汽车高压电网系统仿真:电源变换器和连接电缆的建模

S. Schoerle, E. Hoene, S. Hoffmann, A. Kuczmik, K. Lang
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引用次数: 2

摘要

汽车高压元件是独立开发和测试的,不管它们是在哪个系统中实现的。在所有组件在真正的汽车设置中实现之前,不会执行第一次系统测试。本文介绍了一种建模和仿真的方法来验证系统内各部件的兼容性,以确保其在高压电网内控制回路的稳定性和电磁兼容的正常运行。所使用的模型是从实际组件测量中获得的,以创建一个等效的黑盒,其中包含系统仿真所需的足够信息,而不需要太多属于供应商知识产权的信息。
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System Simulation of Automotive High Voltage Grids: Modelling of Power Converters and Connecting Cables
Automotive high voltage components are developed and tested independently regardless to the system they are implemented in. The first system test is not performed before all components are implemented in a real car setup. This paper describes a modelling and simulation method to verify the intra system compatibility of each component to ensure their proper operation regarding control loop stability and EMC within the high voltage grid. The models used are gained from real component measurements to create a black-box equivalent containing sufficient information for a system simulation without requesting too much information which is under supplier's intellectual property.
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