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首页> 外文会议>International Conference on Sciences and Techniques of Automatic Control and Computer Engineering >Comparison of integer and fractional order controller of battery discharge based DC-DC converter
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Comparison of integer and fractional order controller of battery discharge based DC-DC converter

机译：基于电池放电的DC-DC转换器的整数和分数阶控制器的比较

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This paper deals with the battery energy management for the case of isolated locations when they are equipped by wind turbines using energy storage devices. To cover the shortfall or the overflow of those kind of generation caused suddenly by the wind variation, the energy storage device is a necessity to improve our isolated wind farm. From this condition a great part of the energy distribution is managed at the DC form the batteries. Those later are linked via DC-DC converters. The main idea of this paper is focused on DC-Bus voltage and currents control based on the fractional order PID. So a fractional order and integer order PID are applied. Their performance in the case of DC/DC converter for batteries discharging. PID controller is used to enhance output characteristics of the converter and a fractional order controller is proposed to achieve best performance to maintain stability of the dc link. The proposed control has been investigated through Matlab/Simulink environment.
机译：本文针对由风力涡轮机使用储能设备配备的偏远地区的情况下的电池能量管理。为了弥补因风力变化而突然引起的发电不足或溢流，储能装置是改善我们孤立的风电场的必要条件。在这种情况下，大部分能量分配是通过电池的直流电进行管理的。后面的通过DC-DC转换器链接。本文的主要思想集中在基于分数阶PID的DC-Bus电压和电流控制上。因此，应用了分数阶和整数阶PID。它们在用于电池放电的DC / DC转换器中的性能。 PID控制器用于增强转换器的输出特性，并且提出了分数阶控制器以实现最佳性能，以保持直流链路的稳定性。建议的控件已通过Matlab / Simulink环境进行了研究。

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