greenhousemonitoring using Arduino g.pptx

1. 1
KSHATRIYA COLLEGE OF ENGINEERING
DEPARTMENT OF ELECTRONICS AND COMMUNICATION ENGINEERING

2. A Presentation on
Greenhouse Monitoring
Using IOT
Submitted by:
THUNGENA VAISHNAVI 22379-EC-01
SATHEGAR VARALAXMI 22379-EC-01
SABBANI VAISHNAVI 22379-EC-0
GODIKE LAHARI 22379-EC-0

3. INTRODUCTION:
A green house is where exotic plants, flowers and vegetables
are grown. Greenhouses warmup during the day when sun-rays
penetrates through it, which heats the plant,soil and structure.
Green houses help to protect crops from many diseases,
particularly those that are soil borne and splash onto plants in
the rain.
 This project demonstrates the design and implementation of a
various sensors for greenhouse environment monitoring.

4. Block Diagram

5. Components Used
ESP 8266 Node MCU
Light Sensor (LDR Module)
DHT11 (Temperature & Humidity Sensor)
16x2 LCD
Rain Sensor Module
 Thingspeak IoT Platform

6. ESP 8266 Node MCU
ESP NodeMCU is an open-source
firmware and development board for the
ESP8266 Wi-Fi system-on-a-chip (SoC).
It's a popular choice for
Internet of Things (IoT) projects.

7. DH T 11
The DHT11 is a low-cost sensor that measures temperature and humidity.
It uses a thermistor and a capacitive humidity sensor to measure the air around it.

8. LDR Module
A light-dependent resistor (LDR) sensor is a passive electronic component
that detects light and changes its resistance based on the amount of light.

9. Rain sensor Module
The Raindrops Detection sensor module is used for rain detection.
It is also for measuring rainfall intensity. Rain sensor can be used for
all kinds of weather monitoring

10. Thingspeak Iot Platform
ThingSpeak is an open-source software written in Ruby which allows users to communicate
with internet enabled devices. It facilitates data access, retrieval and logging of data by
providing an API to both the devices and social network websites.

11. Working Principle
 A greenhouse system in which there are three sensors.
 These sensors act as input to the ESP Node MCU.
 The input feed provided to the MCU is in the form of analog
data.
 The data is shown on the LCD display will be sent to cloud via
WIFI.
On Thingspeak cloud we can Monitor and analyze the data.

12. Applications
A versatile wireless sensor system can help you monitor and
control many parameters of greenhouse conditions and
environments. You can measure critical conditions such as
Temperature,
humidity,
light intensity and more.

13. Advantages
One of the primary benefits of IoT-driven greenhouse
monitoring is the ability to collect real-time data on crucial
environmental parameters.
 We can analyze days/months of data for further improvements
in Greenhouse.

14. Thank You