Abstract: The goal of this project is to improve efficiency and dependability by managing and monitoring solar energy characteristics in real time. The system monitors important solar metrics including light intensity, voltage, and current using the ESP32 microcontroller, which has integrated WiFi and energy efficiency. To ensure accurate data gathering, a voltage sensor keeps an eye on the solar panels' output voltage while the ACS712 current sensor measures the current produced by the panels. Through the processing and wireless transmission of this data by the ESP32, customers can utilize a mobile application to track solar performance in real time. One noteworthy aspect is the automated light control system, which maintains constant illumination by turning on an artificial light source when the solar voltage drops below a predetermined threshold. Even in a variety of environmental circumstances, its feature guarantees dependable operation. Applications such as real-time solar power monitoring, renewable energy management, and smart lighting systems are ideal for the suggested system. This project optimizes energy consumption and supports consistent illumination by providing a cost-effective, efficient, and sustainable method of controlling solar power. This helps to improve the use of renewable resources and make smarter energy consumption decisions.
Keyword: Green energy, IOT, Remote storage, Solar panels, Real-time monitoring, solar panel
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