电动汽车电能发生器主体模型研究(机电结合阶段)

Vaidotas Matutis, Loreta Savulioniene, Paulius Sakalys, Laura Gzegozevske
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引用次数: 0

摘要

本文介绍了正在进行的研究的中期结果(http://journals.ru.lv/index.php/SIE/article/view/6884/5683)。在这个阶段,测量是用一个模型进行的,我们把机械部分和机电部分结合起来。在演示阶段,已经构建了演示该专利装置的原理工作方案的模型作为研究对象。叶轮上连接有旋转磁铁(由叶轮带动旋转)。磁铁绕着固定的线圈旋转,已经在线圈中产生了电流。这样,产生的电流和产生的电压值就可以作为评价叶轮效率的指标。所讨论的实验是用三个不同结构的叶轮进行的,保持其他条件类似。所有实验仅使用一个旋转磁环和一组固定线圈进行。实验测量结果显示了宽光谱和提高效率的可能性,并展示了未来装置的工作原理。在设计转翼叶轮时,已经提供了磁铁和线圈的两个腔体,为下一步改进所研究模型的设计和提高效率做了准备。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
RESEARCH OF THE PRINCIPAL MODEL OF THE ELECTRIC ENERGY GENERATOR OF THE ELECTRIC CAR (STAGE COMBINATION OF MECHANICAL AND ELECTROMECHANICAL PARTS)
The article presents the interim results of the ongoing study (http://journals.ru.lv/index.php/SIE/article/view/6884/5683). At this stage, measurements are made with a model in which we combined the mechanical part with the electromechanical part. At the presentation stage, a model demonstrating the principle operation scheme of the patented device has already been constructed as an object of research. A rotating magnet was connected to the impeller (it was rotated by the impeller). The magnet was rotating around the stationary coils and was already inducing an electric current in the coils. In this way, the generated current and generated voltage values can be used as an indicator for evaluating the efficiency of the impeller. The experiments in question are performed with three impellers of different configurations, keeping other conditions analogous. All experiments were performed using only one rotating magnetic ring and one set of stationary coils. The results of experimental measurements show a wide spectrum and possibilities of increasing efficiency and demonstrate the principle of operation of the future device. When designing an impeller with turned wings, two cavities for magnets and coils are already provided, thus preparing for the next step in improving the design of the model under study and increasing efficiency.
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