(Universidad de Cuenca, 2023-06-30) Alvear Muevecela, Wilder Lenin; Sanango Fernández, Juan Bautista
In the present investigation, the performance evaluation is carried out in the process of
charging and discharging a lithium battery for the charges of a residential building with 10
apartments, through an experimental process and simulations in Simulink. The power supply
to residential loads during peak hours, is represented in the experimental phase and in the
simulations, by battery discharge with a dynamic load in simultaneous operation; while
residential energy storage is emulated by charging the lithium battery, in the Balzay Micro grid
laboratory in the city of Cuenca. The test scenarios of the charge and discharge performance
of the lithium battery are obtained from the analysis of the demand of the residential building
during peak hours in the morning, afternoon and night, for days: working days, non-working
days and with induction cooker days.
