, SWEDEN 2021.
 Luigi piper and G. Griffo,“Design of buoy station for marine pollutant detection”, Dipartimento di Scienze
Economiche e Matematico Statistiche, University of Salento, Via Monteroni, 73100 Lecce, Italy, journal homepage:
www.elsevier.com/locate/measurement, Volume 47, January 2014, Pages 1024-1029.
 Alexander T. Demetillo, Michelle V. Japitanaand Evelyn B. Taboada, “A system for monitoring water quality in a
large aquatic area using wireless sensor network technology”, Demetillo et al. Sustainable Environment Research
2019.
 VarshaLakshmikantha,AnjithaHiriyannagowda,AkshayManjunath,ArunaPatted,JagadeeshBasavaiah,AudreArlene
Anthony, “IoT based smart water quality monitoring system”, Department of Electronics and Communication
ljd Engineering, Vidyavardhaka College of Engineering, Mysuru, India, Global Transitions Proceedings, volume 2,issue-
dgf2 November 2021, Pages 181-186,12 August 2021.

13. Thank You