This project proposes an Arduino-based voltage monitoring system to improve the efficiency of hydel power generation. A voltage sensor measures real-time voltage variations, while an LCD displays the voltage levels and system status. The Arduino processes the sensor data and helps regulate turbine operation based on voltage conditions. The proposed system enables efficient power monitoring, improved voltage stability, reduced operational issues, and reliable, sustainable hydel power generation.    

Objectives:  

• To monitor real-time voltage variations in hydel power generation systems.
• To measure generated voltage using a voltage sensor.
• To display voltage readings and system status on an LCD.
• To use an Arduino microcontroller for data acquisition and processing.
• To regulate turbine operation based on monitored voltage levels.
• To improve power generation efficiency, voltage stability, and system reliability.

       

The major building blocks of this project are:

1. Arduino Microcontroller.
2. LED indicators.
3. Voltage sensor
4. Generator
5. Turbine
6. Charging circuit
7. Battery
8. LCD display.

     

    Software’s used in the project:  

1. Arduino IDE.
2. Express SCH for Circuit Design.

         

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