Sensorless static model design of digital DC-DC converter for various input voltage conditions

F. Kurokawa, Masashi Taguchi, H. Maruta
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引用次数: 2

Abstract

A model control and a filter suppressing oscillation of the output voltage that can obtain the stable output voltage of a dc-dc converter have been proposed previous. Although there is a problem that the condition on the input side of dc-dc converter is changed when it connects the load equipment to renewable energy generators through the DC bus, since the renewable energy generators are sometimes unstable due to the weather changes. Dc-dc converters are affected by such fluctuation of the DC bus voltage as an input voltage. In this paper, the design to stabilize the output voltage of the sensorless static model including the filter when the input voltage is varied is studied. The validity of the design is verified by simulation.
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各种输入电压条件下数字DC-DC变换器的无传感器静态模型设计
为了获得稳定的直流变换器输出电压,前人提出了一种模型控制和抑制输出电压振荡的滤波器。虽然由于可再生能源发电机有时会因天气变化而不稳定,因此在将负载设备通过直流母线连接到可再生能源发电机时,存在着DC - DC变换器输入侧条件发生变化的问题。DC - DC变换器受到直流母线电压作为输入电压的波动的影响。本文研究了包括滤波器在内的无传感器静态模型在输入电压发生变化时输出电压的稳定设计。通过仿真验证了设计的有效性。
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