REAL TIME SMART ENERGY METER FOR SMART AGRICULTURE APPLICATION SYSTEM

Abstract

The agricultural industry expanded thanks to better planter practices and higher yield. The use of IoT technology in
agriculture has the most potential to increase production. The global population continues to grow annually. Since there
is a huge population that needs food, the agricultural industry has to use innovative technology like the Internet of Things
to increase profits. Two advantages of smart farming that use IoT technology are the reduction of water waste and the
improvement of field monitoring. This study presents a smart agricultural monitoring system that is based on the Internet
of Things. Using a mobile app, farmers may control and monitor the irrigation system in this proposed setup from
anywhere. The user may keep tabs on the system using the mobile app, which receives these statistics from the cloud
and shows them to them. Cloud computing receives sensor readings from the IoT system. The microcontroller receives
the moisture levels continuously from the sensors. The microcontroller activates the sprinkler system as soon as the
detected values above the threshold value. When they fall below the predetermined level, the irrigation system is turned
off. When the gas or smoke detectors detect an alarm, the farmer is notified via their mobile app. This initiative enhances
irrigation and monitoring by connecting farmers with networked sensors that measure temperature, humidity, and other
variables.