Análisis de un sistema de generación distribuida para la reducción de pérdidas técnicas en un sistema de 14 barras

Abstract

With the purpose of reducing technical losses, this thesis examines and analyzes the application of a distributed generation (DG) system in a 14-bus power grid. Distributed generation is an effective solution to improve the efficiency and stability of the power system, which involves the incorporation of small generators close to the consumption points. To evaluate the effects of multiple distributed generation scenarios on system technical losses, the analysis focuses on modeling and simulation of the 14-bus network using sophisticated software tools. To find the configuration that maximizes loss reduction, the ideal location of generators is one of the many factors examined., installed capacity, and load characteristics. Integrating distributed generation at strategic locations can improve system energy efficiency by significantly decreasing technical losses, according to the findings. Additional benefits, such as decreased dependence on centralized power and improved supply quality, are also examined. Finally, the thesis concludes with suggestions for the planning and implementation of distributed generation in power grids, highlighting its potential to increase the resilience and sustainability of current power systems.