Arduino based project for agro based industries

1. ARDUINO IOT-BASED
MAJOR PROJECT
IOT-BASED SMART IRRIGATION SYSTEM

2. NAME :- SAMYADEEP ROY
COLLEGE NAME :- RCC INSTITUTE OF INFORMATION TECHNOLOGY
PROJECT NAME :- IOT-BASED SMART IRRIGATION SYSTEM
SOFTWARE USED :- TINNKERCAD

3. RECQUIRED
COMPONENTS

4. PROJECT-
RELATED
DESCRIPTION
Agriculture plays a significant role in any country's GDP, and it also
plays a significant role in India's economy. According to reports,
agriculture provides income to 85 percent of India's population. There
are plurality of issues in agriculture, such as determining the moisture
content of the soil and the characteristics of the soil in the region. The
Internet of Things (IOT) assists farmers in overcoming the majority of
agricultural issues. To overcome the excess flow of water into
agricultural land, a smart irrigation system based on IOT was
developed. An IOT based smart irrigation system will be used for
various purposes like water management and various soil parameters
such as soil moisture, pH, humidity are measured and the nutrition of
crop, weather forecasting and the observed values are collected by
microprocessor and further sent to the user mobile. The GSM module
used to establish a transmission link between the agricultural field and
the farmer. The present status of field will be sent to the farmer via
short notification. The farmer can access the server about the field
condition anytime, anywhere thereby reducing the manpower and
time. This whole system will work towards in providing the information
of the red, black and the laterite soil's moisture content for the Thus
the farmer can access the field condition server anytime, anywhere,
thus reducing the workforce and time which will save time and the
money. This system can also be used to ensure the proper amount of
water for the irrigation of the crops. This research will also be helpful
in determining the proportionate quantity of the chemical fertilizers
and the pesticides for particular crops based on the output of the
sensors thus minimizing the toxicity of the crops.

5. CIRCUIT DIAGRAM

6. SCHEMATIC
DIAGRAM

7. ARDUINO SOFTWARE
PROGRAM CODE
• #include<LiquidCrystal.h>
• LiquidCrystal lcd(12,11,5,4,3,2);
• #define moisturepin A0
• #define signalpin 6
• int moisturevalue = 0;
• void setup()
• {pinMode(moisturepin,INPUT);
• pinMode(signalpin,OUTPUT);
• lcd.begin(16,2);}
• void loop()
• {moisturevalue = analogRead(moisturepin);
• if(moisturevalue <= 400)
• { digitalWrite(signalpin,HIGH);
• lcd.setCursor(0,1);
• lcd.print("Motor is On ");}
• else
• {digitalWrite(signalpin,LOW);
• lcd.setCursor(0,1);
• lcd.print("Motor is Off ");}
• lcd.setCursor(0,0);
• lcd.print("Moisture Value....");
• lcd.setCursor(13,1);
• lcd.print(moisturevalue);}

8. SIMULATION
VIDEO OF THE
WORKING
PROJECT

9. THANK YOU