改善电能质量的电动汽车DC-DC转换器

Geetanjali, A. Shrivastava
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引用次数: 4

摘要

由于燃烧车辆的碳排放和化石燃料的短缺造成的污染日益增加,这是汽车走向电气化的主要因素,汽车具有零碳排放和优越的性能。电动汽车的采用取决于其盈利能力,这进一步取决于储能系统和电力电子转换器的接口。储能系统提供的电力是不可靠的、不稳定的,并且有显著的电压降。电动汽车需要转换器、控制器和调制技术来限制这些限制。本文探讨了不同类型的转换器,控制器和调制技术,已在文献中用于电动汽车的应用。此外,论文还提到了确定研究差距的问题和挑战。最后,即将到来的转换器技术被提到作为电动汽车的未来范围。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
DC-DC Converters for Electric Vehicles with Power Quality Improvement
Increasing pollution due to carbon emission from the combustion vehicles and shortage of fossil fuels are the prime factors for the move towards electrification of the vehicles, which has zero carbon emission and superior performance. The adoption of Electric Vehicles depends upon its profitability which further depends upon how well energy storage system and power electronic converters are interfaced. Energy storage system delivers power that is unreliable, unregulated and has significant voltage drops. Electric vehicle needs converters, controllers, and modulation techniques to limit these constraints. This paper explores different type of converters, controllers and modulation techniques that has been used in the literature for electric vehicle applications. Further, paper also mentions issues and challenges to identify research gaps. Lastly, upcoming technology in converters is mentioned as a future scope of Electric Vehicles.
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