| Summary: | 碩士 === 中州科技大學 === 機械與自動化工程系 === 103 === Axial-flux permanent magnets synchronous generator (PSMG) design and performance in electric bicycle is studied in this paper, by optimum of Taguchi method. The PSMG instrument is embedded in electric bicycle drum of back axis. Multi wires of stator coil disc plate combined in the bicycle frame. Permanent magnets designed in another disc plate with same dimension related the stator coil disc. When electric bicycle quickly could pedal rolling forward within permanent magnets is rotated induced the current and power in multi-induction coil. The mechanical energy transformed to electric power efficiency is more higher rechargeable than the faster electric bicycle speed. Electric generating, saving energy, healthy, entertainment of multi-function new electric bicycle by riding bicycle, recharged the low power and reinforced the endurance.
The optimum of the generator design parameters by Taguchi method orthogonal array experiment design analysis with the S / N ratio obtained, results of the assessment of PSMG combination. Affected of the degree of PSMG design control elements in the set, the parameters will influence the actual production and measurement and after Taguchi optimization.
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