Tutor 1

Ospina Lozano, Sandra Elodia

Resumen en lengua extranjera 1

This research is carried out through a documentary and technical analysis in which, through the review of the literature, research articles and other sources of scientific and technological compilation, to economically determine the implementation of a scenario modeled at 1 cubic meter (1 m3 ) only in terms of the supply of renewable electric energy with cooling purposes, a model that will be analyzed with the help of the benefit-cost ratio (B/C) for the supply of energy in areas not interconnected to the national grid, With the purposes of agriculture preservation Postharvest, for the case study Miraflores Boyacá, the objective is to generate an economic analysis for the possible implementation of the scenario and selection, taking into account that for the study of the indicators of goodness of fit in the evaluation of projects of Engineering, the indicators that are used for the project are the net present value (NPV) and the re B/C these data are presented through a cash flow, in each of the points proposed, which are composed of systems, and those systems are the possible electric sources such as the wind power, solar power and the biomass only the three most representative sources or usable in the town of Miraflores were taken, demonstrating that wind energy is the one that best represents B/C, for the future implementation in a real-scale model.

Palabras clave

Postharvest, Wind power, Solar, Biomass, Mirafloreño collection, Goodness of fit indicator, Cash flow, Sistemas de energía eléctrica, Recursos energéticos renovables, Energía solar, Electric power-plants, Renewable energy sources, Solar energy

Tipo de documento

Trabajo de grado - Pregrado

Licencia Creative Commons

Creative Commons Attribution-Noncommercial-No Derivative Works 4.0 License
This work is licensed under a Creative Commons Attribution-Noncommercial-No Derivative Works 4.0 License.

Fecha de elaboración


Programa académico

Ingeniería Civil


Facultad de Ingeniería


Universidad de La Salle. Facultad de Ingeniería. Ingeniería Civil