IoT-Based Wind Energy Monitoring and Power Generation System

This project employs Internet of Things technologies to monitor power output and design a wind energy system to provide electricity. Real-time voltage, current, and power data from a wind turbine is collected by an ESP8266 microcontroller and transmitted to Google Firebase for remote access. A DC motor controlled by turbine blades serves as the system's generator, and power generation characteristics are measured by voltage and current sensors. Users can gain insights into energy production by accessing the data using a web interface or mobile application. The efficiency of small-scale wind power generation for rural or household uses is demonstrated by this study. It provides improved energy management and increases efficiency by combining IoT and cloud-based monitoring. The technology is intended to provide sustainable power solutions in a practical and economical manner.