Desarrollo de un sistema de generación eléctrica impulsado por los saltos de una persona

Abstract

This project refers to the design of an electrical generation system driven by jumps of a person resulting in a constant 5 VDC to supply power to electronic devices, it was based on a commercial motor system that obtains circular motion from a vertical impulse, through an adaptation that allows a person to jump on top, This system will drive a generator, obtaining a linear DC voltage of constant amplitude and frequency so a rectification stage of switched circuits will be included to reduce this affectation, by means of a closed loop control DC/DC converter, a constant voltage level will be obtained regardless of the intensity or frequency of a person's jump. Climate change has become a major concern of the world community, highlighting the urgent need to protect the environment. The global energy transition is currently at an early stage, where the analysis as a whole brings into play the development of a pilot prototype of electric power generation, such that the energy produced is based on vertical movements such as a see-saw or the jump of an individual, in addition to the design of a structure for the transmission of kinetic energy, power supply control and resource conservation are the success to function as a sustainable source of power.