This project involves designing a miniature wind turbine system using Havells blades, a gearbox, a DC generator, a charging circuit, rechargeable batteries, and an ON/OFF switch to power LEDs. The wind turbine blades capture wind energy, which is then converted into mechanical energy and transmitted through a gearbox to the DC generator, generating electricity. The charging circuit regulates the voltage to safely charge a rechargeable battery, which stores the energy. The stored power is used to light LEDs, with an ON/OFF switch enabling control of the LED circuit. This project serves as an educational model to demonstrate renewable energy generation and storage in a compact and functional setup.       Objectives:

• Generate electricity using wind energy through a miniature wind turbine.
• Convert wind energy into electrical energy using a DC generator.
• Use a gearbox to improve the efficiency of power generation.
• Store the generated energy in a rechargeable battery.
• Regulate battery charging using a charging circuit.
• Power LEDs using the stored electrical energy.
• Provide ON/OFF control for the LED load.
• Demonstrate the principles of renewable energy generation and storage.
• Promote awareness of clean and sustainable energy sources.
• Develop a compact and low-cost educational wind energy model.

    The major building blocks of this project are:

• Wind Turbine With Havells Blades.
• Gear Box, DC Generator.
• Charging Circuit.
• Rechargeable Battery.
• Switch.
• LEDs.

   

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