應用田口法於盤式風力發電機之研究

謝泓鈞

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College of Engineering > Graduate Institute of Mechanical Engineering
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應用田口法於盤式風力發電機之研究

Study on Disk-Type of Wind Generator by Taguchi Method

謝泓鈞 , Masters　　Advisor：范憶華　　

繁體中文

田口法；盤式風力發電機風；力發電機； Taguchi method ； Disc type wind turbines ； wind turbines

Abstract │ Reference (41) │ Altmetrics

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This thesis focuses on studying disc type wind turbines, to design the dimension and the size of the turbines and to find out the control factor that would mostly affect the turbines through Taguchi method.
     The research method of this thesis is divided into two parts. The first part is to design the dimension and the size of the turbines. Using Acrylic and NdFeB magnet as the main mechanism of the turbines, 12 magnetic poles, and 6 coils for sensor. The disc type wind turbines adopted in this thesis are double rotors and single stator mechanism: NdFeB magnet as rotor and coil as stator. The second part is to make 9 L9 (34) examinations according to the Orthogona of the Taguchi method, to determine which control factors (including the thickness of the magnet, the diameter of the coil, the laps of the coil and the increase of the SI-STEEL) are the most important control factors, and to find out the best combination of the control factors and then to verify the best combination through making examinations.
     The following examinations is to compare the results of changing the diameter of the coils, and it’s found that the sensor efficiency of 0.5 mm is the best out of 0.5 mm, 0.7 mm and 1.0 mm. The sensor efficiency of 18 mm of the magnet gaps is better than 10 mm. After making the examinations, it’s found that the sensor efficiency is better using 10 mm magnet thickness, 1/2 SI-STEEL, 0.5 mm coil diameter and 18 mm magnet gap.

Reference ( 41 ) 〈TOP〉

[2] R.J.Wang, M.J.Kamper, and J.F.Gieras,“Optimal design of a coreless stator axial flux permanent-magnet generator,”IEEE Transactions on Magnetics ,vol.41,pp . 55-64,2005.
連結：
[3] S.M.Hosseinil,M.Agha-Mirsaliml,andM.Mirzaei,“Design,prototyping,and analysis of a low cost axial-flux coreless permanent-magnet generator,” IEEE Transactions on Magnetics,vol.44,pp.75-80, 2008.
連結：
[12] 莊璫旭，電動汽車直驅式軸向磁通永磁直流無刷馬達最佳化設計，國立台灣大學研究所碩士論文
連結：
[15] 廖清志，應用於自然排風發電之永磁無刷發電機的開發，健行科技大學碩士論文， 2013年6月。
連結：
[16] K. Katayama,“ Development of Totally Active Magnetic Bearings,” Mitsubishi Heavy Industries,Ltd. Technical Review Vol. 26, No. 1, Feb, 1989.
連結：

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