Selection Method of Accumulator in HCU Based on Modeling and Simulation

W. Xiaodong, Qin Lingguang
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Abstract

For rail transit vehicles, accumulator in HCU (hydraulic control unit) should be able to support 3~5 times of train brake and release in emergency situation when hydraulic pump can not work. The selection method, presented in this paper, analyzes the work condition and requirements of the accumulator in HCU including: oil consumption when braking and releasing and working pressure when braking. Hydraulic unit was built and verified by AMESim. Pressure change when braking and releasing was emulated by using different size of accumulator models. According to the simulation results, the ideal size of accumulator was selected and the volume was verified.
基于建模与仿真的高压控制单元蓄能器选型方法
对于轨道交通车辆,在液压泵不能工作的紧急情况下,HCU(液压控制单元)中的蓄能器应能支撑3~5次列车制动和释放。本文提出的选择方法,分析了HCU中蓄能器的工作状态和要求,包括制动和释放时的油耗和制动时的工作压力。采用AMESim对液压单元进行了搭建和验证。采用不同尺寸的蓄能器模型,模拟了制动和释放时的压力变化。根据仿真结果选择了理想的蓄能器尺寸,并对蓄能器的体积进行了验证。
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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