无低频磁的低失真逆变器,用于UPS应用

S. Biswas, B. Basak, T. Basu
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引用次数: 2

摘要

越来越多的数字数据处理设备的使用增加了对小容量、紧凑、低成本和节能的UPS系统作为可靠电源的需求。UPS系统利用从备用电池到与商用电源兼容的输出交流电压的电源转换阶段,通常使用工频隔离升压变压器。近年来,高频电源转换技术已被用于用高频电源级和变压器设计来取代低频变压器,大大减小了整个设备的尺寸和重量。本文提出了一种用于UPS应用的紧凑型逆变器的替代方法,即从高压直流母线合成低失真阶跃波形,而不需要输出变压器或滤波器。高频DC - DC电源变换器采用轻型高频变压器将低压蓄电池转化为高压直流母线。因此,不需要低频磁场。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A low distortion inverter without low-frequency magnetics for UPS application
The increasing usage of digital data processing equipment has increased the demand for small capacity, compact, low-cost and energy-efficient UPS systems as a reliable power source. UPS systems utilise a power conversion stage from the battery backup to an output AC voltage compatible with the commercial supply, conventionally using a power frequency isolated step-up transformer. Recently, high frequency power conversion techniques have been used to replace the low frequency transformer by a high frequency power stage and transformer design reducing the size and weight of the overall equipment significantly. This paper presents an alternative approach to a compact inverter for UPS application by synthesizing a low distortion stepped waveform from a high voltage DC bus, without the need for output transformer or filter. A high frequency DC to DC power converter is used to generate the high voltage DC bus from the low voltage battery using a lightweight high frequency transformer. Thus, no low frequency magnetics are necessary.<>
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