A collaborative operation method of UPFC type dispersed power supply system using fuel cell and electric double layer capacitor

机译：利用燃料电池和双电层电容器的UPFC型分散供电系统的协同运行方法

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Application of the unified power flow controller (UPFC) to dispersed power supply system combined with fuel cell (FC) and electric double layer capacitor (EDLC) is studied in this paper. This system is operated in autonomous mode, taking account of time delay characteristics of FC. The modified Euler type moving average prediction (EMAP) model is introduced to reduce the capacity of EDLC. This system can meet the multi- quality electric power requirements of customers, and ensures voltage stability and uninterruptible power supply (UPS) function as well. Moreover, the response characteristics of this system are confirmed with the simulation and the required capacity of EDLC to compensate load demand is clarified by the simulation based on collaborative operation methods by a prediction model.

机译：研究了统一潮流控制器（UPFC）在燃料电池（FC）和双电层电容器（EDLC）相结合的分散供电系统中的应用。考虑到FC的时延特性，该系统在自主模式下运行。引入了改进的Euler型移动平均预测（EMAP）模型以减少EDLC的容量。该系统可以满足客户的多种质量电力需求，并确保电压稳定性和不间断电源（UPS）的功能。此外，通过仿真确定了该系统的响应特性，并通过基于预测模型的协同操作方法进行了仿真，从而阐明了EDLC补偿负载需求所需的容量。

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《Transmission and Distribution Conference and Exposition, 2003 IEEE PES》|2003年|p.711-716|共6页
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Hidese; K.; Monai; T.; Takano; I.; Nishikawa; H.; Sawada; Y.;
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中图分类无线电电子学、电信技术;
关键词
uninterruptible power supplies; power supply quality; load flow control; fuel cells; electrolytic capacitors; delays; stability; collaborative operation method; power supply system; fuel cell; electric double layer capacitor; unified power flow controller; time delay; Euler type moving average prediction; multiquality electric power; voltage stability; uninterruptible power supply; UPS;

机译：不间断电源;电源质量;潮流控制;燃料电池;电解电容器;延迟;稳定性;协同运行方法;电源系统;燃料电池;双电层电容器;统一潮流控制器;时间延迟;欧拉型移动平均值预测;多质量电力;电压稳定性;不间断电源; UPS;

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专利

1. A Study on Collaborative Operation Method for a New Energy type Dispersed Power Supply System by AC-EMAP Model [J] . KOICHI HIDESE, ICHIRO TAKANO, HISAO NISHIKAWA, Electrical engineering in Japan . 2006,第1期

机译：基于AC-EMAP模型的新型能源型分散供电系统协同运行方法研究
2. A Method for Designing the Power and Capacitance of Fuel Cells and Electric Double-Layer Capacitors of Hybrid Railway Vehicles [J] . KENJI TAKIZAWA, KEIICHIRO KONDO Electrical engineering in Japan . 2013,第3期

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3. New Topology for DC–DC Converters Used in Fuel Cell–Electric Double Layer Capacitor Hybrid Power Source Systems for Mobile Devices [J] . Katayama Noboru, Tosaka Shuhei, Yamanaka Tatsuya, Industry Applications, IEEE Transactions on . 2016,第1期

机译：用于移动设备的燃料电池-电气双层电容器混合电源系统中使用的DC-DC转换器的新拓扑
4. A Collaborative Operation Method of UPFC Type Dispersed Power Supply System using Fuel Cell and Electric Double Layer Capacitor [C] . Kouichi Hidese, Toshiharu Monai, Ichiro Takano, IEEE PES Transmission and Distribution Conference and Exposition . 2003

机译：燃料电池和电双层电容器UPFC型分散电源系统的协作操作方法
5. High Power Electric Double-Layer Capacitors based on Room-Temperature Ionic Liquids and Nanostructured Carbons. [D] . Perez, Carlos R. 2013

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6. Conductive Carbon Materials from the Hydrothermal Carbonization of Vineyard Residues for the Application in Electrochemical Double-Layer Capacitors (EDLCs) and Direct Carbon Fuel Cells (DCFCs) [O] . Viola Hoffmann, Dennis Jung, Joscha Zimmermann, 2019

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7. Modeling of a Hybrid System for a Lightweight Electric Vehicle with Passive-type Polymer Electrolyte Fuel Cells and Electric Double-layer Capacitors - Application of a Fuel Cell Equivalent Circuit Model - [O] . Hiroyuki IMANISHI, Taichi YOSHII, Takuji NAKAMURA, 2007

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A collaborative operation method of UPFC type dispersed power supply system using fuel cell and electric double layer capacitor

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