Generador síncrono de imanes permanentes de flujo axial para una pico central hidroeléctrica en el Canal de Riego Ambato – Huachi – Pelileo

Abstract

ABSTRACT This project shows the design, construction, and simulation of an axial flow generator with parallel rotors and a non-ferromagnetic core, with the necessary characteristics for its operation in the Ambato-Huachi-Pelileo irrigation canal by means of a Michell-turbine. Banki which can be used in sectors where there are not enough power lines as well as the lighting of the irrigation canal itself. The prototype design was developed through the classical sizing equations, in addition to the help of ANSYS Electronics, a finite element analysis software for calculating difficult-to-obtain values, which is also the same as the simulation of the generator. proposed. A three-phase generator has been built that consists of 12 poles, it operates at a frequency of 60 [Hz], its nominal voltage is 14 [V] per phase, which must be rectified and inverted to take advantage of it. To capture data, an Arduino board has been carried out through sensors that sends it to a raspberry Pi where the visualization and storage of the data will be allowed. At the end, the validation of the prototype's operation was carried out by comparing the measured data of this with those that were granted by the simulation, obtaining similar values.