Minal Barhate, Shreem Agrawal, Vedant Alai, Derick Denny, Anand Ambadkar, Arush Ambavale, Mithil Ambhure
Department of Engineering, Sciences and Humanities (DESH), Vishwakarma Institute of Technology, Pune, Maharashtra, India.
RENEWABLE ENERGY FROM MAGNETS
Authors
Abstract
In this project, we explore the
utilization of renewable energy derived from
magnetic repulsion. By harnessing the inherent
magnetic properties of neodymium magnets, our
innovative approach focuses on generating power
through controlled magnetic interactions. A motor,
driven by the repulsive forces between these
magnets, serves as the primary source of
mechanical energy. This mechanical energy is then
efficiently converted into electrical power to
illuminate bulbs and drive fans. The unique aspect
of our system lies in its reliance on the perpetual
magnetic forces, offering a sustainable and eco-
friendly alternative to conventional power sources.
This project aims to demonstrate the feasibility and
practicality of utilizing magnetic repulsion as a
renewable energy source. The simplicity of the
design and its potential for scalability make it an
attractive option for clean energy applications. The
integration of neodymium magnets not only
showcases their fascinating properties but also
contributes to the ongoing efforts in promoting
sustainable energy solutions. Our findings suggest a
promising avenue for further research and
development in the realm of renewable energy.
Keywords: Renewable energy, Neodymium
magnets, Magnetic repulsion, Sustainable energy,
clean technology