Energy adjustment model to optimize the use of solar and wind energy in mining areas of Zaruma, Ecuador
DOI:
https://doi.org/10.47187/perf.v1i34.340Keywords:
Renewable energy, Pollution, Zaruma, Sustainability, Energy potentialAbstract
The study proposes an energy adjustment model aimed at optimizing the use of solar and wind energy in mining areas of the Zaruma canton. Data collected between 2017 and 2020 was used, considering 8,760 annual records of solar radiation and wind speed. The methodology employed was quantitative in nature, combining information from global models, meteorological stations, and satellite data. A geographic grid was applied to the study area, and spatial interpolation using the IDW method was used to generate predictive maps of energy potential. The results show that Zaruma has a consistent wind potential throughout the year, favoring the implementation of wind turbines. Likewise, the central area of the canton presents solar radiation levels above 4 W/m², suitable for the installation of solar panels. The profitability of both resources was also calculated, highlighting their feasibility for future renewable energy projects.
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