Optimal design of an isolated hybrid system. A contribution to San Francisco del Mar Pueblo Viejo, Oaxaca

• DOI: https://doi.org/10.22533/at.ed.317572517076

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• Abstract:

  This research presents the optimal design of an isolated hybrid renewable energy system applied to a rural community in the state of Oaxaca, Mexico. The study includes an analysis of the climatic conditions and consumption profile of the selected community, which allows the architecture of the hybrid system to be defined.  
  This study models a hybrid wind-solar system isolated from the electrical grid to meet the electricity needs of a rural community, promoting the use of renewable energy as a clean source in accordance with environmental preservation.
  Through optimization with HOMER Pro software, a design is obtained that balances energy generation, economic efficiency, and long-term technical viability. The results demonstrate that the hybrid system is a viable alternative for improving the quality of life of the inhabitants, reducing costs, and minimizing environmental impact.
  Thanks to this type of study, possibilities are being explored for supplying energy to communities that are difficult to access, thereby improving the quality of life and educational level of their inhabitants, providing energy security through systems such as the one proposed, guaranteeing universal access to affordable, reliable, and modern energy services, and facilitating access to research and non-polluting energy technologies.