Abstract:
An automatic the farms based on soil irrigation system is designed to provide water to
moisture, humidity and temperature conditions moreover water level is also measured. An
algorithm is developed such that soil moisture sensor and humidity sensor values are
continuously fed to Arduino Mega micro controller. The sensor information is compared with the
threshold values. The system sends message to the user whenever sensors reach their threshold
value. The user can provide commands to the system. The system may also be controlled by the
manually. The system is equipped with the photovoltaic panels and dual communication is
established based on cellular-internet interface for continuous monitoring of data by the user. A
i
user
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website is designed to provide interface to the user. This system is preferable at water scarcity
locations like agricultural areas because of its energy sovereignty, low cost and relatively more
■ amounts of underground water saving.
