Diseño de un emulador de estrategias Peak Shaving para un alimentador primario de 13.8 kV para laboratorio de distribución.

Abstract

The objective of this curricular integration work is to build a scale system that simulates two scenarios of daily electricity demand; the first scenario is a curve with demand spikes, while the second scenario is consumption with load management applying the Load Shifting technique. The importance of this project lies in demonstrating how the high energy demand of rush hours can be transferred to less consumption schedules to achieve energy efficiency. It is well known that as long as the energy produced by the main power plants is used correctly, the unnecessary use of alternative energies that have high costs and low efficiency can be prevented. Therefore, it is expected to demonstrate graphically with the demand curves, the correct use of energy during a day of consumption through load transfer.