基于预测电流控制的单相UPS逆变器并联电流共享算法

Bong-Yeon Choi, Jung-Min Park, Soon-Ryung Lee, Jun-Hyeok Jegal, C. Won
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引用次数: 2

摘要

提出了一种考虑电池荷电状态(SOC)的多模块不间断电源(UPS)系统电流共享方法。模块化UPS系统由一个主模块和多个从模块组成。主模块执行输出电压控制,并将电流命令分发给从模块。当前命令是通过提出的当前共享算法生成的,以平衡UPS各模块的SOC。此外,采用预测电流控制可以显著缩短UPS模式转换时间。通过对UPS系统的分析,从数学上验证了预测电流控制方法。仿真结果验证了所提平衡方法和预测控制的有效性。
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Current sharing algorithm for parallel operation of single phase UPS inverters using predictive current control
A current sharing method considering battery state of charge(SOC) for multi-module uninterruptable power supply(UPS) system is proposed. Modularized UPS system consists of a single master module and multi slave modules. A master module performs output voltage control and distributes current commands to slave modules. The current commands are generated by using the proposed current sharing algorithm to balance the SOC of each UPS module. Moreover, the UPS mode transfer time can be significantly reduced by using the predictive current control. The predictive current control method is mathematically verified by analyzing the UPS system. The validity of proposed balancing method and predictive control is verified by simulation results.
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