多通道半导体大功率变换器的简化分析

N. Dobroskok, V. S. Lavrinovskiy, N. Serebrova
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引用次数: 0

摘要

近年来,电力船舶推进的功率消耗超过了现代半导体器件的能力。要在北极地区开发和使用,推进驱动变流器的功率必须在20mw以上,且电压限制严格。本文描述了以输入通道相似的MISO系统为代表的多路功率变换器的一种简化分析方法。所描述的方法限制了变换器和外部负载电路中单通道的时间常数。这种限制允许将系统的秩降低到与单输入通道等效。在普通的功率变换器中,时间常数很难分离,但在低频大功率推进驱动器中,可以使用这种方法。控制和分析的具体对象是电感负载上的多通道电流稳定器。
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Simplified Analysis of Multichannel Semiconductor High Power Converter
Recent increasing of power consuming in electric ship propulsion exceed the capability of modern semiconductor devices. Propulsion drive converter must be at least 20 MW with tough voltage limitation to explore and use Arctic region. This paper is describing alternative simplified approach to analyze multichannel power converter which is represented by MISO system with similar input channels. Described approach limit the time constants of single channel in converter and external load circuit. This restriction allow reducing rank of system to equivalent with single input channel. In common power converters time constants is hard to split up but in low frequency high power propulsion drives this approach can be used. Specific object of control and analysis is multichannel current stabilizer on inductive load.
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