Using renewable energy sources is an efficient way to address the commercial sector's persistent electricity supply imbalance. When compared to other renewable energy sources, which have a limited global spread, solar power is often recognized as the most advantageous option. To allow the widespread deployment of solar systems, cutting-edge frameworks that permit remote monitoring of plants via a web interface must be used. Because of the abundance of remote and inaccessible areas, centralized monitoring of these sites is impossible. The Internet of Things (IoT) permits the identification and remote control of things via network architecture, allowing the physical world to be seamlessly integrated with computer systems. The Internet of Things (IoT) has shown to be an efficient management and monitoring tool for renewable energy generation. To keep track of crucial solar panel data, the IoT application employs an Arduino-based monitoring and recording device. The device continuously monitors the solar panel and provides data about the panel's power production to an IoT network. The present system makes use of a simplified user interface to emphasize the multiple characteristics of the solar panels. If the achieved result falls below the user-specified threshold, the user will be promptly notified. Remote monitoring of solar power facilities is now available thanks to this technology.