SIS2GER e SISGAE2B formando um ecossistema de soluções para gerenciamento de indicadores elétricos, ambientais e financeiros em sistemas de geração fotovoltaica e de armazenamento de energia

Abstract

Currently, there is a growing demand for electricity in several countries around the world, this increase is driven by the greater amount of electrical and electronic equipment connected to the electrical grid in homes, as well as the use of new machinery by industry. Given the constant increase in the demand for electrical energy, the generation of electrical energy has also increased, mainly using renewable sources. Following the world trend, Brazil has been going through an energy transaction process, using renewable sources such as solar and wind, mainly. And in this context we have the present work, aiming at the development and implementation of software to form a computational ecosystem, containing several types of connected systems, being part of the Research and Development Project (R&D) of the Integrated System of Multimodal Electric Mobility (SIMA ), based on the pilot project of a smart city implemented in Cidade Universitária Professor José Silveira Netto of the Federal University of Pará (UFPA) to study the impact of implementing an infrastructure of this size, originated through call nº 22/ 2018 by ANEEL and nominated as head of series within ANEEL's Innovation Chain. Based on this context, this work proposes the development of two management software for renewable energy generation systems and electrical energy storage systems, since, through good monitoring and management, it is possible to increase efficiency, safety and power quality of a given system. For the development of the software, technologies were used that provided the systems with scalable and easy-to-implement systems, such as Docker, for building the development and production environments; the Laravel framework, for coding the software; and the DOJOT Middleware for storing measurement data for each managed system.