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首页> 外文会议>IEEE International Conference on Power Electronics, Drives and Energy Systems >An optimum solution for field deployment of single-phase power generation using 3-phase self excited induction generator
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An optimum solution for field deployment of single-phase power generation using 3-phase self excited induction generator

机译：三相自励感应发电机用于单相发电现场部署的最佳解决方案

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摘要

This paper presents an optimum solution for field deployment for off-grid renewable energy based single phase power generation using a 3-phase self excited induction generator (SEIG). While several topologies of 3-phase SEIG to feed single phase loads are discussed in the literature, it is essential to study all possible configurations to arrive at best possible solution for given application, to have an acceptable power quality across the load. Hence, the paper addresses this problem. Analytical methodology is presented to predict the performance of the system under different configurations. Detailed experimental and computed results of the performance are presented for a comparative analysis to identify the best topology. It is found that a simple topology can be favorably employed for three phase SEIG for supplying single phase loads driven by nearly constant speed prime movers such as biogas engines, thus making many other reported topologies unviable.
机译：本文提出了一种使用三相自励感应发电机（SEIG）的离网可再生能源单相发电现场部署的最佳解决方案。尽管在文献中讨论了三相SEIG馈电单相负载的几种拓扑结构，但必须研究所有可能的配置，以获得给定应用的最佳解决方案，以在整个负载范围内具有可接受的电能质量。因此，本文解决了这个问题。提出了分析方法来预测不同配置下系统的性能。给出了性能的详细实验和计算结果，以进行比较分析，以确定最佳拓扑。已经发现，简单的拓扑可以有利地用于三相SEIG，以提供由接近恒定速度的原动机（例如沼气发动机）驱动的单相负载，因此使许多其他已报道的拓扑不可行。

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