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Abstract

This study analyzes the integration of photovoltaic systems with the electric vehicle (EV) charging infrastructure at the Federal University of Triângulo Mineiro (UFTM), highlighting the benefits of solar power generation for sustainability and energy efficiency in the electric mobility sector. The research evaluates the performance of the existing charging station and investigates how solar energy can reduce dependence on the conventional power grid, mitigate overloads, and improve system stability. The load curve analysis revealed the occurrence of consumption peaks at specific times, indicating intermittent use of the charging station. Although the current infrastructure supports demand most of the time, simultaneous operation with other systems, such as air conditioning, can cause voltage fluctuations and instability in the grid. The incorporation of photovoltaic systems emerges as a promising alternative to mitigate these impacts, contributing to reducing operational costs and optimizing the use of locally generated energy. The results indicate that the integration of renewable sources, especially photovoltaic solar energy, is crucial for the sustainable expansion of the charging infrastructure, positioning UFTM as a reference model in electric mobility. Furthermore, the study highlights the importance of institutional policies and management strategies to encourage the adoption of EVs, promoting a transition to a cleaner and more resilient energy matrix. This research provides technical insights for improving infrastructure and serves as a foundation for future investigations in the field of electric mobility.