This is the project about "Greenhouse Environment Monitoring and Controlling System Using Arduino Platform".

1. 1November 19, 2019
Presented By:
Name: Rajib Kumar Roy
ID No: 1907561
Greenhouse Environment Monitoring and Controlling
System Using Arduino Platform

2.  Motivation
 Components
 Connection
 System Overview
 Result
 Conclusion
 References
Presentation Outine
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3.  Integration of new technology with agricultural system.
 Apply electronic components to achieve maximum plant growth.
Motivation
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4. Arduino Uno
DHT11 Sensor
LDR Sensor
Soil Moisture Sensor
16x2 LCD
Bulb
Relay 5 volt
Bread Board
Connecting Wire
10k Pot
Power Supply
Components
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5. Pin Connection
Connection
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6. Pin Connection
Connection Cont.
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7.  Voltage output from sensors sent as inputs into Arduino.
 Based on input values,Arduino outputs specific voltages to turn ON/OFF devices.
System Overview
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• ATmega328P
• I/O Ports
Arduino
• Light-bulb
• Relay
• LCD
Devices
• DHT11 Sensor
• LDR Sensor
• Soil Moisture Sensor
Sensors

8.  LDR Sensor
• Sense the light and set an optimum light for the plants.
• An artificial light will be switched ON automatically by the light sensor with the help of relay,if there
is insufficient light for plants.
• If light intensity < 100 lux, then trigger bulb (i.e low light).
System Overview Cont.
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9.  DHT11 Sensor
• Used to measure both temperature and humidity.
• If temperature >26 0C and humidity >65% then trigger fan (i.e high temp and humidity)
System Overview Cont.
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10.  Soil Moisture Sensor
• Check the water presents on the soil.
• If moisturevalue > 500%, then trigger pump to increase the water level (i.e less water).
System Overview Cont.
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11. Result
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12.  The proposed system will reduces the power consumption, maintenance and
complexity.
 This project can be used in agricultural filed, in nursery and in botanical garden.
Conclusion
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13.  [1] George Mois, Teodora Sanislav and Silviu C. Folea, “A Cyber Physical System for Environmental
Monitoring”, IEEE Transactions on Instrumentation and Measurement, Vol. 65, No. 6 June 2016.
 [2] Ullas S Patel , Saiprasad, Shravankumar and Veerabhadra K J,“Green House Monitoring and Controlling
Using Android Mobile App”, International Journal of Combined Research & Development (IJCRD) , Vol. 5 ,
Issue 5 , May 2016.
 [3] Remya Koshy, M D Yaseen, Fayis K, Nisil Shaji, Harish N J and Ajay M , “Greenhouse Monitoring and
Control Based on IOT Using WSN”, ITSI Transactions on Electrical and Electronics Engineering, Vol. 4, Issue
3,2016.
 [4] Bulipe Srinivas Rao , Dr. K. Srinivasa Rao and N. Ome, “Internet of Things (IOT) Based Weather Monitoring
System”, International Journal of Advanced Research in Computer and Communication Engineering, , Vol. 5,
Issue 9, September 2016.
 [5] Amber Katyal, Ravi Yadav and Manoj Pandey, “Wireless Arduino Based Weather Station”, International
Journal of Advanced Research in Computer and Communication Engineering, Vol. 5, Issue 4, April 2016.
References
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14. Thanks to all
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