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文章摘要
制动能量回收系统中超级电容充放电特性研究
Study on charging and discharging characteristics of super capacitor in braking energy recovery system
Received:November 09, 2017  Revised:December 07, 2017
DOI:
中文关键词: 储能系统  超级电容  充放电特性
英文关键词: energy storage system  super capacitor  charge/discharge characteristic
基金项目:国家自然科学基金项目( 青年基金);山西省重大专项
Author NameAffiliationE-mail
renlu* Tai Yuan University of Technology 1024349169@qq.com 
zhanghongjuan Tai Yuan University of Technology zhanghongjuan@tyut.edu.cn 
jinbaoquan Tai Yuan University of Technology jinbaoquan@tyut.edu.cn 
gaoyan Tai Yuan University of Technology gaoyantylg@163.com 
songchaofeng Tai Yuan University of Technology 1915710717@qq.com 
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中文摘要:
      超级电容作为一种新型环保储能元件,被广泛应用于能量回收系统中,但其模组参数和充放电特性将影响储能系统的控制性能。论文根据系统要求,计算和选取了经济型超级电容模组,理论建模分析了超级电容的充放电特性,采用先恒流后恒压的充电和变负载放电方式,搭建了制动能量回收储能系统的超级电容充放电实验系统。实验验证了充电电流越大充电时间越短和放电电流能够自动匹配负载大小的充放电规律,同时验证了电流设定值对放电规律的影响。
英文摘要:
      Supercapacitors, as a new type of environmental energy storage devices, are more and more widely used in energy recovery system. But its module parameters and charging and discharging characteristics will affect the control performance of the energy storage system. According to the system requirements, this paper calculation and selection of economic type super capacitor module, make the modeling analysis of the charge and discharge characteristics of super capacitor, using the constant current constant voltage charging and variable load discharge mode to build a super capacitor charging and discharging test system based on the braking energy storage system. The experiment verifies the charge/discharge law which the charging current is larger, the charging time is shorter and the discharge current can automatically match the load. Meanwhile, the influence of the current setting value on the discharge law is verified.
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