基于光伏电池的改进阻抗(Z)源集成电动车直流充电器/逆变器设计

Shital D. Kadam, V. Panchade
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引用次数: 0

摘要

以太阳能或光伏电池为基础的能源已经成为私人和商业应用中最著名的可持续能源来源。由于大气条件而获得的基于阳光的活力的差异可以通过活力储存框架加以调节。以太阳为导向的活力也可以用来给电动汽车(EV)的电池充电,以减少对交流网络的依赖。用于基于光伏电池的应用的转换器之一是具有最小数量的变化组织并给出隔离。阻抗(Z)源逆变器拓扑结构可以疏散多个级,实现单级升压和直流-交流功率转换。对不相关部分的使用也显示了将活力储存框架(ESS)纳入其中的机会。本文介绍了一种可调整的改进型z源逆变器的展示、计划和活动,该逆变器结合了一种用于电动汽车充电的分体式基本限制电池充电器。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Designing of Photovoltaic Cell Based Modified Impedance (Z)-Source Integrated Electric Vehicle DC Charger/ Inverter
Solar or PV cell based energy has been the most well-known wellsprings of sustainable power source for private and business applications. Variances of sunlight based vitality reaped because of barometrical conditions can be moderated through vitality stockpiling frameworks. Sun oriented vitality can likewise be utilized to charge the batteries of electric vehicle (EV) to diminish the reliance on the AC network. One of the converter used for PV cell based applications is to have a minimum number of changes organizes and give segregation. Impedance (Z) -source inverter topology can evacuate numerous stages and accomplish voltage lift and DC-AC power converter in a solitary stage. The utilization of uninvolved parts likewise displays a chance to incorporate vitality stockpiling frameworks (ESS) into them. This suggested paper presents displaying, plan and activity of an adjusted Modified Z-source inverter incorporated with a split essential confined battery charger for charging of electric vehicles (EV).
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