Sistema de gestión de energía de un generador de vórtice gravitacional + batería, basado en lógica difusa y PID

Abstract

Abstract: Several controllers adapted to an efficiently operating electronic system are considered.The electronic system is structured by a gravitational vortex hydro-generator, a bank ofbackup batteries, a set of consumption charges and phantom charges capable of takingenergy to feed back into the system.The proposed control models are based on PID, Fuzzy Logic and the combination ofPID+LD. In the three controllers, the voltage variation and the response time of the va-rious controllers are analysed. The design of each controller is also made for the PIDcase using the Routh-Hurwitz criterion;for the Fuzzy Logic case the Mandani method isused, based on a set of fuzzy rules that enter into a fusing and defusing process. The various simulations are validated with results tables, allowing us to conclude that combining two study techniques achieves better results. The results obtained allow us tode termine that the system is ready to move on to the implementation stage.