Caracterización dinámica de un sistema híbrido de generación panel fotovoltaico-celda de combustible pem para aplicaciones de micro-cogeneración en uso residencial

Abstract

The growing increase in population forces the global industry to generate more significant amounts of processes in different sectors such as food, oil, and medicine, which means an increase in demand, with it, greater production of electrical energy. This research focuses on the real estate sector since all types of buildings or houses cover electricity demand and energy for heating and cooling. In this context, coupled cogeneration systems for producing heat and electricity are a viable option. Here is the main justification of the present to carry out a dynamic model based on energy conversion equations, which allows giving a projection of the design of hybrid generation systems. The results of this document will allow visualization of how the combined system behaves under different climatic conditions. In turn, an analysis will be given to determine how efficient the system can be. On the other hand, the results of this research are intended to obtain a system model that allows the recovery of residual heat from a fuel cell.