Desenvolvimento de atlas energético para microgeração híbrida : um estudo na região da campanha

Abstract

This work presents the development of an Energy Atlas for Hybrid Microgeneration in the Campanha region, RS, aiming to identify areas with potential for renewable energy generation through the integration of solar and wind sources. The methodology involved collecting data from reliable sources, such as the Global Wind Atlas and the Global Solar Atlas, followed by processing this data in QGIS software. Fuzzy logic techniques were applied to normalize and integrate climatic variables, such as wind speed and solar irradiance, resulting in thematic maps representing the region's hybrid energy potential. The results demonstrated that the region has favorable geographical and climatic characteristics for energy microgeneration, both solar and wind, in isolated and integrated forms. The generated maps highlighted promising areas for the implementation of hybrid systems, offering a strategic perspective on energy potential. It is concluded that the developed atlas is a valuable tool to guide energy planning decisions, encourage investments in renewable energy, and support public policies. The study reinforces the technical and economic feasibility of microgeneration in the region, contributing to the diversification of Brazil's energy matrix and promoting sustainable practices aligned with the global energy transition