Geothermal energy is a clean and sustainable energy source that should be introduced gradually as an eco-friendly alternative in Ecuadorian society in order to reduce pollution rates and the ecological footprint caused in the Ecuadorian territory and globally is an energy source that has been growing steadily in recent years, however, the recent energy crisis caused by the COVID 19 pandemic that hit every corner of the planet and the collateral effects of the armed conflict in Europe has substantially reduced its use, returning to the use of fossil fuels for momentary sustainability. This research article is developed with the purpose of analyzing the feasibility of implementing geothermal energy as a source of energy that is capable of supplying the energy consumption needs in communities far from the main cities in the province of Chimborazo, In addition to considering the advantages and disadvantages that are presented in the process of implementation of thermodynamic systems that are capable of supplying the energy consumption of the area, focusing mainly on the energy transformation to obtain electricity capable of feeding the household power grid that has a low energy demand according to its population density. Using a descriptive methodology and nonexperimental design, among the results obtained it can be seen that in the province of Chimborazo, despite having several sources that if exploited could supply not only the surrounding communities, its scope could be extended to entire cantons if applied, however, the limitation is the economic investment and the almost null knowledge of the sectional authorities in the implementation of policies for the exploitation of clean and eco-friendly energies.

Geothermal energy; sustainable; thermodynamic; Feasibility; Gas.