Multi-rotating electromagnetic power generation and energy storage using human joint motion for bikers

Abstract

It is unsurprising that many developments are centred on transforming mechanical and human forces into electrical power due to their attractive properties. One main shortcoming of these devices was requiring the user to generate true power. Specifically, this study aims to design a customized kneepad and a compact box that the user can wear during cycling. The proponents aim to have a weight of fewer than 2 kilograms for the device and be able to charge the batteries by achieving a charging current of 0.25-0.5 amperes and a charging voltage of 3.6-3.7 volts. The proponents performed multiple testing and assessments to evaluate the functionality and effectiveness of the device. The Thompson Tau Test shows that the results of the data gathered when the device was used fall within the range and did not deviate significantly from the overall pattern or trend of the data. Overall, the device is fully operational and will undoubtedly contribute to generating energy from the human body.