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Performance Analysis of Different Control Methods of Z-Source Inverter Feeding Induction Furnace Load

机译：Z源逆变器馈电感应炉负荷不同控制方式的性能分析

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摘要

The renewable energy sources are gaining increasing impetus across the globe because of ever increasing demand for electric energy along with the growing environmental concerns and limited fossil fuel resources. The output voltage of these renewable energy sources has a variable range. In these situations, an additional DC-DC boost converter or step-up transformer is usually needed. The Z-source inverter (ZSI) is an emerging topology for power electronics converters with very interesting properties such as buck boost characteristics and single stage conversion. In this work, the performance of four control techniques of Z-source inverter namely, simple boost control, maximum boost control, maximum constant boost control & third harmonic injected maximum constant boost control with induction furnace load, are compared The simulation results based on MATLAB/Simulink are presented to illustrate the performance comparison of control techniques of ZSI for reducing the harmonic distortion in the load current with induction furnace load in the distribution network.
机译：由于对电能的需求不断增长，同时对环境的关注日益加剧，化石燃料资源有限，可再生能源在全球范围内的动力日益增强。这些可再生能源的输出电压具有可变范围。在这些情况下，通常需要额外的DC-DC升压转换器或升压变压器。 Z源逆变器（ZSI）是电力电子转换器的新兴拓扑，具有非常有趣的特性，例如降压升压特性和单级转换。在这项工作中，比较了Z型源逆变器的四种控制技术，即简单的升压控制，最大的升压控制，最大的恒定升压控制和三次谐波注入与感应炉负载的最大恒定的升压控制的性能。提出了/ Simulink来说明ZSI控制技术在配电网中用感应炉负载减少负载电流中谐波失真的性能比较。

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