Strategy control for energy storage systems with electrochemical capacitors

A. Ramos, Lidia Segura, J. J. Quintana, Rodolfo Martín, Ignacio de la Nuez
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Abstract

This paper proposes a strategy control for energy storage systems with Electrochemical Capacitors. Electrochemical capacitors are electrochemical devices, which have a similar behavior that conventional capacitor, but with much more capacitance. In this work the electrochemical capacitor is used as an energy storage, with the advantage of its high response. The power converter chosen for this work is a bidirectional boost converter, with the storage element (Electrochemical capacitor) in the low voltage side. Being the high voltage side, of the boost converter, a constant voltage bus. The power converter exposed is a variable structure system (VSS), which has two operation modes. Switching between these modes is governed by a control laws based in a state plane analysis. It is shown that the strategy control is able to be used for bidirectional operation. Experimental results shown a good response with constant and variable disturbance.
电化学电容器储能系统的策略控制
提出了一种基于电化学电容器的储能系统控制策略。电化学电容器是一种电化学装置,它具有与传统电容器相似的性能,但具有更大的电容。在本研究中,电化学电容器以其高响应的优点作为储能材料。本工作选用的功率变换器为双向升压变换器,其存储元件(电化学电容器)位于低压侧。升压变换器的高压侧,恒压母线。所暴露的功率变换器是一个变结构系统(VSS),它有两种工作模式。在这些模式之间的切换由基于状态平面分析的控制律控制。结果表明,该策略控制可以用于双向操作。实验结果表明,该系统在恒定和可变扰动下均有良好的响应。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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