FABRICATION OF SWING POWERED ELECTRICITY GENERATOR

MECHANICAL ENGINEERING

The increasing demand for electricity and the depletion of conventional energy resources have created a need for alternative and sustainable energy generation methods. This project presents the fabrication of a swing-powered electricity generator, which utilizes the mechanical energy produced by the oscillatory motion of a swing and converts it into electrical energy. The system consists of a swing mechanism connected to components such as a shaft, gears, and a generator (dynamo), which work together to convert back-and-forth motion into rotational motion for power generation. When a person uses the swing, the kinetic energy generated is transferred through the mechanical arrangement to the generator, producing electricity. The generated power can be stored in batteries and used for low-power applications such as lighting or charging small electronic devices. Studies show that human motion and vibration-based systems can effectively produce usable electrical energy for small-scale needs, making them suitable for sustainable applications. This project aims to demonstrate an eco-friendly, low-cost, and innovative approach to energy generation by utilizing wasted human energy. It is particularly useful in public places like playgrounds and in areas with limited power supply. Overall, the swing-powered electricity generator promotes renewable energy usage, energy conservation, and sustainable development.

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