Özet:

Abstract Every engineering and non-engineering organization, be it a start-up organization or a multinational company, is dealing with IoT and automation. Today, all things are associated with the Internet, and all the latest products come with Internet connectivity as a standard instead of an optional feature. This system can be used at home, in the garden, or on a remote farm. It is designed to control and monitor the irrigation where the operator or owner cannot be on the farm. This work consists of different parts. The photovoltaic panel will initially transform the power. The power analyzer continuously tracks the power transferred and reports its findings to the Arduino board. Second, the solar tracking system incorporates light-dependent resistors as the controller's input to determine the direction of the greatest amount of sunlight, and the motor's output will mechanically rotate the solar cell in that direction. Thirdly, the irrigation system comprises the sensor, which measures soil moisture and transmits the reading to the controller; the water pump, which responds to Arduino commands by turning on or off; and last, the user-to-system communication channel, which is the IOT cloud on the Wi-Fi network. The mobile application has three gauges that display the voltage cell and power cell. Also, for user convenience and comfort, a dedicated gauge will display the soil moisture level. If the automatic option is used, the appropriate level of soil moisture can be specified using the soil moisture slider on the application.

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