Comparative analisys of performance for single-phase AC-DC converters using FPGA for UPS applications

R. A. da Camara, P. Praça, R. Bascopé, C. Cruz
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引用次数: 10

Abstract

This paper presents a comparative analysis of performance for three single phase AC-DC converters for UPS applications. The analyzed converters are the conventional three-level converter, the five-level interleaved converter, and the T type five-level converter. Such converters are used as input stage of UPS and have as common characteristic: power factor correction, digital control using FPGA and connection between input power supply and converter output enabling the use of UPS inverter and bypass. All the converters have the same design parameters, and the project specifications. The control system used to perform the PFC is based on OCC technique implemented by FPGA. The analyzed topologies comparison parameters are: current semiconductors stresses, power factor, total harmonic distortion, magnetic volume and weight, efficiency and dynamics response.
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采用FPGA的单相交流-直流变换器的性能比较分析
本文对三种用于UPS的单相交直流变换器的性能进行了比较分析。分析的变换器有传统的三电平变换器、五电平交错变换器和T型五电平变换器。这类变换器作为UPS的输入级,具有功率因数校正、FPGA数字控制、输入电源与变换器输出连接、UPS逆变和旁路等共同特点。所有变流器具有相同的设计参数和工程规范。实现PFC的控制系统基于OCC技术,采用FPGA实现。所分析的拓扑比较参数有:半导体电流应力、功率因数、总谐波畸变、磁体积和磁重、效率和动态响应。
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