单相梯形交流电压电源单级UPS系统的暂态性能

P. Jain, J. Espinoza
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引用次数: 4

摘要

介绍了一种用于单相交流供电系统的高性能单级UPS系统。该拓扑产生与交流电源同步的梯形负载电压;因此,需要一个小的直流链路电容。这些特点导致了高输入功率因数(在标称电压下为0.94),并且由于单级结构,实现了高效率(在标称电压下为93%)和高可靠性。本文分析了UPS系统在不同暂态工况下的动态性能,具体如下:(a)向蓄电池供电;(b)电池到供应的过渡;(c)暂态负荷;(d)电源/电池电压暂态。输入功率因数和效率作为负载和电源电压的函数也包括在内。对1kva UPS系统进行了动态和静态评估。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Transient performance of a single-stage UPS system for single-phase trapezoidal-shaped AC voltage supplies
A high performance single-stage UPS system for single-phase AC power supply systems is presented. The topology generates a trapezoidal-shaped load voltage that is synchronized with the AC supply; therefore, a small DC link capacitor is required. These features lead to a high input power factor (0.94 at nominal voltage) and due to the single-stage structure, high efficiency (93% at nominal voltage) and high reliability are achieved. In this paper, the dynamic performance of the UPS system is analyzed under different transient conditions, specifically: (a) supply to battery; (b) battery to supply transition; (c) load transient; and (d) supply/battery voltage transient. The input power factor and efficiency as a function of the load and supply voltage are also included. The dynamic and static evaluations are performed on a 1 kVA UPS system.
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