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Performance Analysis of Fault-Tolerance Techniques Towards Solar Fed Cascaded Multilevel Inverter

机译:太阳能级联多晶逆变器的容错技术性能分析

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The quick development of electrical energy requests and the issues, for example, expendable nature, ecological effects, and cost related to petroleum derivative-based power generation have improved the entrance of Renewable Energy (RE) into the power framework; one of which is solar power energy. The brilliant energy is changed over into electrical energy by Photovoltaic (PV) boards also, fed into the heap(load) through the power-electronic device where the greatest energy extraction and force adjustment is figured it out. Due to the various fault incident, an efficient Fault-Tolerant for PV based Cascaded Multilevel-Inverter is essential. This paper reviews various fault detection and diagnosis techniques with different performance metrics.
机译:例如,电能请求的快速发展和与石油衍生物的发电有关的消耗性质,生态效应和与与石油衍生作用相关的成本改善了可再生能源(RE)进入动力架构的入口; 其中一个是太阳能能量。 通过光伏(PV)板还通过电力电子装置进入堆(负载)的光伏(PV)板改变为电能。 由于各种故障事件,基于PV的级联多级变频器的有效容错是必不可少的。 本文评论了具有不同性能指标的各种故障检测和诊断技术。

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