同步磁阻馬達設計優化與比較分析

The Design Optimization and Analysis Of Synchronous Reluctance Motor

10.29911/JEHVACE_NEW.202203_(132).0006

蕭子涵(Tz-Han SHIAO)；彭麟雁(Lin-Yen PENG)；劉陽光(Yang-Guang LIU)

同步磁阻馬達 ； 馬達設計 ； 電磁模擬 ； Synchronous Reluctance Motor ； Motor design ； Electromagnetic simulation

冷凍空調&能源科技

132期（2022 / 03 / 10）

67 - 73

繁體中文

本文介紹同步磁阻馬達之原理及其結構，以一款輸出功率300W，負載1Nm，轉速2800rpm之應用為例，透過模擬軟體進行分析，研究轉子不同部件尺寸設計對同步磁阻馬達性能之影響，經優化設計後之同步磁阻馬達其效率超越84%，轉矩漣波僅23%，將同步磁阻馬達與相同材料成本之永磁同步馬達進行比較，操作於大負載時，同步磁阻馬達效率可媲美永磁同步馬達。

This article introduces the principle and structure of synchronous reluctance motor. Using electromagnetic simulation software to analysis the motor with 300W output power, 1 Nm loading, 2800rpm as an example. Researching on the influence of rotor component size on the performance of synchronous reluctance motor. After optimized, the synchronous reluctance motor efficiency is more than 84%, torque ripple is only 23%. Compare with the permeant magnet synchronous motor with same material cost, the reluctance motor efficiency is similar to the permeant magnet motor when working at heavy loading.

1. https://new.abb.com/motors-generators/zh/IEC~Low~voltage~motors/process-performance-motors/Synchronous-reluctance-motors(SynRM)
2. IEC-60034-30-1.
3. Abramenko, Valerii(2020).Synchronous Reluctance Motors With an Axially Laminated Anisotropic Rotor as an Alternative in High-Speed Applications.IEEE Access,8
4. Reddy, Patel Bhageerath(2017).Design of Synchronous Reluctance Motor Utilizing Dual-Phase Material for Traction Applications.IEEE Transactions on Industry Applications,53(3)
5. 吳佳樺，我國工業馬達產業產銷調查，2021
6. 黃健敉(2015)。國立成功大學電機系。
7. 鄧育昕(2017)。國立成功大學電機系。