利用机械振动能量设计有效的直线发电机

D. Yamamoto, K. Hirasawa, S. Ohashi
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引用次数: 2

摘要

机械振动的能量没有得到有效利用。线性发电机被认为是从各种机械振动中产生电能。该实验装置由机械振动产生部分和直线振动产生部分组成。在振动产生部分测量和再现各种振动。这个机械振动发生器与直线发电机的动力装置相连。为了提高直线发电机的工作效率,采用数值分析的方法对直线发电机的磁场磁体和定子线圈的设计进行了研究。采用改进结构的线性发电机比原来的线性发电机具有更好的特性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design of the effective linear generator using mechanical vibration energy
Energy of mechanical vibration is not used effectively. The linear generator is considered to generate electrical energy from various mechanical vibrations. This experimental device consists of a mechanical vibration generation part and a linear generation one. Various vibrations are measured and reproduced in the vibration generation part. And this mechanical vibration generator is connected to the mover of the linear generator. To improve the efficiency of the linear generator, design of the field magnet and the stator coil of are studied by numerical analysis. The linear generator using the improved configuration shows better characteristics than the previous one.
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