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A Programmable Battery Test System with Energy Recycling Feature Based on Sinusoidal Loading Technique

机译:一种基于正弦装载技术的可编程电池测试系统,具有能量回收功能

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A battery testing system using microcontroller chip encompasses low-cost and compact configuration is proposed. The proposed battery test platform consists of a MCU, a signal capturing circuit, a HMI (human machine interface) and a programmable sinusoidal load. To validate the dynamic characteristics of the power battery in practical applications, the wide-range slew-rate and programmable sinusoidal loading feature of implemented sinusoidal load is served as a test load. Furthermore, the extracted energy from the power battery during diagnostic process can be recycled. In addition, the loading current can be programmed by the preset parameters in the user-machine interface. All the analysis of operation modes, simulations, some experimental results, and portable design verify the theoretical predictions and the implemented system.
机译:使用微控制器芯片的电池测试系统包含低成本和紧凑的配置。所提出的电池测试平台包括MCU,信号捕获电路,HMI(人机界面)和可编程正弦载荷。为了在实际应用中验证电力电池的动态特性,所实施的正弦载荷的宽范围的重速和可编程正弦装载特征是测试载荷。此外,可以再循环来自诊断过程中的电力电池的提取能量。此外,可以通过用户机接口中的预设参数编程加载电流。所有分析操作模式,仿真,一些实验结果和便携式设计验证了理论预测和实施的系统。

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