Greenhouse farming connected to IoT

Features :

· SMS notifications

· Valuable information collection

· Detailed data analysis

· Cost effective

· Easy to implement

Components Required:

· Arduino UNO

· Wiz750SR

· Analog Soil Moisture Sensor

· Motor

· Rain Sensor

· DHT11 sensor

· PIR sensor

· LED

· Buzzer

· Bread board and connecting wire

SOFTWARES REQUIRED

· Arduino software

· MBED compiler

· ISP Tool

· Hercules

· MIT App maker

SOURCE CODE

ARDUINO CODE

#include<SoftwareSerial.h>

#include<dht.h>

#include"DHT.h"

#definedht_apin A2

dht DHT;

intPIR_output=5;

int led=13;

intbuzzer=12;

SoftwareSerialmySerial(10, 11); // RX, TX

intnRainIn=A1;

intnRainDigitalOut = 2;

intnRainVal;

booleanbIsRaining = false;

StringstrRaining;

const intVAL_PROBE = 0; //Analog pin 0

const intMOISTURE_LEVEL = 500; // the value after the LED goes on

void setup(){

// Open serial communications and wait forport to open:

Serial.begin(115200);

while (!Serial) {

; // wait for serial port to connect.Needed for native USB port only

}

// set the data rate for the SoftwareSerialport

mySerial.begin(9600);

pinMode(2,OUTPUT);

pinMode(PIR_output,INPUT);

pinMode(led,OUTPUT);

pinMode(buzzer,OUTPUT);

pinMode(8,OUTPUT);//motor

pinMode(7,INPUT);//moisture

}

void loop(){

motor();

rain();

temp();

pir();

}

void rain()

{

nRainVal = analogRead(A1);

bIsRaining = !(digitalRead(nRainDigitalOut));//Checks Digital Pin 2, Output D0

if(nRainVal<450){ //Checks Digital Pin 2, Output D0

strRaining = "yes";

}

else

{

strRaining = "no";

}

mySerial.print("Raining: ");

mySerial.print(strRaining);

mySerial.print(" Moisture Level:");

mySerial.println(nRainVal);

delay(2000);

}

void temp(){

DHT.read11(dht_apin);

mySerial.print("Current humidity=");

mySerial.print(DHT.humidity);

mySerial.print("% ");

mySerial.print("Temperature= ");

mySerial.print(DHT.temperature);

mySerial.print("C ");

delay(5000);

}

void pir(){

if(digitalRead(5) ==HIGH)

{

digitalWrite(13,HIGH);

digitalWrite(12,HIGH);

mySerial.println("motiondetected");

}

else{

digitalWrite(13,LOW);

digitalWrite(12,LOW);

mySerial.println(" no motiondetected");

}

}

void motor()

{

int moisture= analogRead(VAL_PROBE);

mySerial.print("Moisture= ");

mySerial.println(moisture);

if(moisture< MOISTURE_LEVEL)

{

digitalWrite(8,LOW);

}

else

{

digitalWrite(8,HIGH);

}

}

MBED COMPILER CODE

#include ”mbed.h”

DigitalOut myled(LED1);

Serialpc(USBTX,USBRX);

Serialdevice(D1,D0);

intmain() {

while(1) {

while(device.readable())

pc.putc(device.getc());

while(pc.readable())

device.putc(pc.getc());

}

}

ABSTRACT

IoT based Greenhouse Farming incorporates Arduino UNO unit that provides base for live monitoring of temperature and humidity , soil moisture, intensity of rain,motion detection and automatic water pumping and rain water harvesting.All the datas are collected by the Arduino and sent to the cloud by using a gateway called Wiz750SR. The Serial communication protocols connect the server to the smart devices using a particular IP address, so that all the data are displayed on the user’s smart device and is alerted about the status of the crop.