A low frequency hybrid harvester with ring magnets

Electric generators; Electric machine theory; Electromagnetic waves; Energy conversion; Finite element method; Magnetic fields; Magnets; MEMS; Permanent magnets; Efficient architecture; Electromagnetic generators; Electromagnetic harvesters; Induced accelerations; Maximum Efficiency; Radial magnetic...

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Bibliographic Details
Main Authors: Salim M., Dayou J., Aljibori H.S., Salim D., Shebeeb A.
Other Authors: 57197124324
Format: Article
Published: Elsevier Ltd 2023
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Summary:Electric generators; Electric machine theory; Electromagnetic waves; Energy conversion; Finite element method; Magnetic fields; Magnets; MEMS; Permanent magnets; Efficient architecture; Electromagnetic generators; Electromagnetic harvesters; Induced accelerations; Maximum Efficiency; Radial magnetic field; Resonance frequencies; Ring magnet; Harvesters; computer simulation; electromagnetic method; finite element method; magnetic field; piezoelectricity; sustainability; technological development