Arquitetura física e lógica de uma smart microgrid para a gestão integrada da energia: um modelo para o Parque Tecnológico Itaipu

Abstract

This work presents a physical and logical architecture of an intelligent Micro-Grid in order to perform the integrated energy management of the various distributed energy resources (REDs) of an organization. In this way, it is initially proposed an Integrated Energy Management System (SGIE), through which defines the action strategies for the supervision and control of the REDs, which identifies the needs and requirements to be met by the technology architecture. Subsequently, the document presents the concepts of Micro-Grid and how the monitoring and control system would help in the efficient and effective use of various energy resources in production, transformation or end use, to ensure that they are integrated into the operation of Micro-Grid. The presented paradigm is framed in new vision of power systems, known as Smart Grid. These smart grids might be formed from the union of several sub-networks package, called Smart µGrid, whose main concepts, requirements and technologies necessary to build are presented. Finally, it is presented a proposal for a Smart µGrid architecture, set in the Itaipu Technological Park, which aims to meet the need of its SGIE, but basically it is thought to work as a living laboratory in which it will be possible to learn concepts of smart grid acting on it.