Introduction:
Energy represents the primary catalyst for economic and social development. Demographic growth and industrial progress demand an uninterrupted increase in generation capacity. The Brazilian electric sector operates a matrix based on renewable sources, but the system faces continuous market pressures to reduce carbon emissions and expand its reach. Innovation acts as the main tool to guarantee this sustainable progress. This study executes an audit on the national energy sector, analyzing the structural tension between the high physical generation potential and the institutional restrictions. The research maps the transition from the fossil model to clean operation matrices, highlighting the barriers that prevent the solidification of renewable energy proposals.
Methods:
The methodological approach employs a systematic bibliographic review, complemented by the strict metric analysis of databases. The researchers extracted industrial deposit data from the National Institute of Industrial Property (INPI) and the European Patent Office (Espacenet). The extraction aims to quantify the technological protection efforts of universities and research centers. The work evaluated the competitive position of the country through the Global Innovation Index (GII) between the editions of 2013 and 2022. The financial balance documented the capital flow of the Sectoral Fund for Electricity (CT-Energia), managed by the Financier of Studies and Projects (FINEP). Monti (2015) defends the urgency of renewable technologies, and Barbieri (2020) attests the superiority of the inventive model of developed nations.
Results:
The compilation of statistical data exposes a strong disconnection between the geographical vocation and the destination of financial promotion. The volume of patent registration for renewable sources reached the exact mark of 106 requests in the year of 2019. The Northeast region hosts the main wind and solar generation complexes in the national territory. The production of technical knowledge is confined to the academic institutions of the South and Southeast regions. The official report of the Global Innovation Index allocated the country in the 54th general position during the year of 2022. The knowledge creation indicator exhibited an ascending evolution, but the generation infrastructure and the innovation linkages remain immobilized in the lower positions of the table. The budgetary fluctuation justifies the failure of this technological integration. The CT-Energia fund has faced gradual liquidity cuts since 2015. The 2022 budget approved an injection of R$ 113.6 million, but the projection for 2023 retracted the cash to only R$ 9.83 million. The energy modernization edicts receive slices inferior to 2% of the total revenue of the development fund.
Conclusion:
The renewal of the electric system dictates the rules of the productive capacity advance and social inclusion. The structural base of the state sustains a diversified matrix under the regulation of inspection agencies. The conversion of laboratory inventions into practical products requires the mathematical stabilization of the public fund. The government inspection needs to ensure the uninterrupted transfer of the net revenue of the concessionaires to the researchers. The Ministry of Mines and Energy and the National Electric Energy Agency (ANEEL) must use these indicators to reorganize the tax allocation of energy distributors. Corporate managers must foster the creation of direct consortiums with local universities. The full progress of the green matrix occurs when the legislation aligns the university talent with the problems of the generating plants. The formulation of a new energy policy obliges the agile and decentralized release of the research capital. This action guides the decision-making of the sector stakeholders to optimize costs and democratize access.
