Integración óptima de recursos energéticos distribuidos en redes eléctricas de distribución para la mejora de sus condiciones operativas, técnicas y económicas

Abstract

Currently, strategies for the integration and operation of energy resources distributed within conventional electrical energy distribution networks are required, which allow improving the technical, economic, and environmental conditions of the network. With the aim to provide the maximum use of advances in power electronics, renewable generation systems and energy storage. In this context, this doctoral thesis presents as main contribution the development of optimization methodologies for the integration and operation of photovoltaic distributed generators and energy storage devices within the electrical distribution network, to improve economic, technical and environmental conditions. Satisfying all constraints that represented this type of electrical networks under an environment of distributed energy resources. These strategies allow obtaining the best average solution among the strategies used as a comparison, with the low values of standard deviation and required processing time.