Development of IoT-based power outage monitoring system with renewable energy integration for smart agriculture

Sulaiman, Ainna Kalsom (2023) Development of IoT-based power outage monitoring system with renewable energy integration for smart agriculture. Project Report. Melaka, Malaysia, Universiti Teknikal Malaysia Melaka. (Submitted)

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Abstract

Nowadays, living without electricity seems unimaginable, our existence would be impossible without the electricity supply from residential areas to industrial activities. However, heavy consumption of electricity can result in power outages, hence making the operation of the smart agriculture system, for instance to be inefficient. Besides, power failure can cost a lot of damage to production. Furthermore, unexpected power outages can also cost a thousand dollars in lost revenue. Since most of the current power failure events cannot be reported in time, therefore, in this work, an IoT-based Power Outage Monitoring System with Renewable Energy Integration has been developed for Smart Agriculture System. In this work, a solar energy is used to power up microcontroller in ESP32 while a current sensor is used to detect the presence of the current flowing to power up the electronic devices. Blynk application is used where the monitored data, such as the current value obtained from the current sensor, will be uploaded and updated to the Blynk server from time to time for monitoring purposes.

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