Field Experimental Study on Electrical Power Generation Using AC Single-Phase Permanent Magnet Generator

I. M. W. Kastawan, Yusuf Erwin, R. Rusmana, Krisna Krisna
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引用次数: 0

Abstract

A single-phase ac permanent magnet generator has been constructed by modifying a squirrel cage single-phase ac induction motor by embedding permanent magnet poles in the rotor and rewinding the armature stator windings. This single-phase ac permanent magnet generator is then used to generate electricity from small river with low speed of water flow by coupling it with a low head hydro turbine. The low head hydro turbine is installed in two different configurations i.e., tilted and non-tilted or parallel to the flow of the river, to increase rotation speed. A water guide vane is also used for the same purpose. Field experimental test results show that the single-phase ac permanent magnet generator able to produce highest output voltage at 32 V on rotation speed of 260 rpm.
交流单相永磁发电机发电的现场试验研究
通过在鼠笼式单相交流感应电动机转子内埋入永磁极,并将电枢定子绕组复绕,构造了一种单相交流永磁发电机。该单相交流永磁发电机通过与低水头水轮机耦合,用于低速水流的小河发电。低水头水轮机采用倾斜和不倾斜或平行于河水两种不同的配置,以提高转速。水导叶也用于同样的目的。现场实验测试结果表明,单相交流永磁发电机在转速为260转/分时,能产生32 V的最高输出电压。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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