Model multi-criteria decision with the application of metaheuristic FEPSO for determining the stage optimal for the energetic penetration of primary sources of renewable generation according to the systemic energy return on investment (EROI)

CAMARGO FEDERICO; SCHWEICKARDT GUSTAVO; CASANOVA CARLOS

Coahuila

Congreso; Virtual Scientific Meeting Eureka 2016; 2016

Eureka Iberoamerica

This work presents a conceptual and preliminary analysis of the concepts and criteria for estimating the Energy Return on Investment (EROI) was developed. Issues and considerations for a standardized methodology that allows comparisons and decision-making were discussed, in order to minimize environmental impact. The method of Life Cycle Analysis (LCA) was used in order to determinate The Technologic Coefficients and Objective Function. Then, a mathematical development was developed, defining the state and auxiliary variables and the adjustment parameters necessary to study the problem. After that, a possibilistic model based on Fuzzy Multiobjective Dynamic Programming was applied, using to Metaheuristics FEPSO by the maximization of the product t -norm defined. This method was applied for growing of Argentinean Energy System based on generation sources as Nuclear, Fossil, Biomass, Hydro, Solar and Wind Power. Energy and Environmental Sustainability was found to ensure, defining some criteria and influencing factors in the medium and long term.