IoT Based Automated Irrigation System Using Solar Power

Authors

  • Shaikh Zameer S. Shabbir
  • Vaishali J. Kothale
  • Dnyaneshwar S. Wayal
  • Apeksha S. Sarkate
  • Sagar R. Dukare
  • Mangesh J. Nemade

Keywords:

IOT, Moisture sensor, DHT11 sensor

Abstract

Agriculture is that the supply of living of majority Indian and it’s conjointly includes a incalculable influence on economy of the country. solar energy has emerged as viable supply of renewable energy over the past few decades and is currently used for varied applications like emergency lighting, water heaters, and industrial application. it's low cost supply of energy. solar energy is employed as solely the supply of power to regulate the system. the main objective of our project is to reduced manual involvement by the farmer by exploitation an automatic irrigation system that purpose is to reinforce water for agriculture crops. With embedded technology and internet of Things, during this work we've designed IoT based automated irrigation system for the Indian situation. Our system is ready to deliver optimum water to the plants supported moistures, humidity and temperature levels which are obtained through sensors. The farmer is able to monitor the parameters through the mobile app that is integrated with cloud storage. By analyzing and scrutiny previous year’s information and our current information we have a tendency to square measure able to with efficiency notice some way to avoid wasting water.

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Published

2020-07-20

How to Cite

Shaikh Zameer S. Shabbir, Vaishali J. Kothale, Dnyaneshwar S. Wayal, Apeksha S. Sarkate, Sagar R. Dukare, & Mangesh J. Nemade. (2020). IoT Based Automated Irrigation System Using Solar Power. International Journal of Progressive Research in Science and Engineering, 1(4), 137–141. Retrieved from https://journal.ijprse.com/index.php/ijprse/article/view/117

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