Abstract:
This project proposes an IoT-based dual power mobile network monitoring system designed to ensure continuous connectivity during power outages. It involves two network towers—one connected only to the grid and the other integrated with both grid and solar power sources. A physical switch is used to simulate load shedding conditions. Upon load shedding, both towers initially drop from 4G to 2G. The tower equipped with solar power automatically recovers and restores the network from 2G back to 4G using solar energy. The system includes a display that visually represents the current network status and power source. It also features an IoT platform that updates the real-time condition of each tower, showing messages such as "LOAD SHEDDING, Taking Power From Solar Panel" or "NO LOAD SHEDDING, Taking Power From Grid." This project demonstrates an efficient approach to power redundancy, network stability, and remote monitoring for future-ready telecom infrastructure.
