| Prof.Kan-Lin Hsueh 薛康琳教授 能源工程系，国立联合大学 Department of Energy Engineering, National United University 研究领域：电化学; 燃料电池; 电池; 电化学阻抗;光谱;电极;电解质 Research Area: Electrochemistry; Fuel Cells; Battery; Electrochemical Impedance; Spectroscopy; Electrodes; Electrolytes; Energy Storage |
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薛康琳教授在1977年中原大学获得学士学位，1980年在美国克拉克森大学获得学士学位并于1983年获得博士学位。2007-2016年，他担任国立联合大学能源工程系副教授兼系主任，至今担任能源工程系教授, 兼理工学院院长。薛教授在NanoSciences Corp担任研究院超过10年，也在清华大学担任副教授15年有余。他的研究领域有电化学; 燃料电池; 电池; 电化学阻抗;光谱;电极;电解质。同时他在著名期刊发表了100多篇稿件，Journal of Power Sources, International Journal of Hydrogen Energy 39 (2014) 21177-21184, Journal of the Electrochemical Society。
报告题目：電化學技術在儲電用液流電池研究上的應用
Title: Application of Electrochemical Techniques on the Research of Redox Flow Battery for energy storage
Abstract:
電網併有再生能源需要儲電設施作電能調節。全釩液流電池在大型儲電的應用極具潛力。這種電池的特性仍須改善，各種電化學技術即可用於這種電池的研究與發展。電位線性掃描、循環伏安法、交流阻抗分析、旋轉電極、二次電流模擬等電化學技術即可用於電池特性的分析診斷。電極反應動力、隔離膜滲透、電池內阻、充放電效率、電池功率密度、殘餘電量等均可藉由這些技術分析診斷。本文將扼要說明這些技術的應用實例。
The power grid with renewable energy require electricity storage facilities for power regulation and management. All vanadium redox flow batteries have great potential for large-scale storage applications. The characteristics of such batteries still need to be improved. Various electrochemical techniques can be used for the research and development of such batteries. Electrochemical techniques such as potential linear scanning, cyclic voltammetry, AC impedance analysis, rotating electrodes, and secondary current modeling were used for analysis and diagnosis of battery characteristics. Electrode reaction kinetics, crossover of membrane, battery internal resistance, charge/discharge efficiency, power density, state-of-charge can be analyzed with these techniques. Practical examples will be briefly described in this lecture.
