Abstract:
The project is designed to develop an automatic irrigation system that activates the ON / OFF
pump motor when detecting the moisture content of the soil. In the field of agriculture, the
use of an appropriate irrigation method is important. The advantage of using this method is to
reduce human intervention and ensure adequate irrigation. The project uses an Arduino Nano
with a microcontroller of the ATMega328 series that is programmed to receive the input
signal of different humidity conditions of the ground through the detection device. Once the
controller receives this signal, it generates an output that drives a relay to operate the water
pump. The automation of irrigation systems has several positive effects. Once installed, the
distribution of water in small-scale fields or gardens is simpler and must not be controlled
permanently by an operator. There are several solutions for the design of automated irrigation
systems.
Description:
Our lifestyle
requires that everything is controlled remotely. In addition to some things, the man made his
life automated. And why not? In the world of advanced electronics, the life of human beings
should be simpler, therefore, make life easier and easier than we did "Automatic system of
irrigation in the soil of detection." A model of control of irrigation facilities to help millionsof
people. This model uses sensor technology with a microcontroller to make a smart switching device.
