This Project is flexible and standalone irrigation control and monitoring system using Internet of Things, an embedded arduino micro-web server, with real IP connectivity for accessing and controlling moisture, humidity, and temperature remotely using Arduino board. The moisture, humidity, and the temperature is sensed by different sensors and indicate with the help of LCD and LEDs and also send the information about plants and moisture of the soil in Gmail, Twitter and Facebook using IFTTT.

1. RUNGTA COLLEGE OF ENGINEERING &
TECHNOLGY, RAIPUR
Project Guide:-
Prof. AVINASH KUMAR NISHAD
Group No.- ETA-10
Group Members:-
1. A. ABHISHEK SHASTRI
2. BIPUL KUMAR GUPTA
3. PRAVEEN KANSARI
MAJOR PROJECT
B.E. 8TH Sem.
ELECTRONICS & TELECOMMUNICATION
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2. ARDUINO AUTOMATIC WATERING
SYSTEM PLANTS SPRINKLER USING
IoT
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3.  INTRODUCTION
 COMPONENTS
 SOCIAL NETWORK
 LANGUAGES
CONTENTS
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 BLOCK DIAGRAM
 WORKING
 APPLICATION
 CONCLUSION

4. INTRODUCTION
 It is a simple system, using Arduino to automate the
irrigation and watering of small potted plants or crops.
 This system does the control of soil moisture, doing
indications via LEDs. In case of dry soil it will activate
automatically the pumping of water for plants.
 We get the data and status of the humidity and plants in our
Gmail, Twitter & Facebook.
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5. INTRODUCTION
 In our project, we make a simple automatic plant watering
system that will connected to the Internet.
 It is an Arduino based automatic plant water feeder system
that uses a soil moisture sensor.
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6. COMPONENTS
 ARDUINO UNO
 MOISTURE SENSOR
 DRIVER (LM393)
 RELAY
 WATER PUMP
 BREAD BOARD, LEDs
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7.  ARDUINO UNO
 MOISTURE SENSOR
 DRIVER (LM393)
 RELAY
 WATER PUMP
 BREAD BOARD, LEDs
COMPONENTS
SRAM-2KB EEPROM-1KB
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8.  ARDUINO UNO
 MOISTURE SENSOR
 DRIVER (LM393)
 RELAY
 WATER PUMP
 BREAD BOARD, LEDs
COMPONENTS
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9.  ARDUINO UNO
 MOISTURE SENSOR
 DRIVER (LM393)
 RELAY
 WATER PUMP
 BREAD BOARD, LEDs
COMPONENTS
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10. COMPONENTS
 ARDUINO UNO
 MOISTURE SENSOR
 DRIVER (LM393)
 RELAY
 WATER PUMP
 BREAD BOARD, LEDs
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11. COMPONENTS
 ARDUINO UNO
 MOISTURE SENSOR
 DRIVER (LM393)
 RELAY
 WATER PUMP
 BREAD BOARD, LEDs
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12. COMPONENTS
 ARDUINO UNO
 MOISTURE SENSOR
 DRIVER (LM393)
 RELAY
 WATER PUMP
 BREAD BOARD, LEDs
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13. SOCIAL NETWORK
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14. IFTTT
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15. LANGUAGES
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PythonEmbedded C

16. BLOCK DIAGRAM
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17. WORKING
 The moisture sensor is attached on the root of
plants.
 It sense the requirement of water.
 If yes, the arduino in which program is burned starts
the motor.
 And the alarm starts beeping and also LED ON.
 Automatically off by help of moisture sensor, the
motor after fill requirement of water . 17

18. MESSAGE SENDING PROCESS
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Plants
Sensor
Facebook
GmailArduino
IFTTT Twitter

19. APPLICATION
Automated rooftop gardening system.
Controlled irrigation system in canals.
Reducing wastage of water.
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20. CONCLUSION
 With the use of this technique we
can reduced water consumption.
 No nutrition pollution is released
into the environment because of
the controlled system.
 Hence will have great saving of
irrigation water, stronger, healthier
plants and stable, high yields.
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