Enhancing Wind Power Efficiency Through Smart Generation and Real-Time Voltage Monitoring

This article brings a smart system for the real time voltage monitoring for the wind turbine in the real time. It taps into the power of the Node MCU V3 microcontroller and the Blynk IoT platform. Its implementation does this with a careful setup using a 1000 RPM generator and a potentiometer. The Node MCU V3 is the brain of the operation. The turbine's voltage output is continuously monitored using an analog input that detects the sensor's signal voltage. After capturing this information, the system converts it into electrical data using the system’s built-in analog to digital converter. The transformed data is then delivered via Wi-Fi to the Blynk IoT platform. The user-friendly mobile application can conveniently display the voltage reading sent to it. The captured data keeps track of the electrical energy produced by the windmill when the windmill is rotating. Energy is then stored in a battery for later use. This energy can be used for charging the EV vehicles. It is stored in the rechargeable battery so we can easily replace the battery. The system improves the windmill, which works with the generator to transform wind energy into electrical energy. By dynamically adjust output by using the potentiometer The system is based on IoT-enabled designs provide a scalable and adaptable structure for the future. The system can be very efficiently to generate the energy. This acts as a basic step towards refined monitoring and development of control solutions for renewable energy applications, which shows the capacity of IoT technology to continue the integration of permanent energy sources into the network. The development of such systems is important for a cleaner and more durable energy for the future of transition.