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The DHT11 sensor will measure the temperature and humidity of the climate.

The BMP180 sensor will measure the Atmospheric Pressure.

When the moisture level gets below a threshold value, valves will open with the help of a relay or solenoid till the soil is well moisturized. The working of this project is like, we will use a Soil Moisture sensor for measuring the moisture of Soil according to which water valves are controlled. We will do a simulation on Proteus 8 Professional Software. However, with the recent technological developments, there have been innovative systems for irrigation without the farmer interfering in the irrigation process. These old systems are a major cause of the waste of large quantities of water and thus destroy some crops because of the lack of adequate quantities of water. In the past, irrigation systems used to be dependent on the mills to irrigate the farm by conventional methods without knowing the appropriate quantities of these crops.

Indeed, in India for example, about 70 % of the people rely upon the vital sector of agriculture. Show that agriculture has great importance worldwide. In the late decades, there has been a quick advancement in Smart Agricultural Systems. Let’s start with an Introduction: Introduction Smart Irrigation System using Arduino UNO Complete fully explained code and simulation are also provided below as you go ahead in this article.

We will discuss all points and concepts briefly in this article and also provide a Proteus Simulation to observe how it will work in the real world. We will also make the water pump system automatic which will open the water valve automatically according to the soil moisture of the crop. We will use different sensors to measure the environmental and crop parameters which are responsible for good production.

In this article, we will discuss a project named Smart Irrigation System using Arduino UNO. Hello everyone, we are back with a new project and we hope you all are doing well.