COMPARISON OF EFFECTIVE GREEN´S FUNCTION IN EQUIVALENT CIRCUITS ASSOCIATED WITH BASIC ELECTROCHEMICAL CELLS AND LI-ION BATTERIES

Abstract

In this study, a novel approach to characterize and model electrochemical cell discharge, focused specifically on lithium batteries, is presented. The download process is analyzed in detail using Green’s functions to introduce the electromagnetic inertia breaking (EIB). This approach allows a deeper understanding of the underlying mechanisms. Both theoretical and practical aspects are examined, highlighting the importance of this methodology in improving the performance and efficiency of lithium batteries. The results obtained offer a promising perspective for the design and optimization of advanced electrochemical systems.