Optimal Location of the Wind Turbine and Socio-Techno-Economic Analysis of an Insolated Airplane-Type Organic Building Based on a Photovoltaic/Hydrokinetic/Battery

Abstract

The global dynamics in the electricity sector generates development in the towns. This permanent search for new opportunities has made renewable energies visible as a very certain option and which is currently a reality to electrify areas that until recently were very difficult to reach. In this research, a combination of these resources is presented for the supply of energy to an airplane-type building, the same one that serves to house people who want to get out of the stressful urban life level, it is an innovative and interesting study that is being launched in the Ecuador. Is a fantastic study that allows the design of a hybrid system in conjunction with a support subsystem backed by a battery bank to guarantee the electrical service of a load outside the conventional electrical grid. Additionally, the techno-economic study of all the components is considered for an efficient use of resources, considering the different seasons of the year. The results show that the hybrid system provides sufficient and timely power for the loads, the resources of the hydroelectric, wind and photovoltaic generation are optimized, maintaining the state of charge of the storage subsystem.