电液动力泵的等效电路

R. Khamitov, A. Gritsay, Denis Tyunkov, I. Zakharov
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引用次数: 1

摘要

从机电能量转换器的角度考虑了低功耗电流体动力增压器的建模方法。在建立增压器转换区电液动力过程方程组的基础上,提出并论证了增压器等效电路。随后对电流体动力增压器单级(功率为几瓦)的实验研究证实了等效电路的充分性。该方案的主要目的是设计电气和液压子系统在结构上相结合的泵机组,通过电气子系统(高压电源变换器)的运行方式,保证泵机组在最优状态下或接近最优状态下运行。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The equivalent circuit of the electrohydrodynamic pumps
The approach to modeling low-consumption electrohydrodynamic superchargers from the point of view of an electromechanical energy converter is considered. A supercharger equivalent circuit is proposed and justified, based on a system of equations of electrohydrodynamic processes in the supercharger conversion zone. Subsequent experimental studies of single stages of an electrohydrodynamic supercharger (with powers of the order of a few watts) confirm the adequacy of the equivalent circuit. The main purpose of such a scheme is to design pump units with structurally combined electrical and hydraulic subsystems, in which operation under optimal conditions or close to them is ensured by the operation mode of the electrical subsystem (high-voltage power converter).
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