HVS-4385. Solar Power Modernization of Agriculture for Crop Protection Using IOT

₹11,800.00

This project presents a collaborative system made up of a Wireless Sensor Network (WSN) using sensors.

Category EEE Tags AC water motor, ARDUINO, SENSORS, solar

This project presents a collaborative system made up of a Wireless Sensor Network (WSN) using sensor Temperature and air or dust sensor in this project depending on nature variation, sensor detects the value and take the decision to protect the crop by opening and closing the sheet or panel through dc motor. We protect the crop by measuring the soil moisture level in the water depending on the values the controller decides to supply the water or not. This work includes agriculture and has simulators with microprocessors, electronic farming that can attract farmers and use the m to manage natural resources. So this question has fueled the in terest of farmers to use remote monitoring for agricultural fields in their agricultural work. The main purpose is to communicate directly with the farmers and make their work easier. This is done using mobile phones to inform farmers about soil moisture, temperature, level, weather conditions and physical activity. The project will monitor the sensor data into the thingspeak cloud using ESP8266 WI-FI module. In abnormal conditions this system will gives the buzzer alarm for alerts. Farmers using this method will feel comfortable working on their land stress-free. Using IoT, a farmer will be able to monitor his land when he cannot control it. Farmers can access their land from anywhere. They need to take care of the use of IoT so as not to change it in their own territory. They can also take care of their crops by checking their phones. The other main objective is to generate the revenue or some amount from the same land using solar renewable sources. To do this task controller is programmed with in Embedded C language. In this project solar energy is stored into the rechargeable battery and this battery power is used to run this project and also battery voltage cam display on LCD.

Objectives:

To develop a smart sensor network for an agricultural environment.
Monitoring agricultural environment for various factors such as temperature and humidity along with significance to protect the crops from environmental heavy rain, heavy chemical industries pollutions, and fire detection to the crop with help of sensors where farmer can get update of the field and also animal detection and alerting to protect the field from animals.
To make ensure of individual farmer to monitor agriculture without high investment.
The hardware is constructed with help of natural renewable power sources.

The major building blocks of this project are: