APRIMORAMENTO DE GERADOR POR INDUÇÃO MAGNÉTICA COM MANUFATURA ADITIVA
Keywords:
Microgeração. Neodímio. Anisotropia. Simulação. Prototipagem.Abstract
This study analyzes and improves a prototype generator based on magnetic induction, developed as an experimental investigation in the context of sustainable micro-energy generation. The objective is to identify the device’s structural and magnetic limitations, propose constructive adjustments, and assess its potential for advancement. The prototype consists of a PVC tube with neodymium magnets arranged helically and was tested through the controlled approach of an external magnet to induce rotation. The methodology included experimental observation, assessment of structural deformation, evaluation of magnetic density, and analysis of anisotropy effects on motion. Preliminary results indicate an irregular magnetic field, insufficient rotational continuity, losses caused by PVC heating, and misalignment of magnets. The study concludes that using higher-intensity cylindrical magnets, adopting additive manufacturing to improve geometric precision, and performing magnetic field simulations can enhance system efficiency, demonstrating promising potential for future applications.
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