Journal of Embedded Systems & Its Applications ISSN: 3139-2296 (Online)

Authors:-Himani R Rajput , Geetanjali Rathore , Kusum Pawar 

Abstract:-The research offers an intelligent irrigation system with water and energy monitoring in order to reduce long-term water and energy use. It also reduces the need for constant human involvement in the field. Agriculture contributes significantly to a country's economic growth. Using water resources properly and efficiently for agriculture will help to conserve ground water supplies in the long run. In addition, energy management is an important component that was considered when creating this system. In a traditional irrigation system, the farmer must constantly monitor soil and weather conditions to ensure crop development. The suggested system measures several factors such as soil moisture, soil temperature, pH value, rainfall, humidity, and so on, and makes a judgement based on the sum of the parameters' values. Sensors for each of the aforementioned parameters generate continuous inputs for the system, which are compared to the reference values to create the system's control outputs. The amount of water and power consumed are continually measured in order to calculate the overall usage per month and warn the user. The land and weather conditions are constantly recorded for the farmer's future use.

Keywords: Intelligent irrigation, automated water supply, weather and soil based irrigation, rainfall detection, humidity based water flow