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New Control Method for Regulating State-of-Charge of a Battery in Hybrid Wind Power/Battery Energy Storage System

机译:用于调节混合动力风电/电池储能系统电池电量的充电的新控制方法

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Although wind power generation has been introduced continuously in Japan, it is of considerable concern that, an intermittent power output would have affected interconnected grids. As an approach for the output fluctuation, authors are making a research in smoothing out a short-term fluctuation using a hybrid system of a battery energy storage system and a wind farm. In order to operate the hybrid system, the charging-level of the battery has to be regulated not to exceed its operable range. This paper presents a control system called as "State-Of-Charge Feed Back control" to keep the charging level of the battery within its proper range while the battery energy storage system smoothes out output fluctuation of a wind farm. Furthermore, this paper clarifies fundamental characteristics of the control to show its effectiveness through a theoretical study and numerical simulations.
机译:尽管在日本持续引入风力发电,但它具有相当大的担忧,间歇电力输出将受到影响的互联网格。作为输出波动的方法,作者正在使用电池储能系统和风电场的混合系统平滑短期波动。为了操作混合动力系统,必须调节电池的充电水平不超过其可操作范围。本文介绍了称为“充电状态反馈控制”的控制系统,以将电池的充电电平保持在其适当范围内,而电池储能系统会使风电场的输出波动输出。此外,本文通过理论研究和数值模拟阐明了控制的基本特征,以表明其有效性。

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