Implementación de un prototipo Convertidor DCDC Multipuerto basado en celdas de voltaje pulsante para vehículos eléctricos ligeros.

Abstract

Within the outline of the present Curriculum Integration Work, the objective was to design and develop a prototype of a Multiport DC-DC Converter focused on its usefulness in light electric vehicles. This project is distinguished by its innovative approach to the implementation of pulsed voltage cells, a disruptive technique that promises to optimize power conversion by modulating both the input voltage and the switching frequency of the transistors. The reason behind this research is clear: light electric vehicles have become an essential solution to address today's environmental and urban mobility challenges. However, their autonomy and performance largely depend on the efficiency of their energy conversion systems. This is where the developed prototype justifies its relevance since its efficiency and control in power transfer will translate into a notable increase in autonomy and effectiveness in its implementation in light electric vehicles. The development process involves a meticulous cycle of design, simulation, and construction of the prototype of the multiport DCDC converter. Each phase of this project is carried out with the purpose of guaranteeing maximum energy efficiency, performance, and versatility in light electric vehicle applications. The results obtained through rigorous testing and detailed analysis will offer a solid basis to validate the effectiveness of this proposal. This prototype not only aspires to be another option in energy conversion systems, but also seeks to promote research and development in the challenges of the present and the future in terms of sustainable mobility.