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Emulation of the Operation of a Lithium-Ion Batteries Pack in Healthy and Faulty Condition

机译:锂离子电池组件的仿真在健康和故障状态下

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The need for an efficient way to store energy is a key point for the deployment of electrical systems. The need for high power and high energy makes it necessary to increase the number of cells in the packs and to develop adequate battery system management. Therefore, it is important to be able to study the correct management of energy in both healthy and faulty conditions, if some of the cells fail. This paper presents the emulation of a battery pack, cell by cell. An electrical model has been developed in a Matlab/Simulink? environment and identified through experimental data. It is implemented in dSpace Mid-Size. Healthy operation and degraded mode are then emulated.
机译:需要一种高效的存储能量的方法是部署电气系统的关键点。对高功率和高能量的需求使得有必要增加包装中的细胞数并开发足够的电池系统管理。因此,如果一些细胞失败,则能够研究健康和故障条件的正确管理。本文介绍了电池组,细胞电池的仿真。在Matlab / Simulink中开发了电气模型?环境和通过实验数据识别。它是在DSPACE中型中实现的。然后模仿健康的操作和降级模式。

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