The paper describes in detail the realization of an axial flux machine prototype adopting an innovative Soft Magnetic Composite (SMC) material. The novel technique here presented regards a Layer-by-Layer deposition adopted to insulate pure iron powder grains previously selected. The obtained material is then used to prepare the machine's stator parts. The activity steps are detailed: from the powder preparation to the molding phase, the consequent milling for the final shape, and the consequent magnetic, energetic and mechanical characterization. The prototype design and assembly imply the realization of the stator with the adopted innovative material, and the Authors also realized the preparation of the rotor equipped with bonded magnets. The preliminary experimental results are presented at the end, and considering the machine to be the first trial with the presented material, the efficiency of 77% should be viewed as a promising result for the future development of the activity.
Innovative SMC Insulation Technique Applied to Axial Flux Machine Prototypes / Poskovic, Emir; Carosio, Federico; Franchini, Fausto; Ferraris, Luca. - ELETTRONICO. - (2022), pp. 565-571. (Intervento presentato al convegno 2022 International Conference on Electrical Machines (ICEM) tenutosi a Valencia, Spain nel 05-08 September 2022) [10.1109/ICEM51905.2022.9910625].
Innovative SMC Insulation Technique Applied to Axial Flux Machine Prototypes
Poskovic, Emir;Carosio, Federico;Franchini, Fausto;Ferraris, Luca
2022
Abstract
The paper describes in detail the realization of an axial flux machine prototype adopting an innovative Soft Magnetic Composite (SMC) material. The novel technique here presented regards a Layer-by-Layer deposition adopted to insulate pure iron powder grains previously selected. The obtained material is then used to prepare the machine's stator parts. The activity steps are detailed: from the powder preparation to the molding phase, the consequent milling for the final shape, and the consequent magnetic, energetic and mechanical characterization. The prototype design and assembly imply the realization of the stator with the adopted innovative material, and the Authors also realized the preparation of the rotor equipped with bonded magnets. The preliminary experimental results are presented at the end, and considering the machine to be the first trial with the presented material, the efficiency of 77% should be viewed as a promising result for the future development of the activity.File | Dimensione | Formato | |
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https://hdl.handle.net/11583/2972868