基于13电平开关电容的新型少元件逆变器

Ashutosh Kumar Singh, R. K. Mandal, Ravi Anand
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引用次数: 0

摘要

本文讨论了一种基于开关电容的13电平逆变器。该设计适用于需要低量级输入电压源的取之不尽的能源或绿色能源应用。由于使用了开关电容器,这个装置能够把电压提高到原来的六倍。它不需要复杂的电路或闭环控制器来确保电容器的平衡,也没有控制算法。讨论了电容的分析和电容的最佳取值。在提出的结构和已经存在的文献之间进行了很好的比较,以了解逆变器的工作情况。通过Matlab/Simulink应用程序计算频率变化、负载动态变化、调制指数变化和电容器电压变化的结果,证明了所建议的拓扑结构功能正确且无风险。这篇文章的更详尽的版本现在正在撰写中,一旦完成,它将与实验一起提交给杂志。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A New lesser Number of Components 13-Level Switched Capacitor Based Inverter
In this paper, a new 13-level inverter based on switched-capacitor is discussed. The design is appropriate for inexhaustible energy or green energy applications that need an input voltage source of low magnitude. With the use of switched capacitors, this device is capable of increasing the voltage by a factor of six. It doesn’t need complicated circuits or closed-loop controllers to make sure that the capacitors are balanced, and there are no control algorithms. The analysis of capacitance and the best value for capacitors are talked about. A good comparison is made between the proposed structure and the literature that already exists to see how well the inverter works. The results from the Matlab/Simulink application to find out the change in frequency, dynamic changes in load, changes in modulation index, and voltage across capacitors are provided to demonstrate that the suggested topology functions correctly and is risk-free. A more extensive version of this article is now being written, and once it is completed, it will be submitted to the journal along with the experiments.
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